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WARSAW UNIVERSITY OF TECHNOLOGY
FACULTY OF ELECTRONICS AND INFORMATION TECHNOLOGY
INSTITUTE OF ELECTRONIC SYSTEMS
ANNUAL REPORT
2013
Warsaw, March 2014
Institute of Electronic Systems
Nowowiejska 15/19
00–665 Warsaw, Poland
Phone:
(+48) 22 825 37 09
Fax:
(+48) 22 825 23 00
http://www.ise.pw.edu.pl
e-mail:
[email protected]
Edited by:
Barbara Krawczyńska
CONTENTS
1. GENERAL INFORMATION .............................................................................................................
1.1. Mission and organization of the Institute ....................................................................................
1.2. Board of Directors .......................................................................................................................
1.3. Circuit and Signal Theory Division .............................................................................................
1.4. Microwave Circuits and Instrumentation Division ......................................................................
1.5. Electronic Circuits and Systems Division ...................................................................................
1.6. Microsystems and Measurement Systems Division ....................................................................
1.7. Artificial Intelligence Division ....................................................................................................
1.8. Statistical data ..............................................................................................................................
2. STAFF ................................................................................................................................................
2.1. Senior academic staff ..................................................................................................................
2.2. Junior academic staff ...................................................................................................................
2.3. Technical and administrative staff ...............................................................................................
3. TEACHING ACTIVITIES .................................................................................................................
3.1. Basic courses ...............................................................................................................................
3.2. Advanced courses ........................................................................................................................
3.3. Special courses ............................................................................................................................
3.4. International co-operation............................................................................................................
4. RESEARCH PROJECTS ....................................................................................................................
4.1. Projects granted by the University ...............................................................................................
4.2. Projects granted by Ministry of Science and Higher Education ..................................................
4.3. Projects granted by National Center for Research and Development (NCBiR) ..........................
4.4. Projects granted by National Science Center (NCN) ...................................................................
4.5. Projects granted by international institutions...............................................................................
4.6. Projects granted by European Union ...........................................................................................
4.7. Other projects granted by national partners .................................................................................
4.8. Participation in the different projects ..........................................................................................
5. DEGREES AWARDED .....................................................................................................................
5.1. D.Sc. degrees ...............................................................................................................................
5.2. Ph.D. degrees ...............................................................................................................................
5.3. M.Sc. degrees ..............................................................................................................................
5.4. B.Sc. Degrees ..............................................................................................................................
PUBLICATIONS ...............................................................................................................................
5.5. Scientific and technical books, chapters in books, translations, editorships ................................
5.6. Scientific and technical papers in journals ..................................................................................
5.7. Scientific and technical papers in conference proceedings ..........................................................
6. REPORTS ...........................................................................................................................................
6.1. Research reports ..........................................................................................................................
7. PATENTS ...........................................................................................................................................
7.1. Foreign patent applications ..........................................................................................................
7.2. Home patents ...............................................................................................................................
8. CONFERENCES, SEMINARS AND MEETINGS ...........................................................................
8.1. International conferences .............................................................................................................
8.2. Local conferences ........................................................................................................................
8.3. Schools and seminars ..................................................................................................................
8.4. Research cooperation, meetings ..................................................................................................
9. GUESTS IN THE INSTITUTE OF ELECTRONIC SYSTEMS ........................................................
10. AWARDS AND DISTINCTIONS .....................................................................................................
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From the Director of the Institute of Electronic Systems
The Institute of Electronic Systems of the Faculty of Electronics and Information Technology
at the Warsaw University of Technology offers a wide range of opportunities for undergraduate,
graduate and postgraduate students. It offers also its technical and intellectual resources for cooperation with other scientific institutions and industry. Our teaching and research activities
respond to the needs of today’s electronics and computer engineering. The Institute offers courses,
and opportunities for studying and research in:
analogue and pulse electronic circuits and systems,
microprocessor and digital systems,
design of software systems for VLSI integrated circuits,
microsystems,
automatic measurement and test systems,
semiconductor and smart sensors,
flow measurements,
measurement and control systems for experiments in high-energy physics,
neural networks and adaptive measurement systems,
optoelectronic sensors and circuits for sensing and telecommunication,
RF and microwave monolithic integrated circuits design and testing,
digital signal processing for radar systems (FMCW, SAR, passive and noise radars)
modeling of radar disturbances,
adaptive signal detection and estimation,
digital signal processing of biomedical signals,
photoacoustics,
artificial intelligence,
bioinformatics,
soft computing and fuzzy logic,
cryptography and security of information systems,
computer forensics.
Our activities in these fields are hardware oriented and devoted to practical applications in
medicine, radar, wireless communication systems, distributed environment-monitoring systems,
high energy physics experiments and others. The Institute has developed a network of modern
teaching and research laboratories which create a strong basis for our staff to perform and fulfil
research programs for the Polish industry and within the European research programs.
The continuing program of expansion and development of the Institute is driven by 19
professors (including 6 tenured professors), 5 with D.Sc. degree, 32 with Ph.D. degree and 16
with M.Sc. degree. In addition, 60 Ph.D. students sponsored and guided by the professors of the
Institute, participate in our research activities. In 2013, 5 researchers obtained Doctor of Science
degree (D.Sc.) and 3 researcher Doctor degree (Ph.D.)
Members of the Institute staff are devoted researchers. In 2013 they published 9 scientific and
teaching books and book chapters, 50 journal papers and 124 papers in conference proceedings.
Some of the professors are worldwide recognized authorities and act as reviewers of papers
published in many leading international journals and conferences. For their outstanding
achievements in research and teaching, academics of the Institute in 2013 have gained 14 Awards
of the Rector of the Warsaw University of Technology and 16 other awards.
Each year, the Institute organizes the IEEE-SPIE Multi-Symposia: on Advanced Electronics
and Photonics in Wilga, and on Digital Signal Processing and Radar Signal Processing in
Jachranka. These scientific events are dedicated mainly to Ph.D. students and young researchers.
In 2013 over 200 participants presented their papers at these Symposia.
Professors of our Institute teach 74 different courses. Many of teaching activities are
performed in our well-equipped laboratories such as Electronics for High Energy Physics
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Laboratory, Bioengineering Laboratory, Digital Signal Processing Laboratory, RF & Microwave
Monolithic Integrated Circuits Laboratory and others. We have also a research laboratory which
develops electronic measurement and control systems for free-electron laser FLASH and the
European X-Ray Laser project XFEL at the Deutsches Elektronen Synchrotron – DESY,
Hamburg, Germany. The membership of the Institute in TESLA Technology Collaboration allows
us to participate in large European and worldwide research programs on accelerator development.
Recently, we also have undertaken collaboration with the European Defence Agency (EDA) for
which we realize three large research projects in the field of the radar technology.
I believe that students who come to our Institute are joining a dynamic, expanding and lively
institution. For years our Institute has been known as a friendly place with good relations between
staff and students, as well as for high standards in education and research. To add some weight to
the above claim let me say how proud we are of a dynamic and successful activity of our four
student research groups: Digital Signal Processing and Radar Systems Group, Electronics for
High Energy Physics Group, Biocybernetics Group, and Digital and Pulse Technology Group,
guided by our staff.
Our achievements have not been possible if it were not for the total dedication and
commitment of our academic and administration staff. I would like to take this opportunity to
show my sincere appreciation and express my cordial thanks to all our staff, students and friends
who identify themselves with our goals. I also hope that our achievements presented in this report
will serve as a stimulus for new European and domestic industrial and research partners to initiate
and exploit the Institute potential in education, research and engineering.
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1. GENERAL INFORMATION
1.1.
Mission and organization of the Institute
In recent years teaching and research
activities in the Institute of Electronic Systems
have been focused on design and development of
analogue, digital and mixed signal circuits,
systems and instrumentation, working in the
range of low, high, microwave as well as optical
frequencies. These solutions are intended for
many different applications in measurements and
control,
radio
and
telecommunication,
bioengineering and radar, etc. The designs are
based on sophisticated analogue and digital,
microprocessor and computer techniques and
software engineering. Teaching and research
activities of our staff concentrates, but is not
limited to the following areas: CAD systems for
VLSI analogue, digital and mixed signal
electronic circuits and systems, MEMS, design
and testing of RF and microwave monolithic
integrated circuits for communication systems,
microsystems, computer controlled measurement
systems, digital signal processing of radar and
biomedical signals, analogue and digital filtering,
neural networks, artificial intelligence, molecular
(DNA) computing, semiconductor and smart
sensors, flow sensors and measurements,
photoacoustics, optoelectronic metrology, nonlinear fiber optics, optical fiber devices and
optical fiber sensors.
Like other Institutes of the Faculty, the
Institute of Electronic Systems is structured into
Divisions and consists of five Divisions:
Circuit and Signal Theory Division
incorporates four Research Groups:
Research Group on Adaptive Information
Processing Systems,
Research Group on Digital Methods of Signal
Processing,
Research Group on Methods of Detection,
Estimation and Signal Processing,
Research Group on Radar Techniques.
Microwave Circuits and Instrumentation Division
incorporates one Research Group:
Research Group on Microwave Circuits and
Instrumentation.
Electronic Circuits and Systems Division
incorporates four Research Groups:
Research Group on Electronic Analogue
Circuits,
Research Group on Digital Systems and Digital
Signal Processing,
Research Group on Pulse and Photoacoustic
Techniques,
Research
Group
on
Biocybernetic
Instrumentation.
Traditionally, our professors teach basic
electronic courses such as: Circuit Theory,
Signals and Systems, Electronic Circuits and
Systems, Fundamentals of Electrical and
Electronic
Measurements,
Microprocessor
Systems. But the main teaching and research
involvement of the Institute is in the advanced
and modern areas of electronics and information
technology mentioned earlier. In a two-level
studies system existing at our Faculty, the
Institute is responsible for the specialization
Electronics and Computer Engineering. These
two areas of science and engineering have many
common fields. Although staff members of our
Institute are involved in most of the teaching
activities in Electronics and Computer
Engineering, they also widely participate in other
specializations.
Microsystems and Measurement Systems Division
incorporates five Research Groups:
Research Group on Microsystems and Sensors,
Research Group on Industrial Measurement
Systems,
Research Group on Computer Measurement
Systems,
Research Group on Optical Waveguide Sensors
and Measurement Systems,
Research Group on Internet Measurement
Systems.
Artificial Intelligence Division
incorporates three Research Groups:
Research Group on Artificial Intelligence
Applications
Research Group on Bioinformatics,
Research Group on Statistical Learning
Systems.
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1.2. Board of Directors
Director
Ryszard Romaniuk, Tenured Professor, Ph.D., D.Sc.
Room: 217
Phone( +48) 22 825 37 09, 22 234 77 44, 22 234 53 60
Fax: ( +48) 22 825 23 00
e-mail: [email protected]
Deputy-Director for Research
Grzegorz Pankanin, Professor, Ph.D., D.Sc.
Room: 217
Phone( +48) 22 825 37 09, 22 234 51 10, 22 234 77 32
Fax: ( +48) 22 825 23 00
Deputy-Director for
Academic Affairs
Daniel Paczesny, Ph.D.
Room: 221, 247
Phone: ( +48) 22 234 77 30, 22 234 78 20
Fax: ( +48) 22 825 23 00
Deputy-Director for
Barbara Janczak – Krawczyńska, M.Sc.
Technical
and
Administration Room: 220
Phone: ( +48) 22 234 78 75
Affairs
Fax: ( +48) 22 825 23 00
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1.3. Circuit and Signal Theory Division
Head:
Marek Nałęcz, Professor, Ph.D., D.Sc.
Room: 446
Phone: 22 234 74 76
Faculty:
Jacek Kudrewicz, emeritus Professor
Jerzy Osiowski, emeritus Professor
Jerzy Szabatin, Tenured Professor, D.Sc., Ph.D.
Krzysztof Kulpa, Professor, D.Sc., Ph.D.
Anatolij Płatonow, Professor, D.Sc., Ph.D.
Mateusz Malanowski Assistant Professor, D.Sc., Ph.D.
Jacek Misiurewicz, Assistant Professor, D.Sc., Ph.D.
Piotr Samczyński, Assistant Professor, D.Sc., Ph.D.
Zbigniew Gajo, Assistant Professor, Ph.D.
Konrad Jędrzejewski, Assistant Professor, Ph.D.
Gustaw Mazurek, Assistant Professor, Ph.D.
Marek Rupniewski, Assistant Professor, Ph.D.
Rafał Rytel-Andrianik, Assistant Professor, Ph.D.
Edward Śliwa, Assistant Professor, Ph.D.
Marcin Kamil Bączyk, half time research Assistant, M.Sc.
Piotr Krysik, research Assistant, M.Sc.
Janusz Kulpa, research Assistant, M.Sc.
Łukasz Małkiewicz, Assistant, M.Sc.
Łukasz Maślikowski, half time Assistant, M.Sc.
Grzegorz Nieradka, Assistant, M.Sc.
Bartosz Pikacz, Assistant, M.Sc.
Adam Gorzelańczyk, half time Senior R&D Engineer, M.Sc.
Artur Gromek, half time R&D Engineer, M.Sc.
Anna Kurowska, R&D Engineer, M.Sc.
Staff:
Kazimierz Skrzydelski, Technician
Elżbieta Styczek, Secretary
General Information
The Circuit and Signal Theory Division deals with all aspects of circuit theory as well as with modern
problems of signal theory and digital signal processing. The staff of the Division delivers courses on this subject
at basic and advanced level. There are a number of students’ laboratories as the essential part of these courses.
Individual laboratories and diploma works are also conducting. The research and teaching activities of the
Division are carried out in four groups:
Research Group on
Processing Systems
Adaptive
The main interest of the group is a design of optimal
estimation systems with adaptively adjusted analogue
part. The investigations are oriented towards
designing novel classes of adaptive (“intelligent“)
estimation systems and units (such as cyclic
analogue-to-digital converters, and also wireless
communication systems and nets with feedback
channels and cyclic transmission of signals, RFID,
Bluetooth, health caring and security systems,
intelligent houses, etc.).
Information
(Head – Professor Anatolij Płatonow, 3 members, 1
Ph.D.Student)
 Analysis and design of adaptive highly efficient
wireless communication systems and nets for
short and middle-range data and signal
transmission.
 Theoretical foundations of designing the optimal
(“ideal”) estimation systems working at the
Shannon boundary.
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Research Group on Digital Methods of Signal
Processing
(Head – Professor Jerzy Szabatin, 6 members, 2
Ph.D.Students)
 New methods and algorithms for digital signal
processing, including optimal filtering, detection,
estimation and tracking.
 Robust methods for signal estimation and
classification.
 Wireless
spread-spectrum
communication
systems.
The main interest of the group is focused on adaptive
and robust methods of digital signal processing and
their application to elimination of disturbances in
DS-CDMA systems, OFDM systems and array signal
processing.
Research Group on Methods of Detection,
Estimation and Signal Processing
Research Group on Radar Techniques
(Head – Professor Krzysztof Kulpa, 6 members, 8
Ph.D.Students)
(Head – Professor Marek Nałęcz, Ph.D., D.Sc., 4
members, 3 Ph.D.Students)
 Synthetic Aperture Radar (SAR) systems and
signal processing algorithms.
 Passive coherent location (PCL) systems and
noise radar systems, including design of
experimental working models of stationary and
mobile systems.
 Linear and nonlinear optimal filtering methods,
including adaptive signal processing, and spectral
analysis methods of staggered signals.
 Tracking of objects detected by active and passive
radars, data fusion from heterogeneous sensors.
 Advanced methods of digital signal processing in
radar systems, including Doppler and microDoppler filtering, and in biomedical systems,
including synthetic-aperture ultrasonic imaging.
 Design and implementation of real-time
“software-defined” radar systems based on the
network of digital signal processing chips,
including operating system issues and efficient
parallel processing of massive data streams.
 Advanced mathematical methods of modeling
heavy-tailed radar clutter for detection and
estimation of signals disturbed by such a clutter.
The research of the group is carried out in
cooperation with Polish radar industry and a number
of European institutions and universities.
The research of the group is carried out in a close
cooperation with Polish radar industry.
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1.4. Microwave Circuits and Instrumentation Division
Head:
Adam Abramowicz, Professor, Ph.D., D.Sc.
Room: 257
Phone: 22 234 77 10
e-mail:[email protected] pl
Faculty:
Janusz A. Dobrowolski, half time Tenured Professor, Ph.D., D.Sc.
Tomasz Adamski, Professor, Ph.D., D.Sc.
Krzysztof Antoszkiewicz, Reader, Ph.D.
Krzysztof Czuba, Assistant Professor, Ph.D.
Arkadiusz Lewandowski, Assistant Professor, Ph.D.
Katarzyna Opalska, Assistant Professor, Ph.D.
Wojciech Wiatr, half time Assistant Professor, Ph.D.
Samer Bou Habib, half time Assistent, M.Sc.,
Krzysztof Gołofit, half time Assistant, M.Sc.
Staff:
Elżbieta G. Fistek, Senior R&D Engineer, M.Sc.
Group profile:
Microwave measurement techniques and systems
for monolithic microwave integrated circuits
signal and noise parameter measurement
Calibration methods of microwave vector network
analyzers
Filter design and realization of radar and radiocommunication microwave systems
Design and realization of radio frequency and
microwave electronics for FLASH and XFEL
accelerators, such as frequency generation and
distribution, multichannel down converters,
phase and amplitude calibration circuits, system
diagnostics
Design and realization of high-speed electronics
for ATCA based accelerator control systems
such as direct sampling of 1.3GHz signal, clock
generators and analogue signal distribution in
high-density printed circuit boards
Electronic Circuits (digital and pulse circuits,
PLL circuits, A/D converters and fast data
acquisition systems with jitter and dithering,
random number generators, noise problems in
electronic circuits and systems)
Digital systems (microprocessor systems,
systolic and parallel algorithms and systems)
Digital signal processing (regularization methods
and solving of ill-conditioned problems,
processing of stochastic signals)
Computer-aided measurement systems (virtual
instruments, spectral analyzers, correction of
measurement systems based on DSP)
Cryptography and information security.
Historical note:
The Microwave Circuits and Instrumentation
Division was established in 1975 and, since then,
has promoted 119 M.Sc.’s, 17 Ph.D.’s and 2
D.Sc.’s. Members of the Group have written more
than 650 scientific papers and have taken active
part in about 135 conferences. 76 research projects
have been performed and many of them resulted in
the unique microwave equipment fabricated by the
Microwave Circuits and Instrumentation Division
staff.
Purpose:
The Microwave Circuits and Instrumentation
Division activities concern two main areas:
education and scientific research. A comprehensive
education program in the field of microwaves
providing a coherent series of courses, discussions,
seminars, independent studies or investigations
leads to academic and professional degrees. The
Microwave Circuits and Instrumentation
Division also offers courses in radio frequency and
microwave monolithic integrated circuits and
advanced
measurement
techniques.
The
Microwave Circuits and Instrumentation
Division conducts an extensive scientific and
applied research within the microwave area and
provides services in the design and development of
microwave communication equipment - such as
receivers and low power transmitters in the
frequency range up to 40 GHz, vector network
analyzer measurements and specialized microwave
and radio frequency electronics for high energy
accelerators.
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INSTITUTE OF ELECTRONIC SYSTEMS - Annual Report 2013
Recent achievements:
contribution to demonstration of uTCA based
LLRF system prototype at FLASH accelerator
in Hamburg (development of RF signal
distribution solutions within the system,
development of multichannel downconverters,
design of vector modulator cards)
research on environmental sensitivity of coaxial
cables for fs-stable phase reference distribution
development of sub-ps jitter LO frequency
generation system for the XFEL accelerator
LLRF control
development of high-quality DR filters with
0.027% bandwidth and excellent thermal
stability
development of multifrequency calibration
method for VNA.
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1.5. Electronic Circuits and Systems Division
Head:
Leszek Opalski, Professor, D.Sc., Ph.D.
Room: 258
Phone: 22 234 79 89
Faculty:
Jerzy Baranowski, emeritus Professor
Andrzej Filipkowski, emeritus Professor
Marek Czosnyka, Tenured Professor (on leave)
Antoni Grzanka, Professor, Ph.D., D.Sc.
Jan Ogrodzki, Professor, Ph.D., D.Sc.
Tomasz Starecki, Professor, Ph.D., D.Sc.
Aleksander Burd, Assistant Professor, Ph.D.
Mariusz Suchenek, Assistant Professor, Ph.D.
Piotr Z. Wieczorek, Assistant Professor, Ph.D.
Wojciech Zabołotny, Assistant Professor, Ph.D.
Magdalena Szeżyńska, half time Senior Lecturer, Ph.D.,
Maciej Radtke, Senior Lecturer, M.Sc.
Wojciech Zaworski, half time Senior Lecturer, M.Sc.,
Janusz Frączek, half time Assistent, M.Sc.,
Andrzej Wojeński, half time Assistant, M.Sc.
Staff:
Wiesław Byrski, Technician
General Information
There are two general areas of our research and
teaching activities:
Analysis and design of analogue/digital circuits
and mixed domain electronic/embedded systems
Digital and analogue signal processing with
strong emphasis on physiological and biomedical
signals.
The research and teaching activities of the Division are carried out in four groups:
environment variability, ageing, imprecision of
design specifications),
Research Group on Electronic Analogue Circuits
(Head - Professor Jan Ogrodzki, 4 members, 1
Ph.D.Student).
Simulation and optimization of circuits and
systems, development of algorithms and CAD
tools for analog and mixed domain
circuits/systems,
The main research activities are related to various
aspects of computer aided design of analogue, switch
mode, mixed signal and digital circuits and systems,
in particular:
Theory of algorithms and
modeling of circuits and systems,
Uncertainty in analog signal processing,
including metastability and randomness in
bistable circuits; modeling, control by design,
but also application, e.g. for true random number
generation,
mathematical
Methods and algorithms for design under
uncertainty
(manufacturing
inaccuracy,
computer forensics tools.
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Research Group on Pulse and Photoacoustic
Technique
Research
Group
Instrumentation
(Head – Professor Tomasz Starecki, 5 members, 1
Ph.D.Student).
(Head – Professor Antoni Grzanka, 5 members, 4
Ph.D.Students).
The main research activities are related to:
Components, circuits and systems used in fast
pulse technology,
Analysis and design of wide-bandwidth sampling
circuits,
Modelling and simulation of analogue (in
particular fast switching) components, circuits
and systems,
Application of microprocessor technology in
measurement equipment, embedded systems,
Photoacoustics,
Virtual instrumentation.
The main research activities are related to:
Computer methods and instrumentation for
neurosurgical diagnosis, modeling and neuromonitoring with applications in postoperative
intensive care,
Data and signal processing and measurement
methods
for
oto-rhino-laryngology
and
neurology,
Systems for remote and telemetric health
monitoring, especially during pregnancy,
General modeling of physiological systems and
biomedical signal processing methods.
The Group has established international co-operation
with the Neurosurgery Department of the Cambridge
University (UK).
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on
Biocybernetic
1.6. Microsystems and Measurement Systems Division
Head:
Ryszard Jachowicz, Tenured Professor, Ph.D., D.Sc.
Room: 242
Phone: 22 234 78 48
Faculty:
Ryszard Romaniuk, Tenured Professor, Ph.D., D.Sc.
Konrad Hejn, Professor, Ph.D., D.Sc.
Grzegorz Pankanin, Professor, Ph.D., D.Sc.
Krzysztof Poźniak, Professor, Ph.D., D.Sc.
Jerzy Weremczuk, Professor, Ph.D., D.Sc.
Kazimierz Jędrzejewski, Reader, D.Sc., Ph.D.
Jacek Dusza, Assistant Professor, Ph.D.
Grzegorz Kasprowicz, Assistant Professor, Ph.D.
Maciej Linczuk, Assistant Professor, Ph.D.
Tomasz Osuch, Assistant Professor, Ph.D.
Daniel Paczesny, Assistant Professor, Ph.D.
Grzegorz Tarapata, Assistant Professor, Ph.D.
Jerzy Jędrachowicz, Senior Lecturer, Ph.D.
Antoni Leśniewski, Senior Lecturer, Ph.D.
Lech Lewandowski, Senior Lecturer, Ph.D.
Zbigniew Wawrzyniak, Senior Lecturer, Ph.D.
Adrian Byszuk, half time Assistant, M.Sc.
Jacek Sochoń, Senior Lecturer, M.Sc.
Staff:
Wiesław Jasiewicz, half time Senior R&D Engineer, M.Sc.
Sławomir Lada, Senior R&D Engineer, M.Sc.
Danuta Sobczak-Bartosiewicz, M.Ph., secretary
Bogusław Sutkowski, Technician
conducts research in designing and realization of
measurement systems dedicated for specific
industrial applications:
Sensors for physical quantities measurement
(flow sensors, temperature and pressure),
Fast physical processes recording,
Image acquisition and processing systems,
Data acquisition systems, results presentation
and equipment control,
Measurement of electric field intensity in
atmosphere.
The group activity is focused mainly on development
of vortex method of flow measurement: phenomena
investigations based on various techniques
application, numerical modeling, designing of
sensors and signal processing systems and finally the
meters calibration. In the area of electric field
investigations, the system for recording of electric
field intensity during cloud discharge has been
developed.
Research Group on Microsystems and Sensors
(Head - Professor Ryszard Jachowicz, 5 members, 1
Ph.D.Student) conducts researches in:
Sensor design, modeling, simulation and sensor
testing,
Construction of microsystems and instruments
for pressure, temperature, humidity and moisture
measurements, at the moment mostly for medical
applications.
The main interest of the Group is focused on
semiconductor and smart sensors, protocols and
interfaces for smart sensor communication, microsystems design and tests, wireless sensor interfaces.
The Group coordinated and performed several
international projects with USA and European Union.
Research Group on Industrial Measurement
Systems
(Head – Professor Grzegorz Pankanin, 2 members)
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Research Group on Computer Measurement
Systems
Research Group
Systems
(Head – Professor Konrad Hejn, 3 members)
(Head – Professor Ryszard Romaniuk, 5 members, 7
Ph.D.Students)
conducts research in analogue to digital conversion
techniques:
Delta - sigma modulators,
Highly efficient decimators,
DSP algorithms,
VXI/SCPI and LXI technology,
VHDL modeling and simulation.
Main interest of the Group is focused on a bridge
between DSP theory and the physical model of
electronic circuits.
on
Internet
Measurement
conducts researches in:
Distributed measuring systems,
Photonics and Electronics for High Energy
Physics Experiments, Accelerator Technology and
Free Electron Lasers,
Internet Engineering and Web Engineering.
The Group cooperates with DESY (Hamburg),
CERN (Geneva), FNAL (Batavia, Ill), Sołtan
Institute of Nuclear Problems and Institute of
Experimental Physics of Warsaw University. The
major research product of the Group is
photonic/electronic control system for SRF
accelerator, referred in the world bibliography to as
the SIMCON. The Group maintains several active
web servers, and high power cluster with networked
MatLab system and MentorGraphics system. The
Group has two laboratories: PERG – Photonics and
Web Engineering Research and ELHEP –
Electronics for High Energy Physics Experiments.
The Group realizes FP7 Project EuCARD –
European Coordination of Accelerator R&D.
Research Group on Optical Waveguide Sensors
and Measurement Systems
(Head – Kazimierz Jędrzejewski D.Sc., Ph.D., 5
members)
conducts researches in:
Optoelectronic metrology in laboratory and
industry,
Optical fiber technology,
Optical fiber devices,
Structural and multicomponent and plastic fibers,
Optical fiber sensors,
Image processing,
Data Management by statistical and data mining
methods in application to measurement and
sensor related data.
The present Group activity is focused mainly on
Bragg grating technology and applications for
telecom, sensing and fiber laser research. Recent
presence in the university FOTEH Programme will
advance the laboratory instrumentation in fiber
grating formation with the use of excimer laser and
fiber polarimetric metrology.
- 16 -
1.7. Artificial Intelligence Division
Head:
Jan J. Mulawka, Tenured Professor, Ph.D., D.Sc.
Room: 225
Phone: 22 234 5319
Faculty:
Jarosław Arabas, Professor, D.Sc., Ph.D.
Rafał Biedrzycki, Assistant Professor, Ph.D.
Paweł Cichosz, Assistant Professor, Ph.D.
Stanisław Jankowski, Assistant Professor, D.Sc., Ph.D.
Robert Nowak, Assistant Professor, Ph.D.
Piotr Wąsiewicz, Assistant Professor, Ph.D.
Paweł Zawistowski, half time Assistent, M.Sc.
General information
Research Group on Artificial Intelligence
Applications
(Head – Professor Jarosław Arabas, 3 members and 6
Ph.D. Students)
Current research activity of the Group is carried in
the following streams:
 evolutionary computation: search and
optimization inspired by the natural
evolution,
 neural networks: learning in neurobiological
inspired networks of simple processing units,
 inductive learning: automatic knowledge
acquisition by generalizing the training
examples and its representation by e.g. decision
trees,
 reinforcement
learning: automated skill
acquisition from rewards,
 statistical approach to machine learning
including Support Vector Machines,
 data mining: discovering useful patterns in data
and transforming them into predictive models.
Special attention is paid to the applications of the
aforementioned methods in technology (network
design, microelectronics, electronic systems,
digital signal processing) and in economy
(energy markets). The Group has been
cooperating with different research teams from
our Faculty (Division on Circuit and Signal
Theory, Microelectronic and Nanoelectronic
Devices Division, Control and Systems
Division), and with Institute of Material
Technology, Warsaw University of Technology,
Centre for Precolumbian Studies, Warsaw
University.
The activities of the Artificial Intelligence Division
include scientific research and teaching in the
field of intelligent computational techniques,
including their fundamentals and applications.
Recently, special attention and great expectations
are paid to the interdisciplinary research in
biology, chemistry and physics, and computer
science. Therefore, bioinformatics is one of the
leading research activities of our Division. The
Division comprises of three research groups.
Teaching activity
Courses provided by the Division cover the following
groups of topics:
 computer engineering fundamentals: structured
and object-oriented programming, database
systems,
 artificial intelligence: heuristic search, deductive
inference, expert systems, game playing,
 computational intelligence: machine learning,
neural networks, evolutionary computation.
The Division has been responsible (with
partners from the Institute of Control and
Computation Engineering) for organization of
conferences on “Evolutionary Computation and
Global Optimization”. Eleven such events have
been successfully organized since 1996.
- 17 -
Research Group on Bioinformatics
Research group on Statistical Learning Systems
(Head – Professor Jan Mulawka, 3 members, 6
Ph.D.Students)
(Head – Stanisław Jankowski, D.Sc., Ph.D., 1
member, 3 Ph.D.Students)
The Group research activity is focused at:
 molecular computation: solving computational
tasks using the „hardware” of DNA and
molecular biology,
 microfluidic molecular computers: development
of „lab on a chip” systems in a form of
microfluidic chips,
 computational analysis of DNA strands:
computer support for the understanding the role
of DNA substrands in the protein coding
process,
 comparative DNA analysis: paternity test.
The research activity covers the following topics:
artificial
neural
networks,
structure
optimization based on statistical tests;
kernel machines (support vector machines,
least-squares support vector machines,
relevant vector machines) – methods for
building
adaptive
sparse
models,
hyperparameters
optimization,
feature
selection;
semi-supervised and transductive learning
algorithms;
applications of statistical learning systems
in: material sciences (analysis and imaging
of defect structure in semi-insulating
materials),
mobile
robot
control,
morphological
analysis
of
electrocardiograms and bioinformatics.
The Group cooperates with Genetics Division,
Warsaw University, and with the Institute of
Physical Chemistry, Polish Academy of
Sciences.
The Group collaborates with researchers of the
Warsaw University of Technology (Institute of
Radioelectronics, Institute of Computer Sciences,
Institute of Micro- and Optoelectronics, Faculty of
Physics), with Polish institutions as: Institute of
Electronic Materials Technology, Industrial Research
Institute for Automation and Measurements, Centre
of Oncology, Medical University of Warsaw and with
some European institutions including: Ecole
Supérieure de Physique et de Chimie Industrielles de
la ville de Paris, Università “La Sapienza” di Roma,
Università degli studi di Catania, Universitat Ramòn
Llull – Barcelona.
- 18 -
1.8. Statistical data
SPECIFICATION
academic staff (persons)
tenured professors
professors
associate professors
readers
assistant professors
senior lecturers
lecturers
assistants
Ph.D. students
technical staff
administrative staff
space
laboratories
library
offices of academic staff
computers
workstations
personal computers
library resources
books (number of volumes)
journals (number of titles subscribed to)
teaching activities
basic courses
advanced courses
special courses
international projects
research projects
granted by the University
granted by State institutions
granted by international institutions
other projects
degrees awarded
D.Sc. degrees
Ph.D. degrees
M.Sc. degrees
B.Sc. degrees
publications
sci.-tech. books
sci.-tech. papers in journals
sci.-tech. papers in conference proceedings
teaching aids
other publications
reports
research reports
other reports
patents
patent applications
conferences
organized by the Institute (number of conferences)
organized by the Institute (number of participants)
others (number of conferences)
others (number of participants from the Institute)
- 19 -
65
4
13
0
2
31
9
0
6
48
11
11
2011
68
5
14
1
2
31
9
0
6
51
8
12
2012
2013
72
5+ 1 on leave
13
5
2
28
3
0
15
60
10
11
1035 m2
24 m2
1190 m2
1035 m2
24 m2
1190 m2
1035 m2
24 m2
1190
65
405
70
456
70
520
5120
0
5125
0
2450
0
21
22
30
7
20
23
26
5
21
26
27
3
7
25
4
5
16
27
12
2
18
21
9
4
0
3
24
42
2
1
26
38
5
3
24
41
13
118
66
4
0
11
79
128
10
0
9
50
136
5
16
35
2
6
8
11
0
5
11
12
0
10
10
3
280
70
192
3
300
36
118
3
320
42
102
2.
STAFF
2.1. Senior academic staff
Adam ABRAMOWICZ, M.Sc. (1982), Ph.D. (1993), D.Sc. (2008); Passive microwave
circuits, Dielectric resonator and HTS filters, Microwave measurements of dielectrics;
(2007 - ), Senior Member IEEE, Vice-Chairman (2003- 2007, 2009-2010),
Secretary/Treasurer (1996-2000) of the AP/AES/MTT joint Chapter of the IEEE
Poland Section; Member of the National Committee of URSI (2000-2002); Member of
the Editorial Board IEEE Transactions on Microwave Theory and Technique,
Reviewer: IEEE Microwave Professor; Head of the Microwave Circuits and
Instrumentation Division; Expert of the Signals, Systems and Electronic Circuits
Section of the Committee of Electronics and Telecommunications of the Polish
Academy of Sciences (2009-), Member of Microwaves Section of the Committee of
Electronics and Telecommunication of the Polish Academy of Sciences and Wireless
Components Letters, IEEE Transactions on Advanced Packaging, IEEE Microwave
Magazine and Electronics Letters; Member of the Scientific Committee of the
International Conference on Microwaves, Radar and Wireless Communications
MIKON;
[Ph.D.Student 3], [Ph.D.Student 28], [Ph.D.Student 29], [Ph.D.Student 42],
[Ph.D.Student 60], [Edu. 6], [Pro. 3], [Pro. 22], [Pro. 32], [Pro. 35], [Pro. 38], [Pro.
41], [Pro. 43], [Pro. 49], [B.Sc. 15], [Pub. 68], [Pub. 158], [Pub. 159], [Pub. 162], [Pub.
171], [Rep. 7], [Rep. 9], [Pat. 17], [Conf. 4], [Conf. 36], [Conf. 53];
Room: 257
Phone: 22 234 77 10
e-mail:
aabr@
ise.pw.edu pl
Tomasz ADAMSKI, Ph.D. (1976), D.Sc. (1994); Electronic circuits and systems, Digital
systems, Digital signal processing (ill-conditioned problems, stochastic signals),
Cryptography; Professor; Microwave Circuits and Instrumentation Division; Member
nominated of the Faculty Council; Head of the Research Group on Digital Systems and
Digital Signal Processing; Member of Faculty Council Committee on Faculty
Organization (2005 - 2008); Member of Polish Association for Automation, Robotics
and Measurement; Member of the Signals, Systems and Electronic Circuits Section of
the Committee of Electronics and Telecommunications of the Polish Academy of
Sciences (2007 - 2011); IEEE Member; POLSPAR Member; Member of the Science
Committee of the International Conference on Signals and Electronic Systems ICSES
and EUSIPCO – European Signal Processing Conference; Member of the Scientific
Committee of the National Conference of Electronics (2001 - ); Member of the Editorial
Board of the Internet cryptographic monthly Security of IT; Scientific consultant of
Polish computer security and cryptographic firms;
[Edu. 11], [Edu. 21], [Edu. 49], [Edu. 59], [Edu. 68], [Pub. 1], [Rep. 6], [Conf. 36];
Room: 248
Phone: 22 234 76 34
e-mail:
tadam@
ise.pw.edu.pl
Krzysztof ANTOSZKIEWICZ, M.Sc. (1972), Ph.D. (1983); Frequency synthesis and
synchronization, Microwaves; Reader; Microwave Circuits and Instrumentation
Division; Member Elected of the Faculty Council (2008-2012);
[Edu. 8], [Pro. 3], [Pro. 22], [Pro. 38];
Room: 255
Phone: 22 234 76 63
e-mail:
Kanto@
ise.pw.edu.pl;
- 20 -
Jarosław ARABAS, M.Sc. (1993), Ph.D. (1996), D.Sc. (2006); Computer Science, Global
optimization, Neural nets, Evolutionary computation, Decision making under uncertainty,
Energy markets, Smart grids; Professor; Artificial Intelligence Division; Member of
Faculty Council Committee on Faculty Organization (2005 - 2008); Head of the
Faculty Council Committee on Research (2009 - ), Head of the Organizing Committee
of the National Conference on Evolutionary Algorithms and Global Optimization;
Member of the Program Committee of: Congress on Evolutionary Computation, Parallel
Problem Solving Nature; Life Member of the Academic Tourist Club „Maluch”;
[Ph.D.Student 41], [Ph.D.Student 55], [Edu. 35], [Edu. 48], [Edu. 57], [Edu. 58], [Pro.
5], [Pub. 183], [Ph.D. 1], [Ph.D. 2], [Award 12];
Room: 223
Phone: 22 234 77 31
e-mail:
jarabas@
elka.pw.edu.pl
Rafał BIEDRZYCKI, M.Sc. (2003), Ph.D. (2009); Optimization, Machine Learning,
Bioinformatics; Assistant Professor; Artificial Intelligence Division;
[Edu. 1], [Edu. 18], [Pro. 5], [Pro. 34];
Room: 215
Phone: 22 234 78 22
e-mail:
rbiedrzy@
elka.pw.edu.pl
Aleksander BURD, M.Sc. (1989), Ph.D. (2000); Fast analogue and digital pulse
techniques, Assistant Professor, Electronic Circuits and Systems Division;
[Edu. 8], [Edu. 30], [Edu. 47], [M.Sc. 21], [B.Sc. 10], [B.Sc. 17], [Pub. 196], [Conf.
19], [Award 7]; [Award 17];
Room: 270
Phone: 22 234 77 14
e-mail:
burd@
ise.pw.edu.pl
Paweł CICHOSZ, M.Sc. (1994), Ph.D. (1998); Artificial intelligence, Machine learning;
Reinforcement learning; Assistant Professor; Artificial Intelligence Division;
[Edu. 32], [Edu. 33], [Pro. 5], [M.Sc. 17], [Pat. 1], [Pat. 2], [Pat. 4], [Pat. 5], [Pat. 18];
Room: 215
Phone: 22 234 77 31
e-mail:
pcichosz@
elka.pw.edu.pl
Marek CZOSNYKA, M.Sc. (1978), Ph.D. (1986), D.Sc. (1997), Professor title (2007);
Professor Cambridge University (2013); Biocybernetics and digital signal processing;
Assistant Professor (on leave); Electronic Circuits and Systems Division; Founder
Member of International Society of Hydrocephalus and Cerebrospinal Fluid Disorders,
Member of Academia Multidisciplinaria Neurotraumatologica, Member of
International Advisory Board of Intracranial Pressure Symposia, Affiliated member of
Polish Society of Neurosurgeons;
Room:
Phone:
e-mail:
Krzysztof CZUBA, M.Sc. (2002), Ph.D. (2007); High Frequency and microwave electronic
circuits, PLL and frequency synthesis, Low phase noise design, Precise synchronization;
Assistant Professor; Microwave Circuits and Instrumentation Division;
[Edu. 7], [Edu. 43], [Edu. 52], [Edu. 53], [Edu. 81], [Pro. 3], [Pro. 22], [Pro. 38], [Pro.
41], [Pro. 42], [Pro. 43], [Pro. 44], [Pro. 45], [M.Sc. 5], [B.Sc. 5], [B.Sc. 9], [Pub. 19],
[Pub. 25], [Pub. 73], [Pub. 79], [Pub. 80], [Pub. 132], [Pub. 137], [Pub. 138], [Pub.
163], [Rep. 1], [Rep. 2], [Rep. 3], [Rep. 4], [Rep. 5], [Pat. 3], [Conf. 1], [Conf. 2],
[Conf. 8], [Conf. 11], [Conf. 21], [Conf. 30], [Conf. 65], [Conf. 69], [Conf. 76], [Conf.
81], [Conf. 88], [Conf. 95], [Conf. 103], [Conf. 107], [Conf. 120], [Conf. 124];
Room: 256
Phone: 22 234 50 06
e-mail:
kczuba@
ise.pw.edu.pl
- 21 -
Janusz A. DOBROWOLSKI, M.Sc. (1965), Ph.D. (1973), D.Sc. (1979), Professor title
(1992); IEEE Fellow (2006); Microwave theory and techniques; Tenured Professor;
Head of the Microwave Circuits and Instrumentation Division (1979 – 1983, 1985 – );
Editor-in-chief the Warsaw University of Technology Scientific Works Electronics Series
(2008 - ); Member nominated of the Faculty Council; Head of the Faculty Council
Committee on Elections (2008 - 2012); Director of the Institute of Electronic Systems
(1990 – 2005); Member of the Committee for Graduate Studies (1996 – 2005);
Member of Faculty Council Committee on Faculty Organization (1999 - 2005); Head
of the Faculty Council Committee on Awards and Distinctions (2005 - 2008); Member
of the Signals, Systems and Electronic Circuits Section of the Committee of Electronics
and Telecommunication of the Polish Academy of Sciences (2007 - 2011); Member of
Microwaves Section of the Committee of Electronics and Telecommunication of the
Polish Academy of Sciences (1995 - ); Member of the Editorial Board of the IEEE
Transactions on Microwave Theory and Techniques (1985 - ); Member of the
Scientific Committee of the International Conference on Signals and Electronic
Systems ICSES; Member of the Scientific Committee of the International Microwave
Conference MIKON; Member of the Scientific Committee of the National Conference
on Evolutionary Algorithms and Global Optimization; Committee of National Education
Medal (2007);
[Ph.D.Student 8], [Ph.D.Student 44], [Ph.D.Student 47], [Ph.D.Student 56], [Edu. 14],
[Award 3];
Room: 250
Phone: 22 234 76 69
e-mail:
JAD@
ise.pw.edu.pl
Jacek J. DUSZA, M.Sc. (1975), Ph.D. (1986); Measurement and instrumentation;
Assistant Professor; Microsystems and Measurement Systems Division; Member of the
Polish Association of Electrical Engineers (1976 – ); Member of the Polish Society of
Sensor Technology (1993 – ); Prezes Rady Oddziałowej Związku Nauczycielstwa
Polskiego na WEiTI (2010 - );
[Edu. 17], [Edu. 61], [Edu. 79], [M.Sc. 9], [Pub. 82], [Conf. 33], [Conf. 36];
Room: 238
Phone: 22 234 77 38
e-mail:
J.Dusza@
ise.pw.edu.pl
Zbigniew GAJO, M.Sc. in Electronics (1983), M.Sc. in Mathematics (1986), Ph.D. (1997);
Digital signal processing, Robust estimation methods; Assistant Professor; Circuit and
Signal Theory Division; Associate Dean for Students (2012-2016); Deputy-Director for
Academic Affairs (2010 – 2012), Member Elected of the Faculty Council (2008 - 2012);
Member of the Faculty Council Committee of Faculty Education Affairs (2008 – 2012);
IEEE Member (1991 - ); Division plenipotentiary for the institute library;
[Edu. 4], [Pub. 84];
Room: 224
Phone: 22 234 74 80
e-mail:
zbyg@
ise.pw.edu.pl
Paweł GĄSIOR, B.Sc. (2003), M.Sc. (2004), Ph.D. (2012); Electronics and
Optoelectronics Measurement, Optoelectronics, Fiber Optics; Assistant Professor;
Microsystems and Measurement Systems Division;
Room: 233
Phone: 22 234 77 41
e-mail:
P.Gasior@
elka.pw.edu.pl
- 22 -
Antoni D. GRZANKA, M.Sc. (1980), Ph.D. (1985), D.Sc. (2003); Biocybernetics and
Biomedical Engineering; Professor; Electronic Circuits and Systems Division;
Member nominated of the Faculty Council; Member of Council of Mechatronic
Faculty WUT, Head of Research Group on Biomedical Instrumentation (2000 - );
IEEE Member (1997 - ); Member of Polish Society of Biomedical Engineering (1998
- ); Member of Scientific Board of Polish National Health Care System (OSOZ) (2007
-); Member of Polish Telemedicine Society (2007 - ); Member of Association for
Computing Machinery ACM (2005 - );
[Ph.D.Student 11], [Ph.D.Student 17], [Ph.D.Student 21], [Ph.D.Student 48], [Pro. 1],
[Pro. 4], [M.Sc. 18], [Pub. 91], [Pub. 139], [Pub. 154], [Pub. 168], [Conf. 36], [Award
13];
Room: 213
Phone: 22 234 76 23
e-mail:
antekg@
ise.pw.edu.pl
Konrad HEJN, M.Sc. (1966), Ph.D. (1976), D.Sc. (1999); Measuring systems; Professor;
Microsystems and Measurement Systems Division; Member nominated of the Faculty
Council; Head of the Research Group on Automatic Test Systems; Member of the
Faculty Council Committee of Faculty Education Affairs (1999 – 2008);
[Edu. 16], [Pub. 2];
Room: 244
Phone: 22 234 77 34
e-mail:
K.Hejn@
ise.pw.edu.pl
Ryszard S. JACHOWICZ, M.Sc. (1969), Ph.D. (1973), D.Sc. (1981), Professor title
(1996); Semiconductor sensors; Smart sensors; Microsystems;Tenured Professor; Head
of Microsystems and Measurement Systems Division (1997 - ); Head of Research
Group on Sensors and Microsystems (1975 – ); Member of the Senate of Warsaw
University of Technology (2002 - 2005); Chairman of the Senate Committee on
Foreign Affairs (2002 - 2005); Member of the Faculty Council Committee on Academic
Staff Development (2002 - 2005); Member of Journal Program Committee of the Polish
Academy of Sciences: Metrologia i Systemy Pomiarowe (1994 –2010 ), J. Elektronika
(1994 – ); IEEE Senior Member (1981 -), Chairman IEEE Poland Section (1997-2001),
Past Chairman (2002 - 2009); Chairman of Instrumentation & Measurement Chapter,
IEEE (2003 - 2007); Chairman of the Microsystems and Sensors Commission
Committee of Metrology and Instrumentation Polish Academy of Sciences (1993 2010 ); Member of Metrology and Instrumentation Committee, Polish Academy of
Sciences (1993 - ); SEP Member; Fellow Member Institute of Physics, UK (2004 - );
Member (1992 -2011 ) and Honorary Member (2011 -) of Steering Committee of the
Eurosensors Conference, Member of Editorial Board (2002-2008) and Advisory Board
(2009 - ) Journal Measurement Science and Technology Institute of Physics Pub., UK,
Member of Editorial Board Journal of Measurement Science and Instrumentation
China (2009 - );Member of Technical Committee (1997, 2001, 2007, 20013) and
Member of Executive Committee (2011) of the Internalional Conference
TRANSDUCERS; Founder (1992) and Member (1992-) and President (2012 -) of
Polish Society of Sensors Technology;
[Ph.D.Student 27], [Edu. 12], [Pro. 7], [Pro. 25], [Pro. 50], [Pub. 148], [Pub. 153],
[Pub. 203], [Pat. 16], [Conf. 25], [Award 19], [Award 21];
Room: 242
Phone: 22 234 78 48
e-mail:
rsjach@
ise.pw.edu.pl
Stanisław JANKOWSKI, M.Sc. (1970), Ph.D. (1980), D.Sc. (2013); Measurement and
instrumentation; Assistant Professor; Artificial Intelligence Division; Member Elected
of the Faculty Council (2005 - 2012); Member of the Faculty Council Committee of
Faculty Education Affairs (2005 – ); Member of International Neural Network Society
(1995 – ); Member of Association of Polish Electrical Engineers (1976 – );
[Ph.D.Student 2], [Ph.D.Student 35], [Ph.D.Student 50], [Pro. 5], [D.Sc. 1], [B.Sc. 11],
[B.Sc. 36], [Pub. 3], [Pub. 69], [Pub. 77], [Pub. 83], [Conf. 36];
Room: 228
Phone: 22 234 55 89
e-mail:
sjank@
ise.pw.edu.pl
- 23 -
Jerzy JĘDRACHOWICZ, M.Sc. (1987), Ph.D. (2003); Measuring systems; Senior
Lecturer; Microsystems and Measurement Systems Division;
Room: 230A
Phone: 22 234 55 85
e-mail:
Jjedrach@
ise.pw.edu.pl
Kazimierz P. JĘDRZEJEWSKI, M.Sc. (1970), Ph.D. (1978), D.Sc. (2013); Electronics
measurements, Optoelectronics, Fiberoptics; Reader; Microsystems and Measurement
Systems Division; Head of the Research Group on Optoelectronic Circuits (1998 2005); Head of the Research Group on Fiberoptics Sensors and Metrology Systems
(2004 - ); Head of Electronic Measurements Fundamentals Laboratory (1990 –);
Member Elected of the Faculty Council (2005-2012); Member of the Faculty Council
Committee on Awards and Distinctions (2008 – 2012);
[Edu. 56], [Pro. 33],[D.Sc. 2], [B.Sc. 12], [Pub. 27], [Pub. 114], [Pub. 115], [Pub.
161], [Conf. 17], [Conf. 36];
Room: 245
Phone: 22 234 76 91
e-mail:
kpj@
ise.pw.edu.pl
Konrad JĘDRZEJEWSKI, M.Sc. (1995), Ph.D. (2000); Analog-to-digital conversion,
Adaptive communication systems, Adaptive measurement systems, Adaptive signal
processing, Digital signal processing, Statistical inference, Information theory; Assistant
Professor; Circuit and Signal Theory Division; Senior Member of IEEE (2013 - );
Member of IT Service Management Forum Polska;
[Edu. 65], [Pub. 37], [Pub. 38], [Pub. 87], [Pub. 88], [Pub. 89], [Conf. 12], [Conf. 36];
Room: 448
Phone: 22 234 58 83
e-mail:
Konrad.Jedrzejewski@
ise.pw.edu.pl
Grzegorz KASPROWICZ, M.Sc. (2004), Ph.D. (2012); FPGA, High Speed Analogue
Electronics, High Speed Digital Systems, CCD/CMOS Imaging, Embedded Linux,
Accelerator science; Assistant Professor (since October 15, 2012); Microsystems and
Measurement Systems Division;
[Edu. 24], [Pro. 46], [Pro. 47], [Pro. 50], [B.Sc. 25], [B.Sc. 30], [Pub. 21], [Pub. 23],
144], [Pub. 149], [Pub. 150], [Pub. 151], [Pub. 155], [Pub. 165], [Pub. 192], [Conf.
28], [Conf. 30], [Conf. 36], [Conf. 77], [Conf. 83], [Conf. 91], [Conf. 96], [Conf. 104],
[Conf. 112], [Conf. 118], [Conf. 123], [Award 10], [Award 37];
- 24 -
Room: 211, 604B
Phone: 22 234 77 36
e-mail:
G.Kasprowicz@
ise.pw.edu.pl
Krzysztof KULPA, M.Sc. (1982), Ph.D. (1987), D.Sc. (2009); Digital signal processing,
Detection of radar signals; Professor; Circuit and Signal Theory Division; IEEE Senior
Member (1991 - ); Member of the Rectors’ Committee of Science and Scientific
Instrumentation (2008 - ); Scientific Director of the University Centre of Security and
Military; Chairman of the F Commission of the National URSI Committee; Member of
the Association of Old Crows AOC (2005 - ); Member of the Emma European
Microwave Association (2010 - ); Member of ISIF International society of information
fusion (2010 - ); Chairman of the SEP Section on Faculty of Electronics and
Information Technology; Head of the Digital Signal Processing Laboratory; Guest editor
of the Journal Radar, Sonar & Navigation, Associate Editor Emma International Journal
of Microwave and Wireless Technologies, Member of Steering Committee of the
International Conferences: IRS, Easer, IEEE Radar Conference, Signal Processing
Symposium, Eared, International Conference on Information Fusion; Vice-chairman of
the Joint Chapter IEES AES/AP/MW (2008-);
[Ph.D.Student 5], [Ph.D.Student 19], [Ph.D.Student 24], [Ph.D.Student 25], [Ph.D.Student
34], [Ph.D.Student 40], [Ph.D.Student 45], [Ph.D.Student 59], [Edu. 5], [Edu. 46], [Pro.
28], [Pro. 29], [Pro. 30], [Pro. 31], [Pro. 39], [Pro. 54], [M.Sc. 6], [Pub. 4], [Pub. 10],
[Pub. 15], [Pub. 16], [Pub. 20], [Pub. 22], [Pub. 32], [Pub. 35], [Pub. 40], [Pub. 64],
[Pub. 164], [Pub. 167], [Pub. 169], [Pub. 170], [Pub. 171], [Pub. 172], [Pub. 173],
[Pub. 188], [Pub. 189], [Pub. 194], [Rep. 8], [Conf. 6], [Conf. 23], [Conf. 29], [Conf.
42], [Conf. 70], [Conf. 78], [Conf. 82], [Conf. 84], [Conf. 119];
Room: 453, 602
Phone: 22 234 74 78
22 234 50 07
e-mail:
kulpa@
ise.pw.edu.pl
Antoni LEŚNIEWSKI, M.Sc. (1970), Ph.D. (1980); Measurement systems; Senior
Lecturer; Microsystems and Measurement Systems Division;
[Edu. 10], [Edu. 17], [Edu. 34];
Room: 234
Phone: 22 234 74 10
e-mail:
Ales@
ise.pw.edu.pl
Arkadiusz LEWANDOWSKI, (M.Sc. 2001), Ph.D. (2010); Calibration methods and
uncertainty analysis for vector-network-analyzer scattering-parameter measurements;
[Pro. 3], [Pro. 33], [Pro. 47], [Conf. 36], [Conf. 64], [Award 36];
Room: 251
Phone: 22 234 78 77
e-mail:
A.Lewandowski@
ise.pw.edu.pl
Lech LEWANDOWSKI, M.Sc. (1970), Ph.D. (1980); Electronics and optoelectronics;
Senior Lecturer; Microsystems and Measurement Systems Division;
[Edu. 56], [Edu. 64], [Pro. 32], [B.Sc. 21], [B.Sc. 27], [Pub. 7], [Pub. 115];
Room: 233
Phone: 22 234 77 41
e-mail:
llew@
ise.pw.edu.pl
Maciej LINCZUK, M.Sc. (2000); Ph.D. (2006); Assistant Professor; Microsystems and
[Pro. 37], [B.Sc. 3], [B.Sc. 31], [B.Sc. 40], [Pub. 76], [Pub. 84], [Conf. 36];
Room: 603b
Phone: 22 234 79 86
22 234 77 26
e-mail:
m.linczuk@
ise.pw.edu.pl
- 25 -
Mateusz MALANOWSKI, M.Sc. (2004), Ph.D. (2009), D.Sc. (2013); Digital Signal
Processing, Synthetic Aperture Radar, Passive Radar; Assistant Professor; Circuits and
Systems Division; IEEE Member (2003-), IET Member (2007-), Member of the NATO
STO SET-164 and NATO STO SCI-252 (2013 - );
[Ph.D.Student 7], [Edu. 20], [Edu. 41], [Pro. 20], [Pro. 26], [Pro. 28], [Pro. 29], [Pro. 30],
[Pro. 31], [D.Sc. 2], [M.Sc. 1], [M.Sc. 19], [Pub. 5], [Pub. 10], [Pub. 15], [Pub. 16], [Pub.
20], [Pub. 32], [Pub. 35], [Pub. 40], [Pub. 75], [Pub. 96], [Pub. 98], [Pub. 104], [Pub.
134], [Pub. 160], [Pub. 164], [Pub. 170], [Pub. 172], [Pub. 175], [Pub. 176], [Pub. 187],
[Pub. 188], [Rep. 8], [Conf. 6], [Conf. 71], [Conf. 75], [Conf. 85], [Conf. 90], [Conf. 116];
Łukasz MAŁKIEWICZ, M.Sc. (2003); Ph.D. (2012); Modelling, optimization and testing
of intelligent analogue-to-digital converters; Assistant Professor; Circuits and Systems
Division;
[Pub. 99], [Conf. 36], [Conf. 50], [Conf. 57];
Room: 453, 602
Phone: 22 234 55 88
22 234 74 78
22 234 50 07
e-mail:
m.malanowski@
ise.pw.edu.pl
Room: 448
Phone: 22 234 58 83
e-mail:
L.Malkiewicz@
elka.pw.edu.pl
Gustaw MAZUREK, M.Sc. (2004), Ph.D. (2009); Digital signal processing, Programmable
logic structures, Embedded systems, Radio frequency identification; Assistant Professor;
Circuit and Signal Theory Division;
[Pro. 30], [Pro. 52], [M.Sc. 7], [B.Sc. 1], [Pub. 41], [Pub. 179], [Rep. 9], [Conf. 6],
[Conf. 52], [Conf. 59];
Room: 323
Phone: 22234 76 57
e-mail:
g.mazurek@
elka.pw.edu.pl
Jacek MISIUREWICZ, M.Sc. (1988), Ph.D. (1996), D.Sc. (2013); Digital signal processing,
Radar Signal Processing, Compressed sensing, Programmable logic systems; Assistant
Professor; Circuit and Signal Theory Division; Member Elected of the Faculty Council
(2012-2016); IEEE Member (1991 - 2003); IEEE Senior Member (2003 - ), IEEE
AP/AES/MTT Poland Chapter v-ce president (2012 - ); Polish Academy of Sciences Microwave and Radar Section secretary (2011-2014); Technical Program Commitee
Member of conferences: Fusion 2013, SPS 2013 and IRS 2013;
[Edu. 69], [Edu. 74], [Pro. 28], [Pro. 29], [Pro. 30], [Pro. 31], [D.Sc. 3], [M.Sc. 10],
[Pub. 176], [Pub. 180], [Pub. 181], [Rep. 8], [Conf. 10], [Conf. 18], [Conf. 38], [Conf.
42], [Conf. 85];
Room: 447
Phone: 22 234 54 41
e-mail:
jmisiure@
elka.pw.edu.pl
Jan J. MULAWKA, M.Sc. (1971), Ph.D. (1976), D.Sc. (1985); Artificial Intelligence;
Tenured Professor; Head of Artificial Intelligence Division; Member of the Polish
Association of Electrical Engineers; Member of the Scientific Committee of the
National Conference on Evolutionary Algorithms and Global Optimisation; Member of
the Scientific Committee of the International Conference on Computational Intelligence
and Multimedia Applications; Honorary Editor of the International Journal of
Computational Intelligence and Applications;
[Ph.D.Student 58], [Edu. 26], [Edu. 48], [Pro. 5], [B.Sc. 13], [B.Sc. 27], [B.Sc. 34],
[Pub. 100], [Pub. 152], [Conf. 36];
Room: 225
Phone: 22 234 53 19
e-mail:
jmulawka@
elka.pw.edu.pl
- 26 -
Marek NAŁĘCZ, M.Sc. (1984), Ph.D. (1991), D.Sc. (2007); Digital signal processing,
Programming of digital signal processors and graphics processing units; Professor;
Circuit and Signal Theory Division; Head of the Circuit and Signal Theory Division
(2009 -); IEEE Member (1991 - );
[Ph.D.Student 6], [Ph.D.Student 18], [Ph.D.Student 43], [Edu. 2], [Edu. 10], [Edu. 29],
[Edu. 40], [Pro. 6], [Pro. 30], [Pro. 52], [Pro. 53], [Pub. 7], [Pub. 8], [Pub. 182], [Rep.
9], [Rep. 10], [Conf. 42], [Award 18];
Room: 446
Phone: 22 234 74 76
e-mail:
M.Nalecz@
elka.pw.edu.pl
Robert M. NOWAK, M.Sc. (1999), Ph.D. (2004); Bioinformatics, Artificial Intelligence,
Software Engineering, Data Fusion, Risk Management; Assistant Proffesor, Artificial
Intelligence Division; Member of the Polish Bioinformatics Association (2008 - ),
Scrum Alliance (2009 - ), International Project Management Association Poland
(2012 - ), Polish Society of Biomedical Engineering (2012 - ), Certified SCRUM
Master, PRINCE2 Foundation.;
[Edu. 22], [Edu. 26], [Pro. 5], [Pub. 65], [Pub. 66], [Pub. 106], [Pub. 120], [Pub. 145],
[Pub. 193], [Pat. 10], [Pat. 11], [Conf. 36];
Room: 226
Phone: 22 234 77 18
e-mail:
R.M.Nowak@
elka.pw.edu.pl
Jan OGRODZKI, M.Sc. (1977), Ph.D. (1982), D.Sc. (1996); Electronics, Computer-aided
design; Professor; Electronic Circuits and Systems Division; Member nominated of the
Faculty Council; Member of the Faculty Council Committee on the Ph.D. Studies
(2002 - ); Member of the Faculty Council Committee on the Academic Staff
Development (2005 - 2012); IEEE and IEEE CS Member; Member of the Signals,
Systems and Electronic Circuits Section of the Committee of Electronics and
Telecommunications of the Polish Academy of Sciences (2007 - 2011); Member of
Jury of Polish Stage of European Union Competition for Young Scientists (2000 - );
[Edu. 23], [Edu. 28], [Edu. 31], [Pro. 4], [Pub. 107], [Pub. 108], [Conf. 36];
Room: 207
Phone: 22 234 73 82
e-mail:
J.Ogrodzki@
ise.pw.edu.pl
Katarzyna OPALSKA, M.Sc. (1984), Ph.D. (1998); Electronics, Modelling and
macromodelling of semiconductors and circuits, Methods and algorithms for circuit
parameter extraction, Methods, algorithms and tools for computer circuit simulation;
[Edu. 15], [Edu. 71], [Pro. 4], [Pro. 32], [Pub. 109], [Pub. 110], [Conf. 36], [Award 2];
Room: 214
Phone: 22 234 73 84
e-mail:
K.Opalska@
elka.pw.edu.pl
Leszek J. OPALSKI, M.Sc. (1978), Ph.D. (1988), D.Sc. (2003); Electronics, Modeling,
Simulation and Optimization, Design under Uncertainity, High Performance
Computations; Professor; Head of Electronic Circuits and Systems Division (2000 –);
IEEE Senior Member (2010 - ); IEEE Circuits and Systems Section Member (2002 - );
Member of the Signals, Circuits and Systems Section of the Electronics and
Telecommunication Committee of the Polish Academy of Sciences (2004 - 2011);
Member of the Editorial Board for the International Journal of Microelectronics and
Computer Science (2009 - ); Member of the International Programme Committee of
the International Conference Mixed Design of Integrated Circuits and Systems
MIXDES (1994 – ); Wilga IEEE/SPIE Symposium Committee Member (2007 - );
[Ph.D.Student 46], [Edu. 15], [Edu. 38], [Edu. 39], [Edu. 62], [Edu. 63], [Pro. 4], [Pro.
32], [Pro. 34], [B.Sc. 41], [Pub. 110], [Pub. 111], [Pub. 112], [Conf. 58],;
Room: 258
Phone: 22 234 79 89
e-mail:
L.Opalski@
elka.pw.edu.pl
- 27 -
Tomasz OSUCH, B.Sc. (2003), M.Sc. (2004), Ph.D. (2010); Electronics and
Optoelectronics Measurement, Optoelectronics, Fiber Optics; Assistant Professor;
Microsystems and Measurement Systems Division;
[Edu. 56], [Pro. 10], [Pro. 33], [Pub. 86], [Pub. 90], [Pub. 101], [Pub. 102], [Pub. 113],
[Pub. 114], [Pub. 115];
Room: 233
Phone: 22 234 77 41
e-mail:
T.Osuch@
elka.pw.edu.pl
Daniel PACZESNY, M.Sc. (2003), Ph.D. (2009); Smart Sensors, Dew point hygrometers,
Microsystems, Sensor networks; Assistant Professor; Microsystems and Measurement
Systems Division;
[Edu. 51], [Pro. 25], [Pro. 50], [M.Sc. 14], [Pub. 116], [Pub. 142], [Conf. 36];
Room: 240
Phone: 22 234 78 20
e-mail:
D.Paczesny@
elka.pw.edu.pl
Grzegorz L. PANKANIN, M.Sc. (1975), Ph.D. (1984), D.Sc. (2009); Professor;
Measurement and Instrumentation; Microsystems and Measurement Systems Division;
Head of Research Group on Industrial Measurement Systems; Deputy Director for
Research (1996 - 2005 and 2012 -); Member Elected of Faculty Council (1999 -); IEEE
Senior Member; IEEE Member of Polish Section Board (Membership Development
Officer) (2010 - ); Chairman of Instrumentation and Measurement Chapter of IEEE
Polish Section (2012-); Deputy Chairman of Measurements Committee of Polish
Society for Measurement, Automatic Control and Robotics POLSPAR (2005 - 2008);
Member of Board of Polish Society for Measurement, Automatic Control and Robotics
POLSPAR (2008 - 2010); Secretary of Microsystems and Sensors Commission of the
Committee of Metrology and Instrumentation of the Polish Academy of Sciences
(1995 - 2010); Member of the Polish Society of Sensor Technology (1993 -); Reviewer
of Measurement Science &Technology IOP (2005 -), Measurement (2005 -), IEEE
Sensors (2005 -), Sensors and Actuators A (2005 -);
[Pro. 32], [M.Sc. 22], [Pub. 39], [Pub. 117], [Conf. 36], [Award 1];
Room: 227
Phone: 22 234 77 32
22 234 5400
e-mail:
g.pankanin@
ise.pw.edu.pl
Anatoliy A. PŁATONOW, M,Sc (1969, with distinction, Lomonosov Moscow State
University, Faculty of Physics), Ph.D, (1973, Moscow State University), D.Sc. (2007,
Warsaw Umivercity of Technology - WUT), Associate Professor in Cybernetics (1980,
sc. title awarded by decision of Highest Attesting Commission of the Ministry Council
of USSR); Signal Processing, Information Theory, Bayesian Estimation Theory,
Adaptive Estimation Systems, Wireless Communication Systems with Feedback, A/D
Conversion; Professor (2009); Cirquit and Signal Theory Division (Since 1988 - );
Head of Research Group on Adaptive Information Processing and Transmission
Systems; IEEE Member (1991 - ), IEEE Senior Member (2008 - ); Member of
Committee on Measurements of Polish Society for Measurement, Automatic Control
and Robotics POLSPAR (1994 - ); Expert and Member of the Signals and Electronics
Systems Section of the Electronics and Telecommunication Committee of the Polish
Academy of Sciences (2011 - ); Expert on IT of the Consortium CINECA and Italian
Ministry of Higher Education and Sc. Sciences (MIUR); Member of Editor Board of
the Journal of Bauman Moscow State Technical University (BNSTU) "Вестник
МГТУ им. Н.Э. Баумана. Cерия приборостроение" (Herald of MGTU, Series
Construction of Devices); Rectors representative and coordinator of the Agreement on
Collaboration between WUT and BMSTU (2009 - ); Coordinator of Bilateral
Agreement on Collaboration with University of Sannio-Benevento, Italy, in the frame
of UE Program ERASMUS (2005 - ); Reviewer of IEEE Communication Letters,
IEEE Trans. on Instrumentation and Measurement, IEEE Trans. on Signal Processing,
of Measurement (Elsevier) and Journal PAN Metrology and Measurement Science;
[Ph.D.Student 54], [Edu. 19], [Edu. 84], [Pub. 42], [Pub. 121], [Pub. 185], [Conf. 22],
[Conf. 36], [Conf. 39];
Room: 212
Phone: 22 234 79 52
e-mail:
plat@
ise.pw.edu.pl
- 28 -
Krzysztof POŹNIAK, M.Sc. (1991), Ph.D. (1999), D.Sc. (2012); Optoelectronics,
Distributed telemetric systems, Environmental measurement systems, Complex
electronic systems for metrology of high energy experiments (Readout Trigger),
Electronics for high energy physics, Gigabit optical links, Radiation hardened
electronics, Extremely large and complex Altera and Xilinx Systems; Professor;
Microsystems and Measurement Systems Division; Member of PERG Research Group;
Member of CMS (Compact Muon Solenoid) Experiment Team in CERN in Geneva
(1994 - ); Member of CERN (1993-); Member of DESY, Hamburg (1991 - ); IEEE
Senior Member (2010 - ); Co-operates with the Institute of Physics Warsaw University
on high energy physics experiments in CERN (The European Organization for Nuclear
Research) Laboratory in Geneva (1994 – );
[Ph.D.Student 10], [Ph.D.Student 23], [Ph.D.Student 51], [Ph.D.Student 53], [Edu.
82], [Edu. 83], [Pro. 38], [Pro. 49], [Pro. 50], [Pro. 51], [Pro. 52], [M.Sc. 4], [M.Sc. 8],
[M.Sc. 12], [M.Sc. 13], [M.Sc. 20], [M.Sc. 23], [B.Sc. 29], [Pub. 23], [Pub. 26], [Pub.
[Pub. 155], [Pub. 157], [Pub. 165], [Conf. 36], [Conf. 83], [Conf. 112], [Award 6],
[Award 8];
Room: 603B
Phone: 22234 79 86
e-mail:
pozniak@
ise.pw.edu.pl
Maciej RADTKE, M.Sc. (1986); Fast analogue and digital pulse techniques; Senior
Lecturer; Electronic Circuits and Systems Division;
[Edu. 9], [B.Sc. 2], [B.Sc. 7], [B.Sc. 18];
Room: 270
Phone: 22 234 78 47
e-mail:
m.radtke@
elka.pw.edu.pl
- 29 -
Ryszard S. ROMANIUK M.Sc. (1975), Ph.D. (1979), D.Sc. (2002); Tenured Professor
(2011); Optoelectronics and Photonics, Electronics for high energy physics; Professor;
Microsystems and Measurement Systems Division; Director of the Institute of
Electronic Systems (2012 –); Deputy Director for Research (2005 – 2012); Member of
Faculty Council Committee on Research (2005 - ); Scientific Secretary of the
Electronics and Telecommunications Committee (KELTEL) of the Polish Academy of
Sciences (2007 – 2011); Member of SEP (1980-); Fellow of SPIE (1982 - ); VicePresident of PKOpto (1985 - ); Member of PTF (1985-); IEEE Senior Member (1985 –
); Member of PTETiS – (1986 - ); Member of the LIA - Laser Institute of America
(1987 - ); Member of the OSA - Optical Society of America (1987-); Founding Member
of EOS - European Optical Society (1990 - ); Member of EPS - European Physical
Society (1990 - ); President D.D.Eisenhower Fellow (1992- ); Editor of SPIE
Proceedings Series (1986-), Photonics Spectra (1988 - ); Member of the Editorial
Boards of Laurin Publishing Company (1989 - ); Member of Scientific Program Board
of Journal Elektronika (2001-); Member of Photonics Society of Poland (2007 - ); Chief
of the Editorial Board - Photonics Letters of Poland (2009 - );
[Ph.D.Student 32], [Ph.D.Student 37], [Ph.D.Student 38], [Edu. 82], [Edu. 83], [Pro.
22], [Pro. 23], [Pro. 24], [Pro. 38], [Pro. 40], [Pro. 49], [Pro. 50], [Pro. 51], [Pro. 52],
[Ph.D. 3], [B.Sc. 14], [B.Sc. 20], [Pub. 11], [Pub. 12], [Pub. 13], [Pub. 14], [Pub. 23],
[Pub. 149], [Pub. 150], [Pub. 151], [Pub. 152], [Pub. 155], [Pub. 156], [Pub. 157], [Rep.
1], [Rep. 2], [Rep. 3], [Rep. 4], [Rep. 5], [Conf. 34], [Conf. 36], [Conf. 88], [Award 9],
[Award 20];
Room: 228A, 603B, 217
Phone: 22 234 79 86
22 234 53 60
022 234 51 10
e-mail:
rrom@
ise.pw.edu.pl
Marek W. RUPNIEWSKI, M.Sc. in Electronics (2002); M.Sc. in Mathematics (2004),
Ph.D. (2009); Signal Processing, Control Theory; Assistant Professor; Circuit and Signal
Theory Division;
[Edu. 44], [Edu. 54], [Edu. 55], [Edu. 66], [Edu. 67], [Pro. 26], [Pro. 30], [Pro. 52],
[Pub. 7], [Pub. 8], [Rep. 9];
Room: 446
Phone: 22 234 74 76
e-mail:
m.rupniewski@
ise.pw.edu.pl
Rafał RYTEL-ANDRIANIK, M.Sc. (1999), Ph.D. (2005); Digital signal processing, Radar
systems; Assistant Professor; Circuit and Signal Theory Division; IEEE – Signal
Processing Society Member;
[Edu. 45], [Pro. 20], [Pro. 30], [Pro. 52], [Pub. 59], [Pub. 189], [Conf. 108];
Room: 323
Phone: 22 234 76 57
e-mail:
r.rytel@
elka.pw.edu.pl
- 30 -
Piotr SAMCZYŃSKI, M.Sc. (2005); Ph.D. (2010); D.SC. (2013); Radar signal
processing, SAR (Synthetic Aperture Radar) techniques, Passive radar systems and DSP
(Digital Signal Processing) algorithms; Assistant Professor; Circuit and Signal Theory
Division; IEEE Member (2003 – ); Member of Steering Committee of the International
Conferences: Signal Procesing Symposium - SPS-2013, International Radar Symposium
– IRS 2013, IEEE Radar Conference – RadarCon 2013, Modern Information and
Electronic Technologies - MIET-2013; Member of STO NATO SET-195 and STO
NATO SCI-252 Groups;
[Pro. 21], [Pro. 27], [Pro. 28], [Pro. 29], [Pro. 30], [Pro. 31], [D.Sc. 4], [B.Sc. 16],
[B.Sc. 37], [B.Sc. 38], [Pub. 9], [Pub. 10], [Pub. 15], [Pub. 16], [Pub. 20], [Pub. 32],
[Pub. 170], [Pub. 172], [Pub. 175], [Pub. 176], [Pub. 178], [Pub. 188], [Rep. 8], [Conf.
3], [Conf. 6], [Conf. 10], [Conf. 38], [Conf. 42], [Conf. 44], [Conf. 45], [Conf. 46],
101], [Conf. 113], [Conf. 116], [Conf. 117], [Award 23];
Room: 453
Phone: 22 234 55 88
e-mail:
P.Samczynski@
elka.pw.edu.pl
Jacek SOCHOŃ, M.Sc. (1976); Senior Lecturer; Microsystems and Measurement
Systems Division;
Room: 237
Phone: 22 234 77 38
e-mail:
jsoch@
ise.pw.edu.pl
Tomasz STARECKI, M.Sc. (1988), Ph.D. (1995), D.Sc. (2009); Photoacoustics, Digital
systems, Microprocessor techniques, Automatic Measurement and Control Systems,
Virtual instrumentation; Professor; Electronic Circuits and Systems Division; Associate
Dean for General Affairs (2012 – 2016); Head of Research Group on Pulse and
Photoacoustic Techniques; Member of the Faculty Council Committee of Faculty
Education Affairs (2008 – 2012); Member of SPIE (2005 - 2009);
[Ph.D.Student 20], [Edu. 13], [Edu. 60], [Edu. 72], [Pro. 4], [Pro. 37], [B.Sc. 24], [Pub.
28], [Pub. 29], [Pub. 196], [Pub. 197], [Pub. 199], [Pub. 200], [Pat. 12], [Pat. 13], [Pat.
14], [Pat. 19], [Pat. 20], [Conf. 19], [Conf. 32], [Conf. 105];
Room: 268
Phone: 22 234 36 57
e-mail:
tomi@
ise.pw.edu.pl
Mariusz J. SUCHENEK, B.Sc.(2004), M.Sc. (2006), Ph.D. (2011); Photoacoustics, Digital
and Microprocessor Systems, Measurement and Control Systems; Assistant Professor;
Electronic Circuits and Systems Division;
[Edu. 24], [Pro. 2], [Pro. 4], [Pro. 11], [Pro. 37], [Pub. 196], [Pub. 201], [Pub. 202],
[Conf. 19], [Conf. 36], [Conf. 105];
Room: 270
Phone: 22 234 77 14
e-mail:
M.Suchenek@
elka.pw.edu.pl
Jerzy SZABATIN, M.Sc. (1965), Ph.D. (1972), D.Sc. (1999), Tenured Professor (2009);
Signal theory, Adaptive signal processing, Robust estimation methods; Professor; Circuit
and Signal Theory Division; Director of the Institute of Electronic Systems (2005 –
2012); Head of the Circuit and Signal Theory Division (2000 - 2009); Member of the
Theory and Signal Processing Section of the Electronics and Telecommunications
Committee of the Polish Academy of Sciences (2007-2011); IEEE Member (1991 - );
Polish Computer Society Member (1984 - );
[Ph.D.Student 9], [Ph.D.Student 36], [Edu. 19], [Award 4];
- 31 -
Room: 455
Phone: 22234 76 53
e-mail:
szabatin@
ise.pw.edu.pl
Magdalena SZEŻYŃSKA, M.Sc. (1978), Ph.D. (1989); CISA (2005); Computer Science,
Cryptography, Information Security, Information Systems Audit, Computer Forensics;
half time Senior Lecturer; Electronic Circuits and Systems Division; Member of the
International Information Systems Audit and Control Association ISACA (2005 -),
ISACA Warsaw Chapter leader (2011 -); IEEE Computer Society Member (2012 -), IEEE
Signal Processing Society Member (2012 - );
[Edu. 27], [Edu. 50], [M.Sc. 16], [B.Sc. 8], [B.Sc. 32];
Room: 249
Phone: 22 234 76 34
e-mail:
M.Szezynska@
ise.pw.edu.pl
Edward ŚLIWA, M.Sc. (1979), Ph.D. (1983); Computer aided design, Computer networks,
Digital signal processing; Assistant Professor; Circuit and Signal Theory Division; IEEE
Member (1991 - ); IES Director's plenipotentiary for computerisation (1993 - );
[Edu. 2], [Pro. 8];
Room: 447A
Phone: 22 234 52 12
e-mail:
edek@
ise.pw.edu.pl
Grzegorz TARAPATA, M.Sc. (2002), Ph.D. (2008); Smart Sensors, Dew point
hygrometers, Microsystems, Sensor networks; Assistant Professor; Microsystems and
[Edu. 70], [Pro. 25], [Pro. 50], [B.Sc. 28], [Pub. 142], [Pub. 143], [Pub. 148], [Pub.
153], [Pub. 203], [Conf. 9], [Conf. 27], [Conf. 31], [Conf. 34], [Conf. 36], [Conf. 40];
Room: 240
Phone: 22 234 78 20
e-mail:
g.tarapata@
ise.pw.edu.pl
Zbigniew WAWRZYNIAK, M.Sc. (1980), Ph.D. (1990); Optoelectronics, Image
Processing, Computer based modeling and simulation; Measurement Data
Management, Statistical methods, QA; Senior lecturer; Microsystems and
Measurement Systems Division; Member of the Optoelectronics Committee of
Association of Polish Electrical Engineers (1991 – );
[Edu. 78], [Pub. 7], [Pub. 34], [Pub. 67], [Pub. 82], [Pub. 146], [Conf. 26], [Conf. 33],
[Conf. 35], [Conf. 36];
Room: 238
Phone: 22 234 77 38
e-mail:
Z.Wawrzyniak@
ise.pw.edu.pl
Piotr WĄSIEWICZ, M.Sc. (1996), Ph.D. (2000); Molecular computing, Computer
science, Artificial intelligence; Assistant Professor; Artificial Intelligence Division;
IEEE Member (1997 - );
[Pro. 5], [Pub. 147], [Pat. 15];
Room: 226
Phone: 22 234 77 18
e-mail:
pwas@
ise.pw.edu.pl
Jerzy WEREMCZUK, M.Sc. (1988), Ph.D. (2000), D.Sc. (2012); Microsystems, Sensor
networks, Sensors technology, Measurement systems; Professor; Microsystems and
Measurement Systems Division; Head of Faculty Council Committee on Lectures
Accreditations (2012-), IEEE Senior Member; V-ce Chairman of Instrumentation and
Measurement Chapter of IEEE Polish Section (2013-), Member of IEEE Polish Section
Board, Member of the Polish Society of Sensor Technology, Head of Polish Stage of
International Competition for Young Scientists iCAN (2013 - );
[Edu. 42], [Pro. 25], [Pro. 32], [Pro. 50], [M.Sc. 2], [M.Sc. 24], [B.Sc. 22], [Pub. 148],
[Pub. 153], [Pub. 203], [Pat. 16], [Conf. 9], [Conf. 34], [Award 5];
Room: 240
Phone: 22 234 78 20
e-mail:
jwer@
ise.pw.edu.pl
Wojciech WIATR, M.Sc. (1970), Ph.D. (1980); Microwave measurement and
instrumentation; Assistant Professor; Microwave Circuits and Instrumentation
Division; IEEE Member (1997 - );
[Pro. 3], [Pro. 32], [Pro. 34], [Pro. 48], [Pro. 49];
Room: 251
Phone: 22 234 78 77
e-mail:
wiatr@
ise.pw.edu.pl
- 32 -
Piotr Zbigniew WIECZOREK, M.Sc. (2006), Ph.D. (2011); Electronics, Analogue
Circuits, Fast pulse circuits, Digital systems, Measurement and Control Systems,
Chemical sensors; Assistant Professor; Electronic Circuits and Systems Division;
[Edu. 7], [Pro. 4], [Pro. 32], [Pro. 55], [M.Sc. 16], [B.Sc. 35], [B.Sc. 39], [Pub. 31],
[Rep. 12], [Conf. 36];
Wojciech ZABOŁOTNY, M.Sc. (1989), Ph.D. (1999); Biocybernetics and electronics;
Assistant Professor; Electronic Circuits and Systems Division; Faculty Coordinator for
International Student Mobility (2008 - ); IEEE Member (2012 - 2013); IEEE Senior
Member (2013 - ); Member of CMS Experiment Team at CERN (2002 - );
[Edu. 24], [Edu. 52], [Edu. 53], [Edu. 82], [Edu. 83], [Pro. 4], [Pro. 49], [Pro. 50], [Pro.
52], [M.Sc. 11], [B.Sc. 23], [Pub. 23], [Pub. 26], [Pub. 74], [Pub. 78], [Pub. 85], [Pub.
91], [Pub. 122], [Pub. 154], [Pub. 155], [Pub. 156], [Pub. 165], [Pub. 186], [Rep. 1],
[Rep. 2], [Rep. 3], [Rep. 4], [Rep. 5], [Conf. 36], [Conf. 77], [Conf. 83], [Conf. 91],
[Conf. 121], [Award 11], [Award 14];
Wojciech ZAWORSKI, M.Sc. (1968); Electronics, Electronics Circuits, Biomedical
Engineering; Senior Lecturer; Electronic Circuits and Systems Division; Faculty Coordinator of Students Accommodation (1999 - );
[Pro. 4], [Pub. 91], [Pub. 154], [Pub. 186], [Award 16];
Room: 259
Phone: 22 234 73 36
e-mail:
pwieczor@
elka.pw.edu.pl
Room: 208
Phone: 22 234 77 17
e-mail:
wzab@
ise.pw.edu.pl
Room: 208
Phone: 22 234 51 09
e-mail:
zawor@
ise.pw.edu.pl
2.2. Junior academic staff
Marcin Kamil BĄCZYK, M.Sc.(2011); Radiolocation, Passive Coherent Localization,
Synthetic Aperture Radar, Signal Processing; half time research Assistant (since April
15, 2013); Research Group on Radar Signals Processing Systems; Circuit and Signal
Theory Division;
[Ph.D.Student 5], [Pro. 13], [Pub. 32], [Pub. 70], [Pub. 71], [Pub. 95], [Pub. 160],
[Pub. 173], [Pub. 174], [Pub. 176], [Pub. 178], [Conf. 6], [Conf. 85], [Conf. 98],
[Award 30], [Award 39];
Room: 449
Phone: 22 234 77 40
e-mail:
M.K.Baczyk@
stud.elka.pw.edu.pl
Samer BOU HABIB, (M.Sc. 2001); High-speed mixed design systems (Analog-to-digital
conversion), Direct sampling of microwave signals; half time Assistant; Microwave
Circuits and Instrumentation Division;
[Ph.D.Student 8], [Pro. 22], [Pro. 42], [Pro. 45], [Pub. 18], [Pub. 72], [Pub. 73], [Pub.
137], [Pub. 162], [Pub. 166], [Conf. 2], [Conf. 11], [Conf. 16], [Conf. 21], [Conf. 67],
[Conf. 74], [Conf. 80], [Conf. 87], [Conf. 94], [Conf. 100], [Conf. 106], [Conf. 111],
[Conf. 114];
Room: 225A
Phone: 22 234 78 76
e-mail:
S.BouHabib@
ise.pw.edu.pl
Adrian BYSZUK B.Sc. (2010), M.Sc. (2012); FPGA technologies, High speed digital
interfaces, Synchronisation techniques, Embedded systems; half time Assistant (since
December 2013), Microsystems and Measurement Systems Division;
[Ph.D.Student 10], [Pub. 74], [Pub. 122], [Pub. 144], [Pub. 155], [Pub. 192], [Conf. 36],
[Conf. 102], [Conf. 109];
Room: 230, 603
Phone: 22 234 51 12
e-mail:
A.Byszuk@
elka.pw.edu.pl
- 33 -
Janusz FRĄCZEK, M.Sc.(2012); Biocybernetics, Brain-Computer interfaces, Biological
signal processing, Electronic circuits and systems; half time Assistant (since October 1,
2012); Electronic Circuits and Systems Division; Founder member of the Neuroscience
Interdisciplinary Research Group (2012-), President of the Cybernetic Research
Student Group (2012 - );
[Ph.D.Student 17], [Edu. 3], [Pro. 4], [Pro. 9], [Conf. 6], [Conf. 35], [Conf. 36],
Room: 271
Phone: 22 234 77 17
e-mail:
JanuszStanislawFraczek@
gmail.com
Krzysztof GOŁOFIT, M.Sc. (2003); Computer Science, Cryptography, Embedded & Real
Time Operating Systems, Information Security; half time Assistant; Microwave Circuits
and Instrumentation Division;
[Pat. 6], [Pat. 7], [Pat. 8], [Pat. 9];
Room: 249
Phone: 22 234 76 34
e-mail:
K.Golofit@
ise.pw.edu.pl
Piotr KRYSIK, M.Sc. (2009); Radiolocation, Passive Coherent Location; Research
Assistant (since April 1, 2013); Circuits & Signal Theory Division;
Room: 449, 602C
Phone: 22 234 77 40
e-mail:
p.krysik@
elka.pw.edu.pl
[Ph.D.Student 34], [Pro. 16], [Pro. 29], [Pro. 36], [Pro. 54], [Pub. 22], [Pub. 71], [Pub.
92], [Pub. 93], [Pub. 104], [Pub. 160], [Pub. 174], [Pub. 175], [Conf. 6], [Conf. 10],
[Conf. 14], [Conf. 62], [Conf. 63], [Conf. 97];
Janusz KULPA, M.Sc. (2013); Research Assistant (since May 15, 2013); Waveform
design, Passive Radar, Noise Radar, Circuits & Signal Theory Division;
[Ph.D.Student 36], [Pro. 19], [M.Sc. 10], [Pub. 15], [Pub. 40], [Pub. 94], [Pub. 95],
110];
Room: 449, 602C
Phone: 22 234 77 40
e-mail:
J.Kulpa@
elka.pw.edu.pl
Łukasz MAŚLIKOWSKI, M.Sc.(2011); Digital signal processing, Passive Radar, Noise
Radar; half time Assistant (since May 15, 2013); Circuit and Signal Theory Division;
[Ph.D.Student 40], [Pro. 17], [Pro. 54], [Pub. 22], [Pub. 32], [Pub. 71], [Pub. 92], [Pub.
96], [Pub. 103], [Pub. 104], [Pub. 178], [Pub. 194], [Conf. 6], [Conf. 14], [Conf. 45],
[Conf. 49], [Conf. 51], [Conf. 93], [Award 24], [Award 34], [Award 35], [Award 38];
Room: 449
Phone: 22 234 77 40
e-mail:
l.maslikowski@
stud.elka.pw.edu.pl
Grzegorz NIERADKA, B.Sc. (2001), M.Sc. (2003); Assistant; Circuit and Signal Theory
Division; Fuzzy sets and fuzzy logic theory; Fuzzy sets in image processing;
Room: 454
Phone: 22 234 77 40
e-mail:
nieradka@
ise.pw.edu.pl
Bartosz PIKACZ, M.Sc. (2011); Digital signal processing, Programming of signal
processors; half time Assistant; Circuit and Signal Theory Division;
[Ph.D.Student 43], [Pro. 26], [Pro. 30], [Pro. 52], [Pub. 184], [Rep. 9];
Room: 323
Phone: 22 234 76 57
e-mail:
B.Pikacz@
ise.pw.edu.pl
Andrzej WOJEŃSKI, B.Sc. (2011), M.Sc. (2013); FPGA technologies, High speed
measurement systems, High speed digital interfaces, Embedded systems; half time
Assistant (since December 2013), Electronic Circuits and Systems Division
[Ph.D.Student 51], [M.Sc. 23], [Pub. 144], [Pub. 149], [Pub. 150], [Pub. 151], [Pub.
192], [Conf. 36];
Room: 230, 603
Phone: 22 234 51 12
e-mail:
A.Wojenski@
elka.pw.edu.pl
- 34 -
Paweł ZAWISTOWSKI, M.Sc. (2008); Artificial intelligence, Machine learning, Data
mining; half time Assistant (since November 1, 2013); Artificial Intelligence Division;
[Ph.D.Student 55];
Room: 227
Phone: 22 234 77 18
e-mail:
P.Zawistowski.2@
elka.pw.edu.pl
Ph.D. Students (January 01, 2013 – December 31, 2013):
1.
Marek
ADAMEK
Professor Jan Mulawka
2.
Aleksy
BARCZ
Stanisław Jankowski D.Sc.
[Pub. 69];
3.
Paweł
BARMUTA
Professor Adam Abramowicz
[Pro. 12], [Pro. 34], [Pro. 41], [Pro.
42], [Pro. 43], [Pub. 73], [Pub. 79],
[Pub. 137], [Award 25], [Award 26],
[Award 29];
4.
Łukasz
BARTNIK
Professor Jarosław Arabas
[Ph.D. 1];
5.
Marcin Kamil
BĄCZYK
Professor Krzysztof Kulpa
[Pro. 13], [Pub. 32], [Pub. 70], [Pub.
71], [Pub. 95], [Pub. 160], [Pub. 173],
[Pub. 174], [Pub. 176], [Pub. 178],
[Conf. 6], [Conf. 85], [Conf. 98],
6.
Michał Bohdan
BOHDANOWICZ
Professor Marek Nałęcz
7.
Krzysztof
BOROWIEC
Mateusz Malanowski, D.Sc.
[M.Sc. 1], [Pub. 98];
8.
Samer
BOU HABIB
Professor Janusz Dobrowolski
[Pro. 22], [Pro. 42], [Pro. 45], [Pub.
18], [Pub. 72], [Pub. 73], [Pub. 137],
[Pub. 162], [Pub. 166], [Conf. 2],
[Conf. 11], [Conf. 16], [Conf. 21],
[Conf. 67], [Conf. 74], [Conf. 80],
[Conf. 87], [Conf. 94], [Conf. 100],
[Conf. 106], [Conf. 111], [Conf. 114];
9.
Łukasz
BUTKOWSKI
Professor Jerzy Szabatin
[Pro. 41], [Pub. 73], [Pub. 133], [Pub.
136], [Pub. 137], [Pub. 163];
10.
Adrian
BYSZUK
Professor Krzysztof Poźniak
[Pub. 74], [Pub. 122], [Pub. 144],
[Pub. 155], [Pub. 192], [Conf. 36],
[Conf. 102], [Conf. 109];
11.
Tomasz
CEDRO
Professor Antoni Grzanka
[Conf. 36];
12.
Paweł
DRABIK
Professor Ryszard Romaniuk
- 35 -
13.
Andrzej
CICHOCKI
14.
Radosław
CIESZEWSKI
15.
Adam
DZIEDZIC
16.
Adrian
FIERGOLSKI
17.
Janusz Stanisław
FRĄCZEK
18.
Jacek Michał
GAMBRYCH
19.
Marek
GAWEŁ
20.
Antonina
GERAS
Professor Tomasz Starecki
[Pro. 4], [Pub. 28], [Pub. 29], [Pub.
197], [Pub. 199], [Conf. 19], [Conf.
19], [Conf. 19], [Conf. 32], [Conf.
36];
21.
Ryszard Stefan
GOMÓŁKA
[Edu. 77], [Pro. 4], [Pro. 14], [Pub.
168], [Conf. 20], [Conf. 54], [Conf.
55];
22.
Marcel Mieczysław
GOŁUŃSKI
23.
Rafał
GRACZYK
24.
Artur
GROMEK
[Pro. 28], [Pro. 31], [Pub. 20], [Pub.
35], [Pub. 40], [Pub. 160], [Pub. 169],
[Pub. 170], [Pub. 172], [Conf. 108];
25.
Damian
GROMEK
[Pro. 15], [Pub. 20], [Pub. 35], [Pub.
40], [Pub. 70], [Pub. 98], [Pub. 104],
[Pub. 170], [Pub. 172], [Conf. 6],
[Conf. 10];
26.
Dawid
GRZEGORCZYK
27.
Roman
IWASZKO
Professor Ryszard Jachowicz
[Pro. 25], [Pro. 50], [Pat. 16];
28.
Szymon
JABŁOŃSKI
[Pro. 41], [Pro. 42], [Pro. 45], [Pub.
191], [Pub. 195], [Conf. 36];
29.
Ewa Paulina
JANAS
[Pro. 41], [Pro. 43], [Pub. 73], [Pub.
138], [Pub. 198];
- 36 -
[Pub. 76], [Pub. 122], [Pub. 155],
[Conf. 36];
[Edu. 3], [Pro. 4], [Pro. 9], [Conf. 6],
[Conf. 35], [Conf. 36], [Award 15],
[Award 22];
30.
Łukasz Piotr
JASIŃSKI
31.
Grzegorz
JAŚKIEWICZ
[Pub. 36];
32.
Stefan
KOROLCZUK
[Pub. 166];
33.
Marcin Piotr
KOTZ
[Pro. 34];
34.
Piotr
KRYSIK
[Pro. 16], [Pro. 29], [Pro. 36], [Pro.
54], [Pub. 22], [Pub. 71], [Pub. 92],
[Pub. 93], [Pub. 104], [Pub. 160],
[Pub. 174], [Pub. 175], [Conf. 6],
[Conf. 10], [Conf. 14], [Conf. 62],
[Conf. 63], [Conf. 97];
35.
Sebastian
KRYŚ
36.
Janusz
KULPA
[Ph.D.Student 36], [Pro. 19], [M.Sc.
10], [Pub. 15], [Pub. 40], [Pub. 94],
[Pub. 95], [Pub. 134], [Pub. 160],
[Pub. 172], [Pub. 173], [Pub. 176],
[Pub. 180], [Pub. 181], [Conf. 6],
[Conf. 10], [Conf. 14], [Conf. 37],
[Conf. 41], [Conf. 42], [Conf. 93],
[Conf. 110];
37.
Maciej
KWIATKOWSKI
[Pro. 49];
38.
Maciej
LIPIŃSKI
[Pub. 63], [Pub. 97], [Pub. 190];
39.
Anna
MANEROWSKA
[Pub. 100];
40.
Łukasz
MAŚLIKOWSKI
[Pro. 17], [Pro. 54], [Pub. 22], [Pub.
32], [Pub. 71], [Pub. 92], [Pub. 96],
[Pub. 103], [Pub. 104], [Pub. 178],
[Pub. 194], [Conf. 6], [Conf. 14],
[Conf. 45], [Conf. 49], [Conf. 51],
[Conf. 93], [Award 24], [Award 34],
41.
Karol
PICZAK
42.
Jan
PIEKARSKI
- 37 -
[Pro. 22], [Pro. 42], [Pro. 43], [Pro.
45], [Pub. 73], [Pub. 137];
43.
Bartosz
PIKACZ
[Pro. 26], [Pro. 30], [Pro. 52], [Pub.
184], [Rep. 9];
44.
Igor
RUTKOWSKI
[Pro. 22], [Pro. 41], [Pro. 42], [Pro.
43], [Pro. 45], [Pub. 25], [Pub. 73],
[Pub. 132], [Pub. 133], [Pub. 136],
[Pub. 137], [Pub. 163], [Conf. 5],
[Conf. 43], [Conf. 60];
45.
Stanisław Maciej
RZEWUSKI
[Pub. 95], [Pub. 134], [Pub. 175],
[Conf. 14];
46.
Radosław
RYBANIEC
Professor Leszek Opalski
[Pro. 4], [Pro. 43], [Pro. 45], [Pub.
136];
47.
Dominik
SIKORA
[Pro. 22], [Pro. 42], [Pro. 45], [Pub.
73], [Pub. 80], [Pub. 137], [Pub. 163],
[Conf. 66], [Conf. 73], [Conf. 79],
[Conf. 89], [Conf. 100], [Conf. 107],
[Conf. 122];
48.
Mirosław
SOBOTKA
[Pro. 4], [Pub. 139], [Conf. 7], [Award
33];
49.
Emanuel
TATAJ
[Conf. 36]
50.
Jakub
WĘCŁAWSKI
51.
Andrzej
WOJEŃSKI
[M.Sc. 23], [Pub. 144], [Pub. 149],
[Pub. 150], [Pub. 151], [Pub. 192],
[Conf. 36];
52.
Karol Krzysztof
WOŹNIAK
[Pub. 30], [Pub. 152];
53.
Agnieszka Anna
ZAGOŹDZIŃSKA
[Pub. 61], [Pub. 157], [Conf. 36],
[Conf. 68], [Conf. 77], [Award 27],
[Award 28];
54.
Ievgen
ZAITSEV
Professor Anatolij Płatonow
[Pub. 118], [Pub. 185], [Conf. 13],
[Conf. 36], [Conf. 48];
55.
Paweł
ZAWISTOWSKI
- 38 -
56.
Łukasz
ZEMBALA
57.
Paweł
ZIELIŃSKI
58.
Paweł
ZUBRYCKI
59.
Mariusz
ZYCH
[Pro. 18], [Pub. 17], [Pub. 33], [Pub.
62], [Pat. 21];
60.
Mateusz
ŻUKOCIŃSKI
[Pro. 35], [Pro. 41], [Pub. 73], [Pub.
137], [Pub. 158], [Pub. 159], [Pub.
153], [Conf. 15], [Conf. 24], [Conf.
99];
2.3.
[Pub. 41], [Pub. 43], [Pub. 73], [Pub.
80], [Pub. 137], [Pub. 163], [Conf.
43], [Conf. 61];
Technical and administrative staff
Wiesław BYRSKI, Technician; Electronic Circuits and Systems Division;
Room: 264
Phone: 22 234 77 46
e-mail:
W.Byrski@
ise.pw.edu.pl
Elżbieta Grażyna FISTEK, M.Sc. (1978); Senior R&D Engineer; Microwave Circuits
and Instrumentation Division; Member of the Faculty Council Committee on
Elections (2008 - 2012);
[Pro. 3], [Pro. 22], [Pro. 38];
Room: 255
Phone: 22 234 76 63
e-mail:
gf@
ise.pw.edu.pl
Adam GORZELAŃCZYK, B.Sc. (2002), M.Sc. (2004), Digital Signal Processing, Radar
Technology, Senior R&D Engineer; Circuit and Signal Theory Division;
[Pro. 28], [Pro. 29], [Pro. 31], [Pub. 32], [Pub. 188];
Room: 447
Phone: 22 234 74 78
e-mail:
a.gorzelanczyk@
elka.pw.edu.pl
Artur GROMEK, M.Sc. (2006), Multimedia technology, Digital signal processing, Radar
technology; half time R&D Engineer; Circuit and Signal Theory Division;
[Ph.D.Student 24], [Pro. 28], [Pro. 31], [Pub. 20], [Pub. 35], [Pub. 40], [Pub. 160],
[Pub. 169], [Pub. 170], [Pub. 172], [Conf. 108];
Room: 453
Phone: 22 234 55 88
e-mail:
agromek@
ise.pw.edu.pl
Patrycja HOJCZYK, Secretary;
Room: 217
Phone: 22 825 37 09
22 234 77 44
e-mail:
p.hojczyk@
ise.pw.edu.pl;
- 39 -
Barbara JANCZAK-KRAWCZYŃSKA, M.Sc. (1972); General R&D Engineer;
Deputy-Director for Technical and Administrative Affairs (1992 - ); Member of the
Dean’s Financial Committee (2002 - ), Secretary of the Faculty Council Committee
on Elections (2008 - 2012);
Room: 220
Phone: 22 234 78 75
e-mail:
bkraw@
ise.pw.edu.pl
Wiesław JASIEWICZ, M.Sc. (1968), Senior R&D Engineer; Electronics
measurements, Optoelectronics, Fiberoptics; Microsystems and Measurement
Systems Division; Faculty Coordinator for Safety Laser Work (2002- );
Room: 245
Phone: 22 234 76 91
e-mail:
wjasiew@
ise.pw.edu.pl
Barbara KOZIELEWSKA, Didactic Secretary of the Institute; Member Elected of the
Faculty Council (2008-2012);
[Conf. 19]
Room: 221
Phone: 22 234 77 30
e-mail:
bkoz@
ise.pw.edu.pl
Halina KRYŃSKA, Accountant;
Room: 222
Phone: 22 234 73 34
e-mail:
H.Krynska@
ise.pw.edu.pl
Anna KUROWSKA, B.Sc (2004), M.Sc. (2009); Radar Technology; R&D Engineer;
Circuits and Signal Theory Division;
[Pub. 10], [Pub. 92], [Pub. 95], [Conf. 6], [Conf. 14];
Room: 447
Phone: 22 234 74 78
e-mail:
a.kurowska@
elka.pw.edu.pl
Sławomir LADA, M.Sc. (1979); Senior R&D Engineer; Microsystems and Measurement
Systems Division;
Room: 328
Phone: 22 234 58 81
e-mail:
Slada@
ise.pw.edu.pl
Katarzyna MAJEWSKA, Financial Specialist;
Room: 222
Phone: 22 234 73 34
e-mail:
K.Majewska@
ise.pw.edu.pl
Hanna POPŁAWSKA, B.Sc. (2002); Secretary;
Room: 217
Phone: 22 234 36 59
e-mail:
H.Poplawska@
ise.pw.edu.pl
Marzena PRZYBYLSKA- ŁOJEWSKA, Secretary;
Room: 217
Phone: 22 825 37 09
22 234 51 10
e-mail:
M.Lojewska@
elka.pw.edu.pl
- 40 -
Agnieszka SKALSKA, M.A. (2002); Accountant;
Room: 222
Phone: 22 234 51 10
e-mail:
A.Skalska@
ise.pw.edu.pl
Kazimierz SKRZYDELSKI, Eng. (1970); Technician; Circuit and Signal Theory
Division;
Room: 417
Phone: 22 234 54 89
e-mail:
gsk@
ise.pw.edu.pl
Danuta SOBCZAK-BARTOSIEWICZ, M.Ph. (2002), Secretary; Microsystems and
Room: 239
Phone: 22 234 78 48
e-mail:
D.Sobczak@
ise.pw.edu.pl
Elżbieta STYCZEK, Secretary; Circuit and Signal Theory Division; Member Elected of
the Faculty Council (2005 - 2008); Member of the Faculty Council Committee on
Elections (2008 - 2012);
[Pub. 10];
Room: 456
Phone: 22 234 78 67
e-mail:
ela@
ise.pw.edu.pl;
Bogusław SUTKOWSKI, Technician; Microsystems and Measurement Systems
Division;
Room: 329
Phone: 22 234 77 29
e-mail:
B.Sutkowski@
ise.pw.edu.pl
Krzysztof SZEWCZYK, Technician;
Room: 220
Phone: 22 234 72 56
e-mail:
K.Szewczyk@
ise.pw.edu.pl
Honorata ŚRODEK – KUROWSKA, M.A. (2008); Accountant;
[Conf. 88];
Room: 222
Phone: 22 234 73 34
e-mail:
H.Kurowska@
ise.pw.edu.pl
- 41 -
3.
3.1.
TEACHING ACTIVITIES
Basic courses
Antoni Leśniewski Ph.D.
[Edu.1] Basics of Programming (in Polish –
Podstawy programowania – PRM); lect.
2h/week; lab. 2h/week;
Rafał Biedrzycki Ph.D.
[Edu.11] Fundamentals of Electronic Equipment
Design; (in Polish - Elementy konstrukcji
sprzętu elektronicznego); lab. 2h/week; Faculty
of Applied Physics and Mathematics;
Professor Tomasz Adamski
[Edu.2] Circuits Theory (in Polish - Teoria
obwodów - TOB); lect. 2h/week, lab. 1h/week;
tutorial 1h/week; electronics;
Edward Śliwa Ph.D.
[Edu.12] Fundamentals of Sensors, (in Polish Podstawy czujników pomiarowych - PCzP);
lect. 2h/week, lab. 2h/week; electronics,
measurement systems and control;
Professor Ryszard Jachowicz
[Edu.3] Digital Processing of Biological Signals
(in Polish - Cyfrowe Przetwarzanie Sygnałów
Biologicznych); lect. 2h/week; lab.1h/week;
proj. 1h/week
Janusz Frączek M.Sc.
[Edu.13] Fundamentals
of
Microprocessor
Techniques (in Polish - Podstawy techniki
mikroprocesorowej - TMIK); lect. 2h/week;
lab. 2h/week;
[Edu.4] Digital Signal Processing (in Polish Cyfrowe przetwarzanie sygnałów - CYPS); lect.
2h/week; electronics, telecommunications;
Zbigniew Gajo Ph.D.
[Edu.14] High Frequency Techniques (in Polish Podstawy techniki wielkich częstotliwości TWCz); lect. 2h/week, lab. 2h/week;
electronics, telecommunications;
[Edu.5] Digital Signal Processing Laboratory (in
Polish
Laboratorium
Cyfrowego
Przetwarzania Sygnałów – LCPS); lab.
2h/week; electronics, telecommunications;
[Edu.15] Introduction to Numerical Methods (in
Polish – Wstęp do metod numerycznych –
WMUN); lect. 2h/week, lab.1h/week
Katarzyna Opalska Ph.D.
[Edu.6] Electromagnetic Fields and Waves (in
Polish - Pola i fale - POFA); lect. 2h/week, lab.
1h/week; electronics;
[Edu.16] Measurement Systems (in Polish Systemy pomiarowe - SPOM); lab. 2h/week;
measurement systems and control;
Professor Konrad Hejn
[Edu.7] Electronics Devices and Circuits (in
Polish – Elementy i układy elektroniczne ELIU); lect. 3h/week, proj. 1h/week, lab.
2h/week
Krzysztof Czuba Ph.D.
Piotr Wieczorek Ph.D.
[Edu.17] Metrology Fundamentals (in Polish Podstawy pomiarów - PPOM); lect. 2h/week,
lab. 2h/week; electronics;
Antoni Leśniewski Ph.D.,
Jacek Dusza Ph.D.
[Edu.8] Electronic Circuits and Systems (in
Polish – Układy i systemy elektroniczne USE); lect. 3h/week, proj. 1h/week; electronics;
Aleksander Burd Ph.D.
Krzysztof Antoszkiewicz Ph.D.
[Edu.18] Object Oriented Programming (in Polish
– Programowanie obiektowe - PROE); lect.
2h/week, lab. 2h/week;
Rafał Biedrzycki Ph.D.
[Edu.9] Electronic Circuits and Systems
Laboratory (in Polish – Laboratorium
Układów i Systemów Elektronicznych – LUSE;
lab. 3h/week; electronics;
Maciej Radtke M.Sc.
[Edu.19] Signals and Information Theory (in
Polish – Teoria sygnałów i informacji – TSI);
lect. 2h/week, lab. 1h/week;
Professor Anatolij Płatonow
[Edu.10] Electronics Fundamentals (in Polish –
Podstawy elektroniki – POEL); lect. 2h/week,
lab. 1 h/week, tutorial 1 h/week
;
[Edu.20] Signals and Systems (in Polish - Sygnały
i systemy - SYMSE); lect. 2h/week, lab.
- 42 -
teoretyczne kryptografii – PTKB);
2h/week; proj. 1h/week;
1h/week, tutorial 1h/week; electronics;
Mateusz Malanowski D.Sc.
[Edu.21] Theoretical
Cryptography (in
3.2.
Fundamentals
of
Polish - Podstawy
lect.
Advanced courses
[Edu.22] Advanced C++ Programming (in Polish –
Zaawansowane programowanie w C++ - ZPR);
lect. 2h/week, proj. 1h/week)
Robert Nowak Ph.D
[Edu.31] Hardware Description and Simulation
Methods (in Polish – Metody opisu i symulacji
sprzętu – MOSS); lect. 2h/week, proj. 1h/week;
Professor Jan Ogrodzki
[Edu.23] Algorithms and Data Structures E (in
Polish – Algorytmy i struktury danych –
AISDE); electronics; lect. 2h/week, lab.
1h/week;
[Edu.32] Knowledge Discovery Methods (in Polish
– Metody odkrywania wiedzy – MOW); lect.
2h/week,
proj.
1h/week;
electronics,
telecommunication;
Paweł Cichosz Ph.D.
[Edu.24] Analog – digital Systems (in Polish –
Systemy analogowo-cyfrowe – SACY); lect. 2
h/week, proj. 1 h/week, lab. 1 h/week;
Wojciech Zabołotny Ph.D.
Mariusz Suchenek Ph.D.
Grzegorz Kasprowicz Ph.D.
[Edu.33] Machine Learning (in Polish – Uczenie
się maszyn – UM); lect. 2h/week, proj.
1h/week; computer science;
Paweł Cichosz Ph.D.
[Edu.34] Measurement Systems Programming (in
Polish
–
Oprogramowanie
systemów
pomiarowych - OSP); lect. 2h/week, proj.
2h/week;
Antoni Leśniewski Ph.D.
[Edu.25] Analysing and Modelling Physiological
Processes (in Polish – Analiza i modelowanie
procesów fizjologicznych – AMP); lect.
[Edu.35] Metody edukacyjne i uczenie się maszyn
– MEUM; lect. 2h/week; proj.1h/week;
[Edu.26] Bioinformatic Methods (in Polish –
Metody bioinformatyki - MBI); lect. 2h/week,
project 1h/week;
Robert Nowak Ph.D.
[Edu.36] Modelling in Medicine Fundamentals (in
Polish – Podstawy modelowania w medycynie
– PMOM); lect. 2/week;
[Edu.27] Computer Forensics (in Polish –
Informatyka śledcza – ISL); lect. 2 h/week, lab.
1 h/week;
Magdalena Szeżyńska Ph.D.
[Edu.37] Neural
Networks
and
Neural
Computers (in Polish - Sieci neuronowe i
neurokomputery - SNN); lect. 2h/week; proj.
1h/week;
Stanisław Jankowski D.Sc., Ph.D.
[Edu.28] Computer Systems (in Polish – Systemy
komputerowe – SYKO); lect. 2h/week; proj.
1h/week;
[Edu.38] Operating Systems (in Polish - Systemy
operacyjne - SOE); lect. 2h/week, lab. 2h/week;
computer engineering;
[Edu.29] Digital Signal Processors: Architecture
and Programming (in Polish - Procesory
sygnałowe - architektura i programowanie PSAP); lect. 2h/week, lab. 1h/week, proj. 1
h/week; electronics, telecommunications;
[Edu.39] Optimization Methods in Applications
(in Polish – Metody optymalizacji w
zastosowaniach – MOZA); lect. 2 h/week, proj.
1 h/week;
[Edu.30] Elements of Analogue Technique in
Digital Systems (Elementy techniki analogowej
w systemach cyfrowych – EASY); lect.
2h/week, proj. 1h/week;
[Edu.40] Parallel Implementations of Numerical
Methods
(in
Polish
–
Równoległe
implementacje metod numerycznych – RIM);
- 43 -
lect. 2 h/week, proj. 1 h/week, lab. 1 h/week;
Marek Rupniewski Ph.D.
[Edu.41] Radar Signal Processing (in Polish –
Sygnały radiolokacyjne i metody ich
przetwarzania – SRMP); lect. 2h/week, lab. 1
h/week;
Mateusz Malanowski D.Sc.
[Edu.45] Time and Frequency Domain Signal
Analysis and Synthesis (in Polish - Czasowo
częstotliwościowe metody analizy i syntezy
sygnałów – CCM); lect. 2h/week; proj.
2h/week;
Rafał Rytel-Andrianik Ph.D.
[Edu.42] Sensor Networks (in Polish – Sieci
czujnikowe – SCZ); lect. 2h/week, lab.
1h/week,
proj.
1h/week;
electronics,
telecommunication;
Professor Jerzy Weremczuk
[Edu.46] Techniques for Signal Processing (in
Polish – Techniki realizacji cyfrowego
przetwarzania sygnałów – TRA); lect. 2
h/week, proj. 1 h/week;
[Edu.43] Signal Integrity (in Polish – Integralność
sygnałowa – ISYN); lect. 2h/week, lab.
1h/week;
[Edu.47] The Pulse Techniques (in Polish –
Technika impulsowa – TIMP); lect. 2h/week;
proj. 1h/week;
[Edu.44] Statistical Inference (in Polish – Modele i
wnioskowanie statystyczne – MWS); lect.
3.3.
Special courses
[Edu.48] Artificial Intelligence Fundamentals; lect.
2h/week; proj. 1h/week; for Faculty of
Mathematics and Information Science Warsaw
University of Technology;
and Information Science Warsaw University of
Technology;
[Edu.54] Electrotechnics
(in
Polish
–
Elektrotechnika – ELKT); lect. 2h/week,
tutorial 1h/week; for Faculty of Mechatronics
Warsaw University of Technology;
[Edu.49] Assemblers (in English), lect. 2h/week, lab.
1h/week; for Faculty of Mathematics and
Information Science Warsaw University of
Technology;
[Edu.55] Electrotechnics Laboratory (in Polish –
Laboratorium elektrotechniki – LAEL); lab.
1h/week; for Faculty of Mechatronics Warsaw
[Edu.50] Computer Forensic (in Polish Informatyka śledcza); lect. 2h/week, lab.
1h/week; for Faculty of Mathematics and
Technology;
Magdalena Szeżyńska Ph.D.
[Edu.56] Fiberoptics Fundamentals (in Polish –
Podstawy techniki światłowodowej – PTSW);
lect. 2h/week; lab. 1h/week
;
Kazimierz Jędrzejewski D.Sc., Ph.D.
Lech Lewandowski Ph.D.
Tomasz Osuch Ph.D. (project)
[Edu.51] Computing (in Polish – Informatyka –
INFO); lab. 2h/week; for Faculty of Materials
Science and Engineering Warsaw University of
Technology;
Daniel Paczesny Ph.D.
[Edu.57] Heuristics
Algorithms
(Algorytmy
heurystyczne – ALHE); lect. 2h/week, proj.
1h/week; for Informatics;
[Edu.52] Electronics Principles (in English - EP);
lect. 1h/week, tutorial 1h/week; for Faculty of
[Edu.58] Introduction
to
Evolutionary
Computation (in Polish – Wstęp do
algorytmów ewolucyjnych – WAE); lect.
2h/week, proj. 1h/week; for Faculty of
[Edu.53] Electronics Principles (in Polish –
Podstawy elektroniki - PE); lect. 1h/week,
tutorial 1h/week; for Faculty of Mathematics
- 44 -
[Edu.62] Operating Systems (in Polish – Systemy
operacyjne – SOP); lect. 2h/week; lab. 1h/week;
Faculty of Mathematics and Information
Science Warsaw University of Technology;
[Edu.59] Introduction to Digital Systems (in
English), lect. 2h/week, tutorials 1h/week, lab.
1h/week; Faculty of Mathematics and
Technology;
[Edu.63] Operating Systems (in English); lect.
2h/week; lab. 1h/week; Faculty of Mathematics
and Information Science Warsaw University of
Technology;
[Edu.60] Introduction to Project Management (in
Polish – Wprowadzenie do zarządzania
projektami – WZAP); lect. 1 h/week, proj. 1
h/week; Social Science Lectures;
[Edu.64] Optoelectronics; lect. 2 h/week; Faculty
of Production Engineering Warsaw University
of Technology;
Lech Lewandowski Ph.D.
[Edu.61] Metrology (in Polish – Metrologia – ME);
lect. 2h/week, lab. 2h/week; for Faculty of
Mechatronics
Warsaw
University
of
Technology;
Jacek Dusza Ph.D.
Studies in Electrical and Computer Engineering in English
[Edu.65] Adaptive Signals Processing (EASP);
lect. 2h/week, lab. 1h/week, proj. 1h/week;
Konrad Jędrzejewski Ph.D.
[Edu.66] Circuits
(ECIRC);
lect.
repetition 2h/week;
[Edu.70] Electrical and Computer Engineering
Laboratory (EECEL); lect. 2 h/week; lab.
2h/week;
Grzegorz Tarapata Ph.D.
2h/week;
[Edu.71] Electronics 2 (EELE2); lect. 2h/week; lab.
2h/week;
Katarzyna Opalska Ph.D.
[Edu.67] Circuits and Signals (ECIRS); lect.
2h/week; tutorial 1h/week; lab. 1h/week
[Edu.72] Microprocessor Systems (EMISY); lect.
2h/week, lab. 1h/week, proj. 1h/week;
[Edu.68] Cryptography and Data Security
(ECDS); lect. 3h/week, proj. 1h/week;
[Edu.73] Programming 1 (EPRO1), lect. 2h/week,
tutorial 1 h/week, lab. 1h/week;
[Edu.69] Digital Signal Processing (EDISP); lect.
2h/week; lab. 2h/week;
Jacek Misiurewicz D.Sc., Ph.D.
[Edu.74] Signal
Processing
in
Telecommunications and Radar (ESPTR);
lect. 2 h/week, proj. 2 h/week
Invited Lectures
[Edu.75] Synthetic Aperture Radar (ESAR); lect.
30hours; project 15hours;
Professor Paulo Marques
3.4.
[Edu.76] Radar Theory and Technology (ERAD);
lecture 15 hours; project 15 hours;
Professor Felix Yanovsky
International co-operation
[Edu.77] Research stay under Doctoral Student
Programme in A*STAR, Singapore Bioimaging
Consortium, Singapur, April 15, 2013-April 15,
2014.
Participant:
Ryszard
Gomółka
Ph.D.Student
[Edu.78] Didactic
stay
under
ERASMUS
Programme, preparing M.Sc. dissertation and
B.Sc. dissertation
tutor: Zbigniew M.Wawrzyniak Ph.D.
Daniel Moneo Gregorio, Universidad Pública
de Navarra, Ingeniería de Telecomunicación,
- 45 -
Navarra, Spain; Mobile Devices in Applications
for Healthcare: Systems and Technology
Maria del Mar Rodriguez Azor, Universidad
de Cádiz, Escuela Superior de Ingeniería de
Cádiz, Cadiz, Spain; Gait Analysis with
OpenSim Simulator
Synchrotron, Hamburg, TESLA experiment;
M.Sc. and Ph.D. Students Research Projects on
Electronics for High Energy and Elementary
Particle Physics, Research Projects on
Measurement and Control System for European
X-Ray Free Electron Laser (FEL). The
cooperation bases on the International
Agreement between Warsaw University of
Technology
and
DESY;
cooperation
coordinator: Krzysztof Czuba Ph.D.
[Edu.79] Didactic
stay
under
ERASMUS
Programme, preparing M.Sc. dissertation and
B.Sc. dissertation
tutor: Jacek Dusza Ph.D.
David del Prado Martinez, Universidad de
Valladolid, Spain - Simplificación de los datos
que describen la marcha. Análisis de errores
Iñigo Abaurrea Roldán, Universidad Pública
de Navarra, Spain – Funciones de asimetría en
la marcha humana
Melisa Cervera Espinosa, Universitat de
Valencia, Spain, – Modelo y simplificación de la
marcha humana ideal en mujeres
Asier Sancho Hidalgo, Universitat de
Valencia, Spain, Modelos simetricos de la
marcha humana
Maria Mata Charle, Universidad de
Granada, Spain, Aplicación de Analisis de
Componentes Principales Modificados en las
investigaciones de la marcha
German Cerda Montagud, Universitat de
Valencia, Spain, Modelo de la marcha humana
ideal para hombres
[Edu.82] Research cooperation with CERN,
European Institute of Nuclear Research,
Geneva; Compact Muon Solenoid (CMS)
experiment; M.Sc. and Ph.D. Students Research
Projects on Electronics for High Energy and
Elementary Particle Physics, Research Projects
on
Distributed
Measurement
Systems;
participants: Professor Krzysztof T. Poźniak
- cooperation coordinator, Professor Ryszard S.
Romaniuk, Wojciech Zabołotny Ph.D.
[Edu.83] Research and educational co-operation
with the “Pi-of-the-sky Corporation and
Programme”, European Southern Observatory,
La Silla, Chile and Sołtan Institute of Nuclear
Studies; Princeton University – consultations,
Astronomical Observatory, Warsaw University,
Participants: Professor Ryszard S. Romaniuk,
Professor Krzysztof T. Poźniak, Wojciech
Zabołotny Ph.D., Ph.D. Students.
[Edu.80] Didactic stay students from Spain and Italy
under ERASMUS Programme, preparing M.Sc.
dissertation
tutor: Stanisław Jankowski D.Sc., Ph.D.
[Edu.84] Research and educational co-operation with
Bauman Moscow State Technical University.
Cooperation coordinator: Professor Anatolij
Płatonow.
[Edu.81] Research
and
educational/teaching
cooperation with DESY–Deutsches Elektronen
- 46 -
4.
4.1.
RESEARCH PROJECTS
Projects granted by the University
Projects granted by the Rector for Students' Research Group
[Pro.2] Mariusz Suchenek Ph.D. – Head of the
grant for “FOKA” Students' Research Group: in
Polish - Stanowisko dozowania wybranych
mieszanek
gazowych
do
detektora
fotoakustycznego.
[Pro.1] Antoni Grzanka Professor - Head of the
project for Cybernetic Students' Research
Group: in Polish - Rozwój systemów BCI w
konstrukcji urządzeń wspomagających i
aktywizujących osoby niepełnosprawne.
Projects granted from statutory funds
April 1, 2013 – December 31, 2013
[Pro.3] Adam Abramowicz Professor – Task
coordinator: Microwave Circuits and Systems,
Modeling, Design and Measurements, (in Polish
– Rozwój metod modelowania, projektowania i
pomiarów układów i systemów mikrofalowych).
Participants:
Professor
Adam
Abramowicz, Krzysztof Antoszkiewicz Ph.D.,
Krzysztof
Czuba
Ph.D.,
Arkadiusz
Lewandowski Ph.D., Wojciech Wiatr Ph.D.,
Grażyna Fistek M.Sc.
zagadnień sztucznej intaligencji).
Participants: Professor Jarosław Arabas,
Rafał Biedrzycki Ph.D., Paweł Cichosz Ph.D.,
Stanisław Jankowski D.Sc., Ph.D., Robert
Nowak Ph.D., Piotr Wąsiewicz Ph.D.
[Pro.6] Marek Nałęcz Professor – Task
coordinator: Investigations in Adaptive and
Statistical Digital Signal Processing and Fuzzy
Logic Methods and their Applications in Radar,
Telecommunication and Measurement Systems,
(in Polish – Badania w zakresie metod
cyfrowego przetwarzania sygnałów oraz logiki
rozmytej i ich zastosowań w systemach
radiolokacyjnych,
tele-komunikacyjnych
i
pomiarowych).
[Pro.4] Leszek Opalski Professor – Task
coordinator: Development of Circuits, Systems
and Microsystems – Methods, Algorithms and
Designs, (in Polish – Projektowanie układow,
systemów i mikrosystemów – metody,
algorytmy, konstrukcje).
Participants: Professor Antoni Grzanka,
Professor Jan Ogrodzki, Professor Tomasz
Starecki, Katarzyna Opalska Ph.D., Mariusz
Suchenek Ph.D., Piotr Z. Wieczorek Ph.D.,
Wojciech Zabołotny Ph.D., Janusz Frączek
M.Sc., Wojciech Zaworski M.Sc. and
Ph.D.Students Antonina Geras, Ryszard
Gomółka, Radosław Rybaniec, Mirosław
Sobotka.
[Pro.7] Ryszard Jachowicz Professor – Task
coordinator:
in
Polish
–
Rozwój
specjalizowanych systemów pomiarowych do
pomiaru różnych wielkości fizycznych i
chemicznych – skupionych i rozproszonych, dla
przemysłu, medycyny i rolnictwa.
[Pro.8] Edward Śliwa Ph.D. – Head of the
project: Upgrade of Local Area Network in the
Institute of Electronic Systems, (in Polish –
Modernizacja infrastruktury informatycznej
Instytutu Systemów Elektronicznych).
[Pro.5] Jan Mulawka Professor – Task
coordinator:
Development
of
Artificial
Intelligence Issues (in Polish – Rozwój
Projects granted by the Dean - grants for young researchers
August 1, 2013 – December 31, 2013
[Pro.9] Janusz Frączek M.Sc. – Head of the
project Neural Imaging of Emotions as a
Component
of
Human-computer
Communication and Medical Diagnosis, (in
Polish - Neuronalne obrazowanie emocji jako
komponent
komunikacji
człowieka
z
- 47 -
komputerem i diagnozy medycznej). As it is
known, emotional arousal is associated with
changes in several components of the body such
as the physiological component, motor, and
behavioral. Thus, it is possible to consider these
emotional changes as signals which can be used
to automatically detect specific emotions
induced after its previous registration by special
sensors. The first goal of this work was to verify
modern methods of data acquisition and signal
processing for imaging biological emotional
processes and their impact on human decisionmaking process. The second goal was (and still
continues) the development of new methods for
signal acquisition and objective classification of
emotions based on the multiparameter
observation. Designed and manufactured a
complete position to conduct stationary and
mobile research on an objective classification of
emotions - using the analysis of multiple
physiological
parameters
simultaneously.
Currently, work on improving the quality of the
received signals, miniaturization and integration
of modules into a single portable device and to
increase the number of processing methods of
signals. Such optimization will be possible after
the tests on a larger number of patients.
czujnikowych; (Non-standard Bragg Grating
Structures with Variable Period for
Telecommunications
and
Sensing
Applications).
The aim of this project is to develop
technology of fabrication complex Bragg
grating structures with unique spectral and
dispersion characteristics for specific
applications. In particular, the project
includes the development of chirped phase
mask method for fabrication of tilted chirped,
narrowband reflective gratings for PON
network monitoring and broadband structures
with shaped group delay characteristic for
microwave photonics purposed.
[Pro.11] Mariusz Suchenek Ph.D. – Head of the
project Photoacoustic detector for measurement
of methane concentration, (in Polish Fotoakustyczny detektor do badania stężenia
metanu). Achieving a higher sensitivity in
photoacoustic detection requires reducing
impact of the external noise, what can be
accomplished by the appropriate modification of
the photoacoustic cell structure or by the
differential detection with at least two
microphones and subtraction from the
photoacoustic signal external noise. The paper
presents differential photoacoustic cell with
digital differential detection and software signal
calibration. The sensitivity of the system was
tested by measuring methane concentration.
[Pro.10] Tomasz Osuch Ph.D. – Head of the
project in Polish - Niestandardowe struktury
siatek Bragga o zmiennym okresie do
zastosowań
telekomunikacyjnych
i
Scholarships for the outstanding young researchers – Ph.D. Sudents
June 30, 2013 – December 31, 2013
[Pro.12] Paweł BARMUTA
[Pro.16] Piotr KRYSIK
[Pro.13] Marcin Kamil BĄCZYK
[Pro.17] Łukasz MAŚLIKOWSKI
[Pro.14] Ryszard Stefan GOMÓŁKA
[Pro.18] Mariusz ZYCH
[Pro.15] Damian GROMEK
4.2.
Projects granted by Ministry of Science and Higher Education
Research grants
zaprojektowanych sygnałów sondujących); May
25, 2012 – August 24, 2015; The aim of the
project is development of method for synthesis
of pseudo-random signals which will be used in
remote sensing for target echo parameter
estimation. The considered applications include
RADAR, SONAR, LIDAR in CW mode. As a
result of the work: - Algorithms for joint
synthesis of pseudo-random signal set and
algorithms for detection and estimation of target
[Pro.19] Janusz Kulpa M.Sc. - Head of the
Diamond Grant for the Young Researchers,
Method for Synthesis of Pseudo-random Signals
with Improved Orthogonality and their use in
Estimation of Object Echo Parameters in
Remote Sensing Application, (in Polish Opracowanie metody syntezy pseudolosowych
sygnałów o zwiększonej ortogonalności i metod
estymacji parametrów ech obiektów w
zagadnieniu teledetekcji z wykorzystaniem
- 48 -
echoes will be developed - Selected results will
be published at conferences and in journals -
research towards Ph.D. Thesis will be advanced.
Scholarships for the outstanding young researchers
[Pro.20] Mateusz Malanowski D.Sc., Ph.D. –
Ministry of Science and Higher Education
Scholarship for Outstanding Young Researchers,
November 01, 2011 – October 31, 2013.
[Pro.21] Piotr Samczyński D.Sc. Ph.D. – Ministry of
Science and Higher Education Scholarship for
Outstanding Young Researchers, November 01,
2011 – October 31, 2013.
Co-foundated projects for international grants
results. The second field includes development
of LLRF control system technology for the
FLASH accelerator.
Participants: Professor Ryszard Romaniuk,
Professor Adam Abramowicz, Krzysztof
Antoszkiewicz Ph.D., Grażyna Fistek M.Sc.,
Michał Ramotowski M.Sc., Ph.D.Students: Jan
Piekarski, Samer Bou Habib, Dominik Sikora,
Igor Rutkowski.
[Pro.22] Krzysztof Czuba Ph.D. – Head of the
Project European Coordination for Accelerator
Research and Development EuCard, (in Polish Europejski program koordynacji rozwoju badań
akceleratorowych EuCard), January 1, 2010 –
March 31, 2013;
The main objective of the EuCARD project
is creation of distributed European laboratory
ready for challenging future development in the
area of particle physics. Capabilities of almost
40 scientific laboratories from all over the
Europe are used together. Laboratories are
collaborating closely to work out new
technology for particle physics. Amongst most
important activities of the EuCARD project is
coordination of distributed laboratories and
common
development
of
accelerator
subcomponents that could be developed
nowadays only by collaborative efforts of
experts from various countries. The ISE/WUT
part of the project covers two fields. One is the
communication between laboratories, outreach
and dissemination of the EuCARD project
4.3.
[Pro.23] Ryszard Romaniuk Professor – Head of the
project European Coordination of Accelerator
R&D in Europe – SPUB, (in Polish - Europejska
Koordynacja Badań Akceleratorowych w
Europie – SPUB); January 1, 2010 – March 31,
2013.
[Pro.24] Ryszard Romaniuk Professor - Head of the
project Eucard 2 - Enhanced European
Coordination
for
Accelerator
Research&Development
(in
Polish
Zaawansowany
Europejski
program
Koordynacji Badań i Rozwoju Akceleratorów);
January 31, 2013 – February 1, 2017.
Projects granted by National Center for Research and Development (NCBiR)
Development projects (in Polish - projekty rozwojowe)
[Pro.25] Ryszard Jachowicz Professor – Head of the
development project (in Polish – projekt
rozwojowy) No 01-0003-10/2010; Ink-jet
Printing
Technology
Development
for
Microsensors and Microsystems – Design
Methods and Technical Processes, (in Polish Rozwój nowej technologii Ink-jet printing dla
potrzeb mikroczujników i mikrosystemów –
opracowanie metod projektowania i procesów
technologicznych); December 23, 2010 –
December 31, 2013.
The project is focused on development
printing processes of different type of polymers
(i.e. conducting, resistive, dielectric and
semiconducting) on different types of
substrates. In particular the influence of physical
parameters of liquid polymers on printing
accuracy, line definition as well as parameters
of polymers drying and polymers curing will be
determinate during the project realization. In
mean time some programming tools for support
of microsystems and microsensors design for
ink jet technology will be worked out.
Participants: Jerzy Weremczuk Professor,
Daniel Paczesny Ph.D., Grzegorz Tarapata
Ph.D., Roman Iwaszko M.Sc.
[Pro.26] Mateusz Malanowski D.Sc., Ph.D. – Head
of the project Development of Technology
Demonstrator of Tracking Radar for Antiaircraft Gun, RSS, (in Polish - Opracowanie
demonstratora technologii radaru śledzącego do
49
kierowania
artylerią
przeciwlotniczą),
December 09, 2010 – June 8, 2013.
The ability to manufacture a tracking radar
would allow to use it in numerous anti-aircraft
systems, extending the possibilities of Polish
radar industry. Currently, the only alternative
product available on the market is offered by
SAAB company. Own production of the
tracking radar would allow to offer a
competitive product at a low price, which could
be used for example in the LOARA anti-aircraft
gun. Participants: Rafał Rytel-Andrianik Ph.D.,
Marek Rupniewski Ph.D., Bartosz Pikacz M.Sc.
[Pro.29] Jacek Misiurewicz D.Sc., Ph.D. – Head of
the
project:
in
Polish
Mobilna,
trójwspółrzędna
stacja
radiolokacyjna
dalekiego zasięgu pracująca w paśmie Skryptonim WARTA, O ROB 0029 02 ID 29/1,
September 22, 2012 – September 31, 2015.
Consortium
participants:
WAT,
Bumar
Elektronika. The aim of the project is the
development of a technology demonstrator of
mobile, 3-D tracking long range S-band radar
system. The demonstrator will consist of:
phased array antenna, transmitter unit with nonlinear signal modulation, digital beamforming
unit and decoy systems. Participants: Professor
Krzysztof Kulpa, Mateusz Malanowski D.Sc.,
Ph.D., Piotr Samczyński D.Sc., Ph.D., Adam
Gorzelańczyk M.Sc., Piotr Krysik M.Sc.
[Pro.27] Piotr Samczyński D.Sc., Ph.D. – Head of
the project: in Polish - Zastosowanie technik
mikrofalowych do obserwacji powierzchni
ziemi, (µSAR – The Use of Microwave
Techniques for Ground Surface Monitoring);
Program
Badań
Stosowanych
PBS
PBS1/A9/15/2012; December 1, 2012 –
February 28, 2015;
The aim of the of the project is to design a
Synthetic Aperture Radar (SAR) dedicated for
Unmanned Aerial Vehicles (UAVs) and light
manned aircraft. SAR radar is a microwave
sensor used to create the Earth imagery in all
weather conditions, independently of the time of
day. As a result of the project a high resolution
(50cm x 30cm) SAR radar demonstrator will be
developed, designed and tested. The developed
radar can be used in a wide range of missions
related to the Earth surveillance at short range
distances (5-6 km).
[Pro.30] Rafał Rytel - Andrianik Ph.D. – Head of
the project: in Polish - Opracowanie prototypu
radaru wielofunkcyjnego kierowania ogniem ze
skanowaniem fazowym wiązki w dwóch
płaszczyznach dla zestawu rakietowego OP
średniego zasięgu WISŁA, (Development of a
Medium-range Multifunction Prototype Radar
with 2D Phase Scanned Beam, for a Surface-toair Missile System, codenamed WISŁA),
DOBR/0041/R/ID1/2012/03, February 19, 2012
– December 18, 2020.
The aim of the project is to develop a
prototype radar with an active electronically
scanned array antenna which steers the beam in
two dimensions. Preferred is a radar operating
in X-band, but its implementation in the C band
is also allowed if the feasibility study proves the
necessity. Another aim will be a development of
a prototype active decoy which imitates radar
transmitter and which is a measure to counter
anti-radar missiles. The end result of the project
will be a modern multi-function radar meeting
the requirements of surface to air missile
defense systems. The radar will be used for the
detection, tracking and accurate measurement of
the coordinates of tracked targets. The benefit
for the WUT will be a gained know-how and
experience of constructing modern radar
systems and processing very large data streams
using a multi-processor computer systems.
Participants: Bumar Elektronika, Professor
Krzysztof Kulpa, Professor Marek Nałęcz,
Mateusz Malanowski D.Sc., Ph.D., Jacek
Misiurewicz D.Sc., Ph.D., Piotr Samczyński
D.Sc., Ph.D., Gustaw Mazurek Ph.D., Marek
Rupniewski Ph.D., Bartosz Pikacz M.Sc.
[Pro.28] Krzysztof Kulpa Professor, Head of the
project: in Polish – Opracowanie prototypu
radaru wielofunkcyjnego kierowania ogniem ze
skanowaniem fazowym wiązki w dwóch
płaszczyznach dla zestawu rakietowego OP
krótkiego zasięgu (ZROP-KZ) kryptonim
NAREW, (Development of a Prototype of Multifunction Fire Control Radar with Phased Array
Antenna for Air Defence Missile System
codenamed
NAREW);
DOBR
0040/R/ID1/2013/03, December 2012 –
December 2017. Consortium participants:
WAT, Bumar Elektronika. The aim of the
project is the development of a prototype of
multi-function fire control radar with phased
array antenna for Air Defence Missile System,
codenamed NAREW. Participants: Jacek
Misiurewicz D.Sc., Ph.D., Mateusz Malanowski
D.Sc., Ph.D., Piotr Samczyński D.Sc., Ph.D.,
Adam Gorzelańczyk M.Sc., Artur Gromek
M.Sc.
[Pro.31] Mateusz Malanowski D.Sc., Ph.D. – Head
of the project: in Polish - Opracowanie systemu
- 50 -
radiolokacji pasywnej na potrzeby zestawów
rakietowych Obrony Przeciwlotniczej ZROP,
PCL PET, (Development of Passive Radar
System for Air Defense Missile Systems),
DOBR/0043/R/ID1/2012/03, December 18,
2012 – December 17, 2016.
The aim of the project is to design,
manufacture and test electrical, mechanical and
functional parameters of a passive target
localization system built at 9 TRL
(technological readiness level). The system will
be able to detect, localize and track air targets
using emission from ground transmitters (PCL –
passive coherent location) and emission from air
targets (PET – passive emitter tracking).
Participants: Professor Krzysztof Kulpa,
Jacek Misiurewicz D.Sc. Ph.D., Piotr
Samczyński D.Sc. Ph.D., Artur Gromek M.Sc.,
Adam Gorzelańczyk M.Sc.
November 30, 2015. The project is aimed at
development of a technology for integration of
middle and long wavelength photodetectors
with wideband electronics in miniature
packages and creating a series of highperformance detection modules for a wide range
of applications in modern optoelectronic
systems. For building such modules, new
detector chips will be designed and realized, and
appropriate packages for them as well as IC
amplifiers selected. Designing the modules will
be based on electrical measurements of the
detector
chips,
amplifiers
and
their
interconnects, and aided with electromagnetic
and circuit simulations. Several types of
optimized detection modules will be realised
and characterised to demonstrate maturity of the
newly developed technology to the industrial
implementation and the advance in the
functionality and reliability performances of the
modules achieved in comparison to existing
counterparts. Participants: Professor Leszek
Opalski,
Professor
Adam
Abramowicz,
Professor Jerzy Weremczuk, Katarzyna Opalska
Ph.D., Wojciech Wiatr Ph.D., Piotr Wieczorek
Ph.D., Institute of Microelectronics and
Optoelectronics,
Lodz
University
of
Technology, VIGO System.
[Pro.32] Grzegorz Pankanin Professor – Head of
the project: in Polish - Integracja detektorów
podczerwieni chłodzonych termoelektrycznie lub
pracujących w temperaturze otoczenia z
szerokopasmowym układem odbiorczym, INTIR,
(Integration of Infrared Detectors Cooled
Thermoelectrically or Operating in Ambient
Temperature with Wideband Electronics –
INTIR); PBS2/B3/20/2013, October 1, 2013 -
4.4.
Projects granted by National Science Center (NCN)
[Pro.33] Kazimierz Jędrzejewski D.Sc., Ph.D. –
Head
of
the
OPUS
project
no
4707/B/T02/2011/40: Bragg Gratings in Fibre
Tapers, (in Polish - Światłowodowe siatki
Bragga na przewężeniach), July 14, 2011 –
January 13, 2014.
The Bragg grating made in fiber
taper represent special design of chirped Bragg
grating. Aims of the project include technology
development of the controlled thermal singlemode telecom fiber tapering, Bragg grating
writing in fiber tapers, precision tensile strain
system design for fiber tapers, design and
realization of measurement system for spectral
and dispersion characterization of realized
gratings under strain and temperature variations.
The result of the project is the spectral and
dispersion research of tapered Bragg gratings
under controlled strain and temperature
influence.
Participants from IES: Professor Jerzy
Helsztyński, Lech Lewandowski Ph.D., Tomasz
Osuch Ph.D., Wiesław Jasiewicz M. Sc.
[Pro.34] Arkadiusz Lewandowski Ph.D. – Head of
the project: in Polish - Uogólniona metodyka
kalibracji wektorowego analizatora obwodów
oparta
na
statystycznym
wieloczęstotliwościowym
ujęciu
problemu
kalibracyjnego, (Generalized Methodology for
Vector-network-analyzer Calibration based on a
Statistical Multi-frequency Description of the
Calibration Problem). SONATA Funding,
August 31, 2012 – August 30, 2017.
The subject of this project is an advanced
high-frequency measurement technique referred
to as the vector network analysis. This technique
uses the vector network analyzer (VNA) to
perform a quick, precise and automated
measurement of the scattering parameters in a
very broad frequency range. The new
methodology developed in this project puts
emphasis on exploitation of the information
contained in the electrical measurements of the
calibration standards obtained with the VNA,
that is, with the most accurate measurement
instrument available for an average user.
- 51 -
[Pro.35] Mateusz Żukociński M.Sc. – Head of the
project no 2011/01/N/ST7/ Theory of Wideband
Direct-coupled Resonator Filters, (in Polish –
Teoria
filtrów
szerokopasmowych
z
rezonatorami
sprzężonymi
bezpośrednio);
PRELUDIUM Founding; December 15, 2011 –
December 14, 2013.
The main objective of this project is to
develop a circuit theory of wideband bandpass
filters as resonators coupled through real
immitance (impedance or admittance) inverters.
This structure corresponds to a microwave filter
with electromagnetically coupled microwave
resonators. Description of the wideband filter
has not yet been proposed, and the existing
theory based on narrowband approximation
(ideal inverters) does not allow its use in
wideband systems, where filters are designed so
far only with optimization methods. Wideband
filters will be analyzed and described using
circuit theory methods and the results will find
practical application in the design of filters in
the frequency range from Hz to hundreds of
GHz. The project will allow to explore the
properties of wideband filters, find the functions
describing the transmittance (these are the
functions other than those already known), and
find the functions describing the coupling
coefficients between resonators and the external
quality factors of the ending resonators of the
filter. Finding a description of the wideband
filters will lead to the development of a new,
broader theory of filters and a new method of
design. To verify this new theory manufacturing
of prototype filters is expected. The result of the
project will extend the theory of filters, which
will contribute to the development of whole
circuit theory which is a part of the fundamental
science. These works will also be a contribution
to the development of other wideband
technology areas such as wideband matching.
New effective theory of wideband filters will
reduce costs and shorten design time and
improve the performance of developed filters, in
particular in high frequencies and microwaves.
This in turn will improve quality of life through
the development of wideband technologies and
increase their availability by reducing the costs
of facilities and operation. Currently, wideband
systems becoming more widely used in radar
technology, both in the air control radars, and
marine and terrestrial systems, in the threat
detection, geological probing and imaging
(georadars), as well as wireless communication
systems of very high information bandwidth.
There is also research and development effort to
use the wideband technology in medical
Consequently, it will not be necessary to fully
know the characteristics of the calibration
standards, as the missing information will be
obtained in the multi-frequency calibration based
on comprehensive modeling of the relationships
that exist between input data and results of the
VNA calibration procedure at different
frequencies. To this end, calibration standard
models employing the concept of physical error
mechanisms will be used. These models describe
the discrepancy (residual errors) between
calibration-standard “raw” VNA measurements
and predictions of those measurements not with
the use of a formal statistical description
formulated in the scattering-parameters domain,
as in the traditional methods, but instead use
random variables corresponding to the physical
parameters (e.g., geometrical and material
parameters) causing these discrepancies.
Estimates of these parameters will then be
determined along with the estimates of VNAmodel parameters (calibration coefficients) by
solving the calibration equations simultaneously
at all measurement frequencies. These new
models for calibration standards will be carefully
developed and verified with the use professional
electromagnetic-simulation software. Also, other
physical constraints and relationships, such as
causality, will be accounted for in the calibration
process. An important feature of the new
methodology is use of the statistical approach.
Unlike the classical methods which employ the
minimum necessary number of calibration
standards, the statistical approach allows to use
more calibration standards than the minimum
number necessary to solve the calibration
equations. This redundancy, exploited with
statistical estimation techniques, allows to reduce
the impact of random measurement errors, and
also estimate their variance and the confidence
intervals for the estimated parameters. As a
result, the calibration and correction procedure
are more robust. The new methodology will be
developed and verified based on extensive
experimental research performed in conditions
similar to those encountered in practice.
Manufacturer provided calibration standards as
well as custom on-wafer calibration structures
will be used. In order to compare methods based
on the new methodology with the traditional
methods, a full uncertainty analysis of both types
of methods will be carried out.
Participants: Wojciech Wiatr Ph.D.,
Professor Leszek Opalski, Rafał Biedrzycki
Ph.D., Paweł Barmuta Ph.D.Student, Marcin
Kotz
Ph.D.Student,
Andrzej
Rychter
Ph.D.Student.
- 52 -
[Pro.37] Tomasz Starecki Professor – Head of the
part of the project: in Polish - Współpraca,
badania i rozwój na rzecz teleskopu Einsteina,
(Networking and R&D for the Einstein
Telescope), 2013/01/ASPERA/ST9/00001, June
4, 2013 – June 3, 2016.
The objective of the project is the preparatory
work for the construction of ET or third
generation gravitational wave observatory. The
work packages of the project are divided into
five working groups. Polish consortium
participates in two of the groups (WG1 and
WG2). Warsaw University of Technology is
responsible for achieving WG2 group objectives,
which are to create a short list of the best places
to build ET. For this purpose seismic noise
equipment will be developed and seismic data in
areas under consideration for the construction of
the ET will be collected. In the future methods of
seismic noise measurements will be developed so
as to allow subtracting the noise from the signal
measured by ET.
Participants: Mariusz Suchenek Ph.D.,
University of Warsaw, University of Zielona
Góra, University of Bialystok, Institute of
Mathematics Polish Academy of Sciences
imaging and diagnostics.
Participants:
Mateusz
Żukociński
Ph.D.Student, Professor Adam Abramowicz.
[Pro.36] Piotr Krysik M.Sc. – Head of the project:
in Polish - Monitoring ruchu z wykorzystaniem
radiolokacji pasywnej bazującej na sygnałach z
bezprzewodowych sieci telekomunikacyjnych,
(Traffic Monitoring with use of Passive
Radiolocation based on the Signals Received
from Wireless Telecommunication Networks);
PRELUDIUM Founding; August 21, 2012 –
August 20, 2014;
The aim of the research is to develop new
methods of monitoring a wide class of moving
objects that use passive radiolocation based on
the
signals
received
from
wireless
telecommunication networks. The visual
monitoring, commonly exploited now, fails in
weak illumination or foggy environment. The
use of active radars is restricted by the limitation
of frequency bands and the necessity to obtain a
transmission license. The scientific goal is to
create theoretical basis and to acquire a thorough
knowledge in the area of passive detection and
classification of moving objects, along with an
estimation of their movement parameters.
4.5.
Projects granted by international institutions
Seventh Framework Programme (FP 7)
IES team participates in two work packages of
the EuCARD Project: WP2 – Dissemination,
Communication and Outreach (DCO) and WP10
– Superconducting Radio Frequency (SRF), Low
Level RF System (LLRF) for FLASH
Accelerator in DESY. DCO work package
embraces publishing a dedicated editorial series
of monographs on accelerator science and
technology. The editors are Professor Ryszard
Romaniuk from WUT and dr J.P Koutchouk
from CERN. SRF work package is dedicated to
building a new generation of control system to
superconducting TESLA cavities.
Participants:
Professor
Adam
Abramowicz, Professor Krzysztof Poźniak,
Krzysztof Antoszkiewicz Ph.D., Krzysztof
Czuba Ph.D., Maciej Linczuk Ph.D., Elżbieta
Grażyna Fistek M.Sc., Michał Ramotowski
M.Sc.
[Pro.38] Ryszard Romaniuk Professor – Head of
the project: EuCARD - European Coordination
of Accelerator R&D in Europe, (in Polish Europejska
Koordynacja
Badań
Akceleratorowych w Europie); April 1, 2009 –
March 31, 2013.
The main objective of the EuCARD project is
creation of distributed European laboratory ready
for challenging future development in the area of
particle physics. Capabilities of almost 40
scientific laboratories from all over the Europe
are used together. Laboratories are collaborating
closely to work out new technology for particle
physics. Amongst most important activities of
the EuCARD project is coordination of
distributed
laboratories
and
common
development of accelerator subcomponents that
could be developed nowadays only by
collaborative efforts of experts from various
countries. The ISE/WUT part of the project
covers two fields. One is the communication
between laboratories, outreach and dissemination
of the EuCARD project results. The second field
includes development of LLRF control system
technology for the FLASH accelerator. Polish
[Pro.39] Krzysztof Kulpa Professor – Head of the
part of the project: SOS (Sensors System for
Detection and Tracking of Dangerous Materials
in Order to Increase the Airport Security in the
Indoor Landside Area); Marie Curie Actions –
Industry – Academia Partnerships and Pathways
- 53 -
(IAPP), “People” Specific Programme; January
1, 2012 – December 31, 2015;
Partners:
SESM-A Finmeccanica Company, Italy,
MetaSensing, The Netherlands ,
Department of Information Engineering
Electronics
and
Telecommuncation
SAPIENZA Universita di Roma, Italy
Delft University of Technology, The
Netherlands,
Warsaw University of Technology,
Institute of Electronic Systems, Poland.
Project coordinator: Roberta Cardinali,
Ph.D., SESM, Italy.
Surveillance systems for airport and air
transport security. The SOS project aims at
establishing a reinforced industry-academia
research partnership, to face the research
challenges related to the development of nonintrusive and pervasive surveillance systems for
airport and air transport security, based on an
completely new combination of passive radar
technology, detection and tracking sensors
combining various frequency range, and
sensitive data processing. SOS involves
academic and industrial researchers, who will
have the opportunity to share complementary
and multidisciplinary knowledge on different
radar technologies and data-fusion, in order to
foster integration of these technology as well as
future joint RTD. The SOS system will foster
globally the security level in public spaces such
as airports, establish long term industry
academic collaboration through a joint 10 year
RTD roadmap and reach out to the general
public through airport bill-boards on the
benefits of RTD in this area for passengers.
January 31, 2013 – February 1, 2017.
EuCARD-2 is an Integrating Activity
Project for coordinated Research and
Development on Particle Accelerators, cofunded by the European Commission under the
FP7 Capacities Programme. This project will
contribute to positioning European accelerator
infrastructures at the forefront of global
research. The project has 40 partners from 15
European countries, including Russia. The list
of partners include 10 accelerator laboratories,
23 technology institutes/universities, 5 scientific
research institutes and 2 industrial partners.
EuCARD-2 has 6 networking activitites,
including close collaboration with Industry. The
goal of the Networking activities is to break the
barriers between traditional communities and
foster a coherent and multi-disciplinary
approach to the complex and multiform issues
of
upgrading
highly
sophisticated
infrastructures. The 4 joint research activities
are organized around recent technological
challenges for accelerators. At this crucial time
for particle accelerators, the activities will
address the technological limits of current
machines with regard to magnetic fields, RF
gradient and technologies, and collimator
materials. One JRA will focus on plasmawakefield acceleration as an alternative to the
present approaches. The project includes 2
activities for opening up 3 advanced accelerator
test facilities in Europe. The aim of the project
under the Transnational Access activities is to
offer a framework to share access with all
researchers, inside and outside the Consortium,
to perform novel experiments and tests with
different beams, materials in highly irradiated
environment, and testing of magnets and
instrumentation. The 3 selected facilities are
unique and innovative facilities representing
modern facets of accelerator sciences, located in
world-class laboratories, which have been
recently opened or upgraded.
[Pro.40] Ryszard Romaniuk Professor - Head of
the project Eucard 2 - Enhanced European
Coordination
for
Accelerator
Research&Development
(in
Polish
Zaawansowany
Europejski
program
Koordynacji Badań i Rozwoju Akceleratorów);
Projects granted by other international institution
project for DESY Deutsches Elektronen
Synchrotron, Annex 10; in Polish Zaawansowane układy elektroniczne dla
akceleratorów FLASH i XFEL, (Advanced
Electronics Development for FLASH and
XFEL); October 1, 2011 – March 15, 2013;
Research, design and realization of
electronic systems for the XFEL and FLASH
accelerators. Main focus is on electronic
hardware development for Klystron Lifetime
Management, continuous wave optical phase
measurements, applications of ultra-fast ADCs
for accelerators, RF hardware for MTCA based
LLRF systems including downconverters,
vectormodulators and RF signal distribution and
also device prototyping for high precision RF
synchronization system.
Participants: Professor Adam Abramowicz
and Ph.D. Students: Paweł Barmuta, Łukasz
- 54 -
Butkowski, Marek Dominik, Adam Dworzański,
Maciej Grzegrzółka, Szymon Jabłoński, Ewa
Janas, Przemysław Kownacki, Igor Rutkowski,
Łukasz Zembala, Mateusz Żukociński
Synchrotron, Annex 13; Measurements and
Analysis of Electromagnetic Interference in
MTCA.4 (EMI-MTCA.4), (in Polish - Pomiary i
analiza zakłóceń elektromagnetycznych w
systemie MTCA.4 (EMI-MTCA.4); August 1,
2013 – July 31, 2014;
This project covers research, design and
realization
of
hardware
for
on-line
characterization of EMI in the MTCA.4 crates.
An AMC measurement board will be developed
to characterize EMI coming from modules used
in the system.Grounding issues of the MTCA.4
crates will be analysed and solutions for
imporovements will be worked out.
Participant: Tomasz Owczarek Ph.D.
Synchrotron, Annex 11; in Polish - Opracowanie
układów elektronicznych dla systemów LLRF
oraz synchronizacji akceleratorów FLASH i
XFEL, (Hardware Development for the FLASH
and the XFEL LLRF and Synchronization
System); October 1, 2012 – September 30, 2013;
realization of hardware for the XFEL and
FLASH accelerators. Main focus is on electronic
hardware development for MTCA.4 based LLRF
system including modules for Beam Arrival
Monitors, direct sampling solutions, automated
drift calibration devices, downconverters,
vectormodulators and RF interferometric
methods for drift reduction in high precision RF
synchronization system.
Participants: Samer Bou Habib M.Sc.
Ph.D.Student
and
Ph.D.Students:
Paweł
Barmuta, Szymon Jabłoński, Jan Piekarski,
Dominik Sikora, Igor Rutkowski.
Synchrotron, Annex 14; Hardware and Software
Developments for the LLRF and Synchronization
Systems (HSDLSS), (in Polish - Rozwój sprzętu i
oprogramowania dla systemów LLRF oraz
synchronizacji); October 1, 2013 – September
30, 2014;
realization
of
hardware
and
software
developments for the XFEL and FLASH
accelerators. Main focus is on electronic
hardware development for MTCA.4 based
LLRF, automated drift calibration techniques in
the LLRF control and high-precision RF
synchronization. Within this project solutions
will be developed for precise CW optical
synchronization link, interferometric phase drift
reduction scheme in coax cable based RF signal
distribution scheme, CW accelerating cavity
control
system,
superconducting
cavity
protection and fast, direct sampling of
microwave signals.
Participants: Samer Bou Habib M.Sc.,
Ph.D.Student and Ph.D.Students: Szymon
Jabłoński, Jan Piekarski, Dominik Sikora, Igor
Rutkowski, Radosław Rybaniec.
Synchrotron, Annex 12; in Polish Zaawansowane układy elektroniczne dla
programu HVF oraz plany instalacji w
akceleratorach FLASH i XFEL, (Development of
Advanced Electronics for HVF Program and
Installations in FLASH and XFEL); March 1,
2013 – February 28, 2014;
realization of hardware for the HVF project lead
by DESY. Also hardware and software
development for XFEL and FLASH accelerators
control system. Main focus is on electronic
hardware development for MTCA.4 based LLRF
control system including modules for Beam
Arrival Monitors, direct sampling solutions,
vectormodulators and RF Backplane. This
project covers also development for optical and
RF synchronization with fs accuracy. Finally a
VHDL codes development for LLRF control
system is also covered.
Participants: Professor Adam Abramowicz
and Ph.D.Students: Paweł Barmuta, Mateusz
Żukociński, Łukasz Zembala, Jan Piekarski,
Tomasz Leśniak, Maciej Grzegrzółka, Ewa
Janas,
Przemysław
Kownacki,
Adam
Dworzański, Igor Rutkowski, Marek Dominik,
Marcin Słabęcki, Jarosław Dobosz, Radosław
Rybaniec.
[Pro.46] Grzegorz Kasprowicz Ph.D. – Head of
the project Production of Prototype AMC
Modules Developed in the Open Hardware
Repository - part 1, (in Polish - Produkcja
prototypowych modułów AMC opracowanych w
ramach Open Hardware Repository – część 1);
December 1, 2012 – June 30, 2013.
[Pro.47] Grzegorz Kasprowicz Ph.D. – Head of
the project Production of Prototype AMC
Modules Developed in the Open Hardware
Repository - part 2, (in Polish - Produkcja
- 55 -
prototypowych modułów AMC opracowanych w
ramach Open Hardware Repository – część 2);
December 1, 2012 – June 30, 2013.
model for these errors will be proposed and then
a calibration technique and/or hardware
modifications developed allowing to eliminate
them.
Participant: Wojciech Wiatr Ph.D.
[Pro.48] Arkadiusz Lewandowski Ph.D. – Head of
the project: in Polish - Opracowanie i badanie
procedury pozwalającej eliminować resztowe
błędy pomiarowe w odniesieniu do konwerterów
częstotliwości, (Development and Investigation
of a Procedure to Eliminate Residual
Measurement Errors in Respect of Frequency
Converters), Collaboration Agreement between
Rohde&Schwarz GmbH&Co. KG and WUT,
April 15, 2013 – March 31, 2014.
Frequency converters are used to extend
the frequency range of vector-network-analyzers
beyond 100 GHz, and are based on frequency
multiplication and
subharmonic
mixing.
Nonlinear properties of the subharmonic mixers
cause additional systematic errors that cannot be
eliminated with traditional vector-networkanalyzer calibration techniques. In this project a
4.6.
[Pro.49] Adam Abramowicz Professor – Head of
the project: Microwave Communication for High
Performance Wet-mate Subsea Connectors, (in
Polish - Podwodne łącze mikrofalowe), R&D
Project Collaboration Agreement between
WiSub AS and WUT, June 18, 2013 –December
31, 2015.
Mirowave front-end for up to 1 Gbit/s
communication in the wet-mate connectors are
under development. The microwave transmitter
and receiver as well as antennas are designed and
realized. The microwave front-end will transmit
digital signals between two connectors by means
of electromagnetic coupling. The connectors will
operate in the sea water. Participant: Wojciech
Wiatr Ph.D. and others.
Projects granted by European Union
factor (Trans- Epidermal Water Loss) and for
the measurement of humidity changes inside
human nose and human throat during breathing.
The system is expected to measure few times
per second the humidity changes.
Participants: Jerzy Weremczuk D.Sc.,
Grzegorz Tarapata Ph.D., Daniel Paczesny
Ph.D., Roman Iwaszko M.Sc.
[Pro.50] Participation in the European Found
Innovative Economy (POIG). Professor
Ryszard Jachowicz - Head of the project: MNS
- DIAG Micro- and Nano-systems in Chemistry
and Biomedical diagnostics, (in Polish – Mikro
i Nano-Systemy w Chemii i Diagnostyce
Biomedycznej); February 1, 2009 – December
31, 2013.
The project is mostly oriented on design
and fabrication of the silicon microsystem
which could work as a main part of the very fast
dew point hygrometer for medical application.
Special measurement hygrometer systems will
be designed and constructed for both the TEWL
4.7.
[Pro.51] Participation in the European Found
Innovative Economy (POIG) FOTEH Project;
June 2010 – December 2013; in Polish –
Fotonika i Technologie Terahercowe – rozwój
Wydziałowego Centrum Badawczego “FOTEH”.
Other projects granted by national partners
[Pro.52] Marek Nałęcz Professor – Head of the
project for Bumar Elektronika; in Polish Opracowanie algorytmów i oprogramowania
dla potrzeb radaru MSR-296, (Design of the
Algorithms and Software for the MSR-296
radar); July 23, 2012 – January 31, 2014.
The scope of the project includes the
analysis of the technical design of the MSR 296
radar, elaboration of the new algorithms for the
reliable detection of RAM targets and their realtime implementation using digital signal.
Participants: Rafał Rytel-Andrianik Ph.D.,
Marek Rupniewski Ph.D., Gustaw Mazurek
Ph.D., Bartosz Pikacz M.Sc.
[Pro.53] Marek Nałęcz Professor – Head of the
project for Bumar Elektronika, in Polish - 1.
Analiza stanu aktualnego z pomiarami
laboratoryjnymi 2. Propozycje rozwiązania z
modelem fizycznym, wytycznymi na cewki
(nadawczą i odbiorczą) z układem formowania
impulsów z cewki odbiorczej do układu
wykonawczego, January 1, 2013 – April 15,
2013.
[Pro.54] Krzysztof Kulpa Professor – Head of the
project for Institute of Geodesy and
Cartography, in Polish – Badania pomiarowe,
- 56 -
April 24, 2013 – May 30, 2013. Participants:
Łukasz Maślikowski M.Sc., Piotr Krysik M.Sc.
Polish Academy of Sciences, in Polish Impulsowy wzmacniacz transkonduktacyjny
wraz z instrukcją obsługi. February 12, 2013 –
March 8, 2013.
[Pro.55] Piotr Wieczorek Ph.D. – Head of the
project for Institute of Fluid-Flow Machinery
4.8. Participation in the different projects
[Pro.49] Participation in the project: Pi of the Sky,
(in Polish - Pi-of the sky – Detekcja rozbłysków
optycznych całego nieba towarzyszących
zjawiskom GRB (rozbłyskom gamma)). Head
of the project – Professor Lech Mankiewicz,
Centre of Theoretical Physics, Polish Academy
of Sciences; January 2000 - December 2015.
Project Pi-of-the-Sky aims at detection of
optical counterparts to the Gamma Ray Bursts
(GRB) of the whole sky. IES team in
cooperation with teams from Centre of
Theoretical Physics, Polish Academy of
Sciences, Sołtan Institute of Nuclear Problems
and Institute of Experimental Physics, Warsaw
University is building a full scale, distributed
telescope, including hardware and software,
positioned around the globe. Novel, ultimate
low-noise and photon counting CCD cameras
are designed and built.
Participants from IES: Professor Ryszard
Romaniuk, Professor Krzysztof Poźniak,
Grzegorz
Kasprowicz
Ph.D.,
Wojciech
Zabołotny
Ph.D.,
Maciej
Kwiatkowski
Ph.D.Student.
particle collisions are under investigations.
Professor
Krzysztof Poźniak, Wojciech
Zabołotny Ph.D. and Ph.D.Students.
[Pro.51] Participation in the LHC - Large Hadrons
Collider, (in Polish - Wielki Zderzacz
Hadronowy), January 1990 – December 2020:
coordinator of Polish Ph.D.Students – Professor
Ryszard Romaniuk. Large Hadron Collider aims
at discovery of Higgs boson. The team from IES
is composed of Ph.D.Students, permanent and
temporary residents in CERN. The subjects in
whom IES students participate are: Control
system for AC dipole for LHC; Intensity
measurement system for the first 1000 beam
circulations in the Proton Synchrotron (PS);
new generation of interlock system for LHC.
Participants: Professor Krzysztof Poźniak
and Ph.D.Students.
[Pro.52] Research co-operation in the project CBM
- Compressed Barionic Matter, Gesellshaft fur
Shwere Ionen, Darmstadt, (in Polish Skompresowana Materia Barionowa); January
2009 – December 2015. Compressed Barionic
Matter experiment, carried out at GSI complex
of accelerators in Darmstdt, aims at obtaining
very dense states of matter, so called quarkgluon plasma. The team from IES participates in
building the electronic control system, in
cooperation with other participants from Poland.
The coordinator, through the Femtophysics
Consortium, is the Niewodniczański Institute of
Nuclear Physics in Krakow.
Professor
Krzysztof Poźniak, Wojciech
Zabołotny Ph.D. and Ph.D.Students.
[Pro.50] Participation in the CMS Project CMS Compact Muon Solenoid at Large Hadron
Collider, (in Polish - Kompaktowy Solenoid
Mionowy). Head of the Polish Team – Professor
Jan Królikowski, Institute of Experimental
Physics, Warsaw University. Compact Muon
Solenoid is a detector/spectrometer on the Large
Hadron Collider’s (LHC) ring. The aim of the
project is to participate in the global effort
leading to the discovery of the Higgs particle.
IES team participates in building the CMS
TRIDAQ system (data triggering and
acquisition). Now the system is fully operational
and participates in LHC and CMS tests. First
57
5.
5.1.
DEGREES AWARDED
D.Sc. degrees
[D.Sc. 1] Stanisław JANKOWSKI: in Polish Optymalizacja
statystycznych
systemów
uczących się
October 8, 2013
[D.Sc. 2] Kazimierz JĘDRZEJEWSKI: in Polish Studia nad kształtowaniem parametrów włókien
optycznych, (Studies on Optical Fibres
Parameters Shaping),
October 29, 2013
[D.Sc.2] Mateusz MALANOWSKI: in Polish Algorytmy przetwarzania sygnałów i metody
lokalizacji obiektów w bistatycznych radarach
pasywnych z falą ciągłą, (Signal Processing
Algorithms and Target Localisation Methods for
Continuous-wave Passive Bistatic Radar),
February 19, 2013
with honors
[D.Sc.3] Jacek MISIUREWICZ: Sparsity-based
Methods for processing of Radar Signals
December 3, 2013
[D.Sc.4] Piotr SAMCZYŃSKI: in Polish - Radary
pasywne wykorzystujące jako źródła oświetlenia
niekooperujące impulsowe radary naziemne i
satelitarne,
(Passive
Radars
using
Non-cooperative Ground- and Satellite-based
Pulse Radars as Illuminators),
December 10, 2013.
5.2.
Ph.D. degrees
[Ph.D.1] Łukasz BARTNIK: Population Diversity
Models for a Real-Coded Evolutionary
Algorithm, (in Polish - Modelowanie
różnorodności
populacji
w
algorytmie
ewolucyjnym
z
reprezentacją
rzeczywistoliczbową)
Tutor: Professor Jarosław Arabas
Defence date: November 5, 2013
[Ph.D.2] Paweł CHUDZIAN: Kernel Optimization
for Pattern Classification, (in Polish Optymalizacja parametrów przekształcenia
jądrowego w zadaniach klasyfikacji)
Tutor: Professor Jarosław Arabas
Defence date: April 9, 2013
[Ph.D.3] Piotr SITEK: Accuracy Improvement of
Output
Data
from
Ultra-low-noise
Spectromenters
used
in
Space-based
Mineralogy Experiments, (in Polish Zagadnienia poprawy dokładności danych
wyjściowych
z
ultra
niskoszumnych
spektrometrów
stosowanych
w
eksperymentach mineralogicznych),
Tutor: Professor Ryszard Romaniuk
Defence date: June 25, 2013
- 58 -
5.3.
M.Sc. degrees
Camera for the Pi of the Sky Project)
Tutor: Krzysztof Poźniak Professor
Grade: excellent
[M.Sc.1] Krzysztof Borowiec: in Polish –
Implementacja wskaźnika zobrazowania radaru
pracującego w trybie syntetycznej apertury;
(Implementation of the Viewer for Synthetic
Apertur Radar)
Tutor: Mateusz Malanowski D.Sc., Ph.D.
Grade: 5
[M.Sc.9] ] Norbert Kapiński: in Polish - Badania
dysfunkcji
stawu
skokowego
człowieka
metodami
przechwytywania
ruchu;
(Dysfunction of Human Ankle based on Motion
Capture)
Tutor: Jacek Dusza Ph.D.
Grade: 5
[M.Sc.2] Krzysztof Danielewski: in Polish – Zdalnie
sterowana łódź do badań zanieczyszczenia
wody w jeziorze; (Remote Controlled Boat for
Measuring Water Pollution in a Lake)
Tutor: Jerzy Weremczuk Professor
Grade: 5
[M.Sc.10] Janusz Kulpa: in Polish – Zastosowanie
metod „Compresed Sensing” do lokalizacji
obiektów w radarze pasywnym; (Object
Localization for Passive Radar based on
Compressed Sensing)
Tutor: Jacek Misiurewicz D.Sc., Ph.D.
Grade: excellent
[M.Sc.3] Paweł
Dembicki:
in
Polish
–
Metastabilnościowy generator liczb prawdziwie
losowych; (Metastability – based True Random
Number Generator)
Tutor: Piotr Wieczorek Ph.D.
Grade: 5
[M.Sc.11] Maciej Krefft: in Polish – System
rejestracji nachylenia wezgłowia łóżka na
oddziałach intensywnej opieki medycznej do
badań nad zapaleniem płuc związanym ze
stosowaniem wentylacji mechanicznej (VAP),
(Bed Headrest Elevation Angle Fecording
System for Intensive Care Units as a Tool for
Research on Ventilator Associated Pneumonia),
Tutor: Wojciech Zabołotny Ph.D.
Grade: 4
[M.Sc.4] Anna Domańska: in Polish – System
pozycjonowania
w
pomieszczeniach
zamkniętych; (Indoor Positioning System)
Grade: 5
[M.Sc.5] Marek Dominik: - Projekt układu do
pomiaru dryftu fazy w łączu światłowodowym;
(Phase Drift Measurement Board for Optical
CW Link)
Tutor: Krzysztof Czuba Ph.D.
Grade: 5
[M.Sc.12] Tomasz Kuźma: in Polish – Uniwersalny
moduł akwizycji obrazu zaimplementowany w
układzie FPGA; (Universal Image Acquisition
Module based on the FPGA)
Grade: 5
[M.Sc.6] Paweł Dzwonkowski: in Polish – Mobilny
system koherentnej rejestracji sygnału DVB-T
na potrzeby radaru pasywnego; (Mobile
System for Coherent DVB-T Signal Recording
for use in Passive Coherent Localization)
Tutor: Krzysztof Kulpa Professor
Grade: excellent
[M.Sc.13] Michał Lorenc: in Polish - System
akwizycji i analizy dla eksperymentu PF-1000;
(Realization of a System for Data Acquisition
and Analysis for PF-1000 Experiment)
Grade: 5
[M.Sc.7] Filip
Groszyński:
in
Polish
–
Eksperymentalny system RFID z aktywnymi
transponderami; (Experimental RFID System
with Active Transponders)
Tutor: Gustaw Mazurek Ph.D.
Grade: 4
[M.Sc.14] Franciszek Mikłaszewicz: in Polish –
Pomiar zmian wilgotności powietrza w górnych
drogach oddechowych człowieka za pomocą
higrometru punktu rosy z detektorem
półprzewodnikowym; (Measurement of the
Changes of the Atmospheric Moisture in the
Uppe Respiratory Tract, using Dew-Point
Hygrometer with a Solid- state Detector)
[M.Sc.8] Tomasz Janicki: in Polish - Moduł
przetwarzania obrazu kamery k 40 dla projektu
Pi of the Sky; (Processing Module of k 40
- 59 -
[M.Sc.20] Krzysztof Sielewicz: in Polish – Moduł
akwizycji i sterowania z interfejsem PCIe oraz
USB 3.0 do przenośnego ultrasonografu; (Data
Acquisition and Control Module with PCIe and
USB 3.0 Interface for Mobile Ultrasound
Device)
Grade: 5
Tutor: Daniel Paczesny Ph.D.
Grade: excellent
[M.Sc.15] Michał Nawrot: in Polish – Elementy
nadawczo-odbiorcze
systemu
WDM
w
technologii fotoniki scalonej; (Elements of
WDM Transceiver Circuit Technology)
Tutor: Ryszard Piramidowicz Ph.D.
Grade: 5
[M.Sc.21] Marcin Sobolewski: in Polish –
Oscyloskop z podstawą czasu real-time
stroboskopową; (Real-Time and Sampling
Oscilloscope)
Tutor: Aleksander Burd Ph.D.
Grade: 5
[M.Sc.16] Michał Paszta: in Polish - Opracowanie
algorytmu samoorganizacji bezprzewodowej
sieci sensorowej o zmiennej strukturze i
zasięgu; (Design of a Self–organization
Algorithm for Wirelesssensor Network of
Variable Range and Structure)
Tutor: Magdalena Szeżyńska Ph.D.
Grade: 5
[M.Sc.22] Mateusz Syrek: in Polish - Wizualizacja i
identyfikacja parametrów sieci wirowej von
Karmana z wykorzystaniem metod cyfrowego
przetwarzania sygnałów; (Visualization and
Identification of Parameters of the von Karman
Vortex Street using Digital Image Processing
Methods)
Tutor: Grzegorz Pankanin Professor
Grade: 5
[M.Sc.17] Łukasz Pawełczak: in Polish – Uczenie
się sterowania symulowanym pojazdem przez
imitację; (Learning to Control a Simulated
Vehicle by Imitation)
Tutor: Paweł Cichosz Ph.D.
Grade: 5
[M.Sc.23] Andrzej Wojeński: in Polish –
Zintegrowane
środowisko
rekonfiguracji
modułowego systemu pomiarowego bazującego
na płytkach FMC; (Integrated Environment for
Modular Measurement System Reconfiguration
based on FMC Boards)
Grade: excellent
[M.Sc.18] Konrad Roziewski: in Polish - Analiza
wrażliwości algorytmów obiektywnej oceny
mowy
w
zintegrowanym
systemie
telediagnostyki głosu; (Vulnerability analysis of
the Objective Voice Assessment Algorithms
Implemented in the Integrated Voice
Telediagnostic System)
Tutor: Antoni Grzanka Professor
Grade: 5
[M.Sc.24] Robert Zienkiewicz: in Polish - System
wyznaczania kątów orientacji przestrzennej dla
multiwirnikowców; (Attitude and Heading
Reference System for Multirotor Platforms)
Grade: excellent
[M.Sc.19] Paweł Roszkowski: in Polish Bistatyczny radar szumowy krótkiego zasięgu
do detekcji obiektów ruchomych; (Short-range
Bistatic Noise Radar for Moving Target
Detection)
Tutor: Mateusz Malanowski D.Sc., Ph.D.
Grade: excellent
5.4.
B.Sc. Degrees
[B.Sc.1] Piotr Bąk: in Polish -Sterownik i licznik
energii do system zasilania panelami solarnymi;
(Driver and Energy Meter for Solar Panel Power
System)
Tutor: Gustaw Mazurek Ph.D.
Grade: 4
fotograficznej; (The Device for
Temperature
Stabilization
for
Photography based on Peltier Device)
Tutor: Maciej Radtke M.Sc.
Grade: 4
Linguist
Analog
[B.Sc.3] Maciej Ciemski: in Polish – Projekt
kontrolera stołu plastycznego wykorzystującego
moduły wyświetlaczy dotykowych; (Project of
[B.Sc.2] Michał Brzeziński: in Polish – Urządzenie
do
stabilizacji
temperatury
kąpieli
- 60 -
Artistic Table Controller using Display Screen
Modules)
Tutor: Maciej Linczuk Ph.D.
Grade: 4
Grade: 5
[B.Sc.11] Jakub Jarzyński: in Polish –
Hierarchiczny system rozpoznawania przeszkód
ruchomych i nieruchomych do zastosowania w
samolotach bezzałogowych;
Tutor: Stanisław Jankowski D.Sc., Ph.D.
Grade: 4
[B.Sc.4] Anna Dębowska: in Polish – Badanie
światłowodowych siatek długookresowych w
zastosowaniach biosensorycznych; (Study on
Long Period Fiber Gratings in Biomedical
Applications);
Tutor: Mateusz Śmietana Ph.D.
Grade: 4
[B.Sc.12] Tomasz Jurek: in Polish – Skośne siatki
Bragga; (Tilded Fiber Bragg gratings)
Tutor: Kazimierz Jędrzejewski D.Sc., Ph.D.
Grade: 4
[B.Sc.5] Adam Dworzański: in Polish – Systemy
diagnostyczne generatorów wzorcowych
dla
akceleratora FLASH i eksperymentu AMTF –
projekt i modernizacja; (Diagnostic Systems of
Synchronization
Systems
for
FLASH
Accelerator and AMTF experiment – Project
and Modernization)
Grade: 4
[B.Sc.13] Maciej Kocon: in Polish - Odkrywanie
wiedzy z medycznych baz danych dotyczących
atrezji dróg żółciowych i utworzenie systemu
doradczego; (Knowledge Discovery in Medical
for Biliary Atresia)
Tutor: Jan Mulawka Professor
Grade: 5
[B.Sc.6] Miron Głowicki: in Polish – Konstrukcja
pojazdu autonomicznego z zastosowaniem
logiki rozmytej; (Autonomous Vehicle
Construction using Fuzzy Logic);
Tutor: Bohdan Butkiewicz Professor
Grade: 4
[B.Sc.14] Bartosz Kotwica: in Polish – Konwerter
portów szeregowych sterowany poprzez interfejs
Ethernet; (Serial Port Converter Controlled by
an Ethernet Interface)
Tutor: Ryszard Romaniuk Professor
Grade: 4
[B.Sc.7] Łukasz Goławski: in Polish – Czujnik
temperatury,
wilgotności
i
oświetlenia
pomieszczenia; (Circuit for Measurement
Temperature, Humility and Sunlight);
Grade: 3,5
[B.Sc.15] ŁukaszKowalczyk: in Polish – Projekt
sprzęgacza kierunkowego zintegrowanego z
kablem koncentrycznym o dużej średnicy,
(Project Directional Coupler Integrated with
Coaxial Cable Large Diameter)
Tutor: Adam Abramowicz Professor
Grade: 4
[B.Sc.8] Michał Grodecki: in Polish –
Wykorzystanie wirtualizacji do dynamicznej
analizy obrazów systemów operacyjnych dla
potrzeb informatyki śledczej; (Virtualization for
Dynamic Analysis of Operating Systems Images
for the Computer Forensics)
Grade: 3,5
[B.Sc.16] Artur Kozioł: in Polish – Wykrywanie
obiektów powietrznych z wykorzystaniem
impulsowych radarów biostatycznych; (Air
Target Detection using Pulsed Bistatic Radars)
Tutor: Piotr Samczyński D.Sc., Ph.D.
Grade: 3,5
[B.Sc.17] Łukasz Kruczko: in Polish – Akustyczny
wzmacniacz mocy na tranzystorach MOS- FET;
(Audio Amplifier with MOS-FET Transistors)
Grade: 5
[B.Sc.9] Maciej Grzegrzółka: in Polish – Modulator
wektorowy na pasmo 0,1-1 GHz; (Vector
Modulator Card in the Band 0,1 – 1 GHz)
Grade: 5
[B.Sc.18] Kacper Kubkowski: in Polish – Sterownik
półprzewodnikowych diod laserowych do
zastosowań fotoakustycznych; (Laser Diode
Driver for Photoacustic Applications)
[B.Sc.10] Paweł Jatczak: in Polish – Bezdotykowy
miernik
poziomu
cieczy
łatwopalnej;
(Contactless Flammable Liquid Level Meter)
- 61 -
[B.Sc.26] Radosław Różycki - Bakon: in Polish –
Wytwarzanie
i
charakteryzacja
światłowodowych nanorezonatorów Fabry –
Perot na potrzeby biosensoryki; (Preparation
and Characterization of Nano -fiber Fabry-Perot
Resonator for Electronics);
Tutor: Mateusz Śmietana Ph.D.
Grade: 4
Grade: 4
[B.Sc.19] Wojciech Maślak: in Polish – Konstrukcja
układu sterowania wykorzystującego
logikę
rozmytą; (Construction of the Automons
Vehicle with a Fuzzy Controller)
Grade: 4
[B.Sc.27] Łukasz Samson: in Polish – Analiza
danych z sieci społecznościowej internetowego
serwisu Facebook; (Facebook Service Social
Network Data Analysis)
Tutor: Jan Mulawka Professor
Grade: 5
[B.Sc.20] Damian Olczak: in Polish – Akwizycja i
wizualizacja danych pomiarowych poprzez
internetowy serwer metrologiczny; (Internet
Metrological Server for Acquisition
and
Visualization of Measuring Data)
Tutor: Ryszard Romaniuk Professor
Grade: 5
[B.Sc.28] Rafał Selma: in Polish – Stanowisko
laboratoryjne do demonstracji czujników
położenia i przyspieszenia; (Test Stand
Demonstrating Acceleration and Rotation
Sensors)
Tutor: Grzegorz Tarapata Ph.D.
Grade: 4
[B.Sc.21] Maciej Ossowski: in Polish – Projekt i
realizacja w środowisku Lab. VIEW.
Oprogramowanie stanowiska do badania
właściwości spektralnych światłowodowych
siatek
Bragga
w
funkcji
naprężeń
rozciągających; (Station to Measure the
Spectral Properties of Fiber Bragg Gratings
(FBC)
Tutor: Lech Lewandowski Ph.D.
Grade: 3,5
[B.Sc.29] Mateusz Świderek: in Polish –
Wykorzystanie
środowiska
Java
do
interaktywnej prezentacji danych pomiarowych
z serwera metrologicznego; (Usage of Java
Interactive Presentation of Measurement Data
from Metrological Server)
Grade: 4
[B.Sc.22] Marek Pachwicewicz: in Polish –
Mikroprocesorowy przyrząd do pomiaru
współczynnika TEWL; (Microprocessor Device
for TEWL Coefficient Measurement)
Grade: 5
[B.Sc.30] Przemysław Stasiak: in Polish –
Interaktywna tablica szkolna; (Interactive
School Whiteboard)
Tutor: Grzegorz Kasprowicz Ph.D.
Grade: 5
[B.Sc.23] Grzegorz Paszko: in Polish – Wzmacniacz
mocy klasy D i prosty procesor dźwięku
do
gitary basowej; (Class D Power Amplifier and
Simple Sound Processor for Bass Guitar)
Tutor: Wojciech Zabołotny Ph.D.
Grade: 3,5
[B.Sc.31] Filip Świtakowski: in Polish – Rejestrator
parametrów
pracy
silnika
pojazdu
samochodowego
z
magistralą
CAN;
(Development of the Monitoring System for the
Car Engine via the CAN Bus)
Grade: 3,5
[B.Sc.24] Szymon Piotrowski: in Polish – Prosty
generator funkcyjny z cyfrową syntezą
sygnałów; (Simple Direct Digital Synthesis
based Waveform Generator)
Tutor: Tomasz Starecki Professor
Grade: 4
[B.Sc.32] Michał Szafirski: in Polish –
Zautomatyzowane narzędzie do mapowania
rezultatów odzyskiwania danych różnymi
narzędziami informatyki śledczej; (Automated
Tool for Mapping Results of Data Recovered by
Computer Forensics Tools)
Grade: 4
[B.Sc.25] Paweł Rasiński: in Polish – Czujniki
jakości oświetlenia z interfejsem sieciowym;
(Light Quality Sensor with Network Interface);
Tutor: Grzegorz Kasprowicz Ph.D.
Grade: 3,5
- 62 -
[B.Sc.33] Maciej Soszka: in Polish – Rozpoznawanie
obiektów w sekwencji obrazów z kamery na
telefonie komórkowym z systemem Android;
(Object Recognition in Sequence of Images
from Camera on Mobile Phone with Android
Operation System)
Grade: 4
Digital Video Broad Casting Terrestrial Signals
for Passive Radiolocation)
Grade: 4
[B.Sc.38] Łukasz Zawadka: in Polish – Radar
pasywny DVB-T wykorzystujący cyfrowy
korelator zrealizowany w oparciu o układ
FPGA wchodzący w skład systemu NI-PXIe1071; (Passive Radar using DVB-T Digital
Correlator Implemented based on FPGA that
come with your Ni-PXIe-1071)
Grade: 5
[B.Sc.34] Adam Szummer: in Polish - Wyznaczanie
procentowego zwężania tętnicy udowej na
zdjęciach z arteriografii, (Determination of
Artery Stenosis as Percentage on Arteriography)
Tutor: Professor Jan Mulawka
Grade: 3,5
[B.Sc.39] Paweł Zawada: in Polish – Analiza składu
spalin na potrzeby diagnostyki sond lambda;
(Analysis of Chemical of the Exhanst Gases for
Lambda Sensor Diagnostics)
Grade: 5
[B.Sc.35] Robert Tarnawski: in Polish - System
diagnostyki
sekcji
wysokiego
ciśnienia
aparatury w silnikach Diesla; (Diagnostic
Equipment for Fuel Injection Systems in Diesel
Engines)
Grade: 4
[B.Sc.40] Paweł Zienkiewicz: in Polish –
Inteligentna
kamera
stereoskopowa;
(Stereoscopic Smart Camera)
Grade: 4
[B.Sc.36] Sylwester Tor: in Polish – Symulator lotu
przestrzeni trójwymiarowej z radarowym
pomiarem odległości; (Implementation of a
New Algorithm of Unmanmed Aerial Vehicule
(UAV) Control of a Simulator for Testing)
Tutor: Stanisław Jankowski D.Sc., Ph.D.
Grade: 4
[B.Sc.41] Tomasz Zieliński: in Polish –
Zastosowanie karty graficznej do przyspieszenia
symulacji czasowej układów elektronicznych;
(Acceleration of Integrated Circuit Transient
Simulation using Graphics Processing Unit)
Tutor: Leszek Opalski Professor
Grade: 4
[B.Sc.37] Marta Tymińska: in Polish – Koder i
dekoder sygnałów cyfrowej telewizji naziemnej
na potrzeby radiolokacji pasywnej; (Decoder
- 63 -
PUBLICATIONS
5.5.
Scientific and technical books, chapters in books, translations, editorships
Scientific and technical books
Warszawskiej. Elektronika, no. 179, 2013,
Printing House of Warsaw University of
Technology, 142 p., 25 points
[Pub.1] Adamski Tomasz: in Polish - Systoliczne i
semisystoliczne układy i sieci sortujące i ich
zastosowania w systemach pomiarowych, 2013,
Technology, ISBN 978-83-7814-174-7, 140 p.,
20 points
[Pub.6] Misiurewicz
Jacek:
Sparsity-Based
Methods for Processing of Radar Signals, Prace
Naukowe
Politechniki
Warszawskiej.
Elektronika, no. 186, 2013, Printing House of
Warsaw University of Technology, 136 p., 25
points
[Pub.2] Hejn Konrad: in Polish - Synteza
sprzętowo-programowa. Projektowanie filtrów
dwufazowych w środowiskach oprogramowania
MATLAB i SPW, 2013, Printing House of
Warsaw University of Technology, ISBN 97883-7814-134-1, 240 p., 0 points
[Pub.7] Nałęcz Marek, Rupniewski Marek
Wojciech, Wawrzyniak Zbigniew M.,
Lewandowski Lech: in Polish - Ćwiczenia
laboratoryjne z podstaw elektroniki, Preskrypt,
Warsaw, 2013, WEiTI, 169 p., 0 points
[Pub.3] Jankowski Stanisław: in Polish Optymalizacja
statystycznych
systemów
uczących się, Prace Naukowe Politechniki
Warszawskiej. Elektronika, no. 183, 2013,
Technology, 107 p., 20 points
[Pub.8] Nałęcz Marek, Rupniewski Marek
Wojciech: in Polish - Ćwiczenia laboratoryjne z
teorii obwodów, Preskrypt, 2013, WEiTI, 172
p., 0 points
[Pub.4] Kulpa Krzysztof: Signal Processing in
Noise Waveform Radar, 2013, Artech House,
ISBN 978-1-60807-661-1, 255 p., 25 points
[Pub.9] Samczyński Piotr Jerzy: Passive Radars
Using Non-Cooperative Ground - and SatelliteBased Pulse Radars as Illuminators, Prace
Naukowe
Politechniki
Warszawskiej.
Elektronika, no. 185, 2013, Printing House of
Warsaw University of Technology, 140 p., 25
points
[Pub.5] Malanowski Mateusz Piotr: Signal
Processing Algorithms and Target Localisation
Methods for Continuous-Wave Passive Bistatic
Radar,
Prace
Naukowe
Politechniki
Edited books
DOI:10.1117/12.2033297 , 5 points, MO(3.33)
PE(1.66)
[Pub.10] Kulpa Krzysztof, Kurowska Anna,
Malanowski Mateusz Piotr, Samczyński Piotr
Jerzy, Styczek Elżbieta Joanna (eds.): 2013
Signal Processing Symposium (SPS), 2013, ISBN
978-1-4673-6319-8, 247 p., 5 points
[Pub.13] Woliński Wiesław, Jankiewicz Zdzisław,
Romaniuk Ryszard (eds.): Laser Technology
2012: Applications of Lasers, 8703, 2013, SPIE,
ISBN 9780819494948, 170 p., 5 points, MO(2.5)
PE(2.5)
[Pub.11] Romaniuk Ryszard (eds.): Photonics
Applications in Astronomy, Communications,
Industry, and High-Energy Physics Experiments,
vol. 8903, 2013, ISBN 9780819497857, 410 p.,
DOI:10.1117/12.2049644 , 5 points
[Pub.14] Woliński Wiesław, Jankiewicz Zdzisław,
Romaniuk Ryszard (eds.): Laser Technology
2012: Progress in Lasers, 8702, vol. 8702, 2013,
SPIE,
ISBN
9780819494931,
176
p.,
DOI:10.1117/12.2021407 , 5 points, MO(2.5)
PE(2.5)
[Pub.12] Szczepański Paweł, Kisiel Ryszard,
Romaniuk Ryszard (eds.): Electron Technology
Conference 2013, Proceedings of SPIE, 2013,
SPIE,
ISBN
9780819495211,
752
p.,
- 64 -
Chapters in books
ograniczenia, in: Urządzenia i Systemy
Radioelektroniczne, wybrane problemy 2 /
Kawalec Adam (eds.), 2013, Military University
of Technology, ISBN 978-83-62954-64-3, pp.
187-199, 4 points
[Pub.15] Malanowski Mateusz Piotr, Samczyński
Piotr Jerzy, Kulpa Krzysztof, Misiurewicz
Jacek, Kulpa Janusz: in Polish - Wykrywanie
myśliwców za pomocą demonstratora radaru
pasywnego PARADE - wyniki prób poligonowych,
in: Urządzenia i Systemy Radioelektroniczne,
wybrane problemy 2 / Kawalec Adam (eds.),
2013, Military University of Technology, ISBN
978-83-62954-64-3, pp. 221-230, 4 points
[Pub.17] Zych Mariusz: in Polish - Estymacja
przenikalności elektrycznej ziemi na podstawie
kontrastu zogniskowanego zobrazowania GPR,
in: Urządzenia i Systemy Radioelektroniczne,
wybrane problemy 2 / Kawalec Adam (eds.),
2013, Military University of Technology, ISBN
978-83-62954-64-3, pp. 201-211, 4 points
[Pub.16] Samczyński
Piotr
Jerzy,
Kulpa
Krzysztof,
Malanowski
Mateusz
Piotr,
Wilkowski Michał: in Polish - Radar bistatyczny z
niekooperującym oświetlaczem - potencjał i
5.6.
Scientific and technical papers in journals
Scientific and technical papers published in journals included
in the Journal Citation Reports – JCR
List A of Journals
Nawrocki Krzysztof, Obara Ł., Opiela R.,
Piotrowski L.W, Siudek M., Wawrzaszek Roman,
Wrochna Grzegorz, Zaremba M., Żarnecki
Aleksander Filip: Parallax in “Pi of the Sky”
Project, in: Advances in Space Research, vol. 52,
no. 7, 2013, 1349–1354, 20 points
[Pub.18] Bou
Habib
Samer:
Performance
Evaluation of 8-Channel Card for Direct
Sampling of 1.3 GHz Signals, in: IEEE
Transactions on Nuclear Science, IEEE Nuclear
and Plasma Sciences Society, vol. 60, no. 5, 2013,
pp.
3597
3602,
DOI:10.1109/TNS.2013.2273718, 30 points
[Pub.22] Maślikowski Łukasz, Kulpa Krzysztof,
Krysik Piotr, Dąbrowska-Zielińska Katarzyna,
Bartold Maciej: An L-Band Noise Radar
Demonstrator for Ground-Based Measurements
of Ground Surface Backscattering, in:
International Journal of Microwave and Wireless
Technologies, Cambridge University Press,
University Printing House, Shaftesbury Road,
Cambridge, CB2 8BS, United Kingdom, vol. 5,
no.
3,
2013,
pp.
401-407,
DOI:10.1017/S1759078713000202, 20 points
[Pub.19] Czuba Krzysztof Marek, Jeżyński
Tomasz, Hoffmann Matthias, Ludwig Frank,
Schlarb H.: RF Backplane for MTCA.4-Based
LLRF Control System, in: IEEE Transactions on
Nuclear Science, IEEE Nuclear and Plasma
Sciences Society, vol. 60, no. 5, 2013, pp. 3615 3619, DOI:10.1109/TNS.2013.2278380, 30 points
[Pub.20] Kulpa Krzysztof, Samczyński Piotr
Jerzy, Malanowski Mateusz Piotr, Gromek
Artur, Gromek Damian, Gwarek Wojciech,
Salski Bartłomiej Wacław, Tański Grzegorz: An
Advanced SAR Simulator of Three-Dimensional
Structures Combining Geometrical Optics and
Full-Wave Electromagnetic Methods, in: IEEE
Transactions on Geoscience and Remote Sensing,
vol. 52, no. 1, 2013, pp. 776-784,
DOI:10.1109/TGRS.2013.2283267, 40 points,
PE(30.0) RE(10.0)
[Pub.23] Roland Gunther, Collaboration CMS,
Chatrchyan S., Hmayakyan G., Khachatryan V.,
Sirunyan A.M, Adam W, Bauer T., Bergauer T,
Bergauer H., Dragicevic M, Poźniak Krzysztof,
Kasprowicz Grzegorz Henryk, Romaniuk
Ryszard, Zabołotny Wojciech, al. et.: Highlights
from CMS, in: Nuclear Physics A, vol. 904-905,
2013, 43c–50c, 25 points
[Pub.24] Piotrowski
L.W,
Batsch
Tadeusz,
Czyrkowski H., Cwiok Mikołaj, Kasprowicz
Grzegorz Henryk: PSF Modelling for very WideField CCD Astronomy, in: Astronomy &
[Pub.21] Majcher Ariel, Sokołowski Marcin, Batsch
Tadeusz, Castro-Tiradod A.J., Czyrkowski H.,
Ćwiek A., Ćwiek M., Dąbrowski R., Kasprowicz
Grzegorz Henryk, Majczyna Agnieszka, Malek
Katarzyna, Mankiewicz Lech, de la Morena B.A.,
65
Astrophysics, vol. 551, no. A119, 2013, pp. 1-15,
DOI:10.1051/0004-6361/201219230, 35 points
Laser, in: Laser Physics, vol. 23, no. 8, 2013, pp.
1-6, DOI:10.1088/1054-660X/23/8/085107, 30
points
[Pub.25] Rutkowski Igor, Czuba Krzysztof
Marek,
Makowski
Dariusz,
Mielczarek
Aleksander, Schlarb H., Ludwig Frank: Vector
Modulator Card for MTCA-Based LLRF Control
System for Linear Accelerators, in: IEEE
Transactions on Nuclear Science, IEEE Nuclear
and Plasma Sciences Society, vol. 60, no. 5, 2013,
pp. 3609-3614, DOI:10.1109/TNS.2013.2278372,
30 points
[Pub.28] Starecki Tomasz, Geras Antonina:
Improved Open Photoacoustic Helmholtz Cell, in:
International Journal of Thermophysics, Springer
Link, 2013, pp. 1-9, DOI:10.1007/s10765-0131479-y, 20 points
Parametric Analysis of the Improved Open
Photoacoustic Helmholtz Cell, in: International
Journal of Thermophysics, Springer Link, 2013,
pp. 1-9, DOI:10.1007/s10765-013-1497-9, 20
points
[Pub.26] Rzadkiewicz J., Dominik W, Scholz M.,
Czernyshova M., Czarski Tomasz, Czyrkowski
H., Dabrowski R, Jakubowska K., Karpiński L.,
Kasprowicz Grzegorz Henryk, Kierzkowski
Krzysztof, Poźniak Krzysztof, Salapa Z.,
Zabołotny Wojciech, Blanchard P., Tyrrell S.,
Zastrow K.D.: Design of T-GEM Detectors for Xray Diagnostics on JET, in: Nuclear Instruments
& Methods in Physics Research Section A
Accelerators, Spectrometers, Detectors and
Associated Equipment, Elsevier, vol. 720, 2013,
pp. 36-38, DOI:10.1016/j.nima.2012.12.041, 25
points
[Pub.30] Wesela-Bauman G., Boinski T., Dominiak
P., Hajmowicz Halina, Synoradzki Ludwik,
Wierzbicki Michał, Woliński B., Woźniak Karol,
Zawada Krzysztof: Tartaric Acid and its O-acyl
Derivatives. 7. Crystal structure of O-p-anisoylD-tartaric acid and its dimethylammonium salt
trihydrate, in: Journal of Structural Chemistry,
vol. 54, no. 1, 2013, pp. 155-158,
DOI:10.1134/S0022476613010228, 15 points,
LPT(9.0) PE(3.0) ZBS(3.0)
[Pub.27] Sojka L., Pajewski L., Mergo P.,
Jędrzejewski Kazimierz, Lewandowski Lech,
Furniss D., Seddon A.B., Benson Trevor M.,
Sujecki Sławomir, Beres-Pawlik E.: NeodymiumDoped Highly Birefringent Mircostructure Fiber
[Pub.31] Wieczorek Piotr Z.: Dual-Metastability
FPGA-Based True Random Number Generator,
in: Electronics Letters, vol. 49, no. 12, 2013, pp.
744-745, DOI:10.1049/el.2012.4126, 25 points
Scientific and technical papers not included
in the Journal Citation Reports
Ministry of Science and Higher Education - List B of Journals
Residual Forces Participating
Missions - Diagnostic and
Proceedings, in: Polski Przegląd
Psychologii Lotniczej, vol. 19, no.
21-36, 4 points
[Pub.32] Bączyk Marcin Kamil, Kulpa Krzysztof,
Malanowski Mateusz Piotr, Maślikowski
Łukasz, Samczyński Piotr Jerzy, Gorzelańczyk
Adam: in Polish - Radar pasywny działający w
oparciu o sygnał naziemnej telewizji cyfrowej, in:
Elektronika
konstrukcje,
technologie,
zastosowania, SIGMA NOT, 2013, pp. 30-32, 5
points
in Military
Prophylactic
Medycyny i
1, 2013, pp.
[Pub.35] Gromek Damian, Samczyński Piotr
Jerzy, Misiurewicz Jacek,
Malanowski
Mateusz Piotr, Kulpa Krzysztof, Gromek
Artur, Gadoś Andrzej, Jastrzębska Anna,
Smolarczyk Maciej: Implementation and Results
of New High Resolution SAR Modes for an
Airborne Maritime Patrol Radar, in: International
Journal of Electronics and Telecommunications,
PAN, vol. 59, no. 3, 2013, pp. 213-218,
DOI:10.2478/eletel-2013-0025, 9 points
[Pub.33] Bolek M., Zych Mariusz: in Polish Wyniki filtracji MTD rzeczywistych zobrazowań
zarejestrowanych radarem, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, 2013, pp. 69-71, 5 points
[Pub.34] Gołębiowska-Wawrzyniak
Maria,
Markiewicz Katarzyna, Wawrzyniak Zbigniew
M.: Sexually Transmitted Infections in the
- 66 -
[Pub.36] Jaśkiewicz Grzegorz: Geolocalization of
XIX Century Villages and Cities Mentioned in
Geographical Dictionary of the Kingdom of
Poland, in: Computer Science, AGH University
of Science and Technology, vol. 14, no. 3, 2013,
pp. 423-442, DOI:10.7494/csci.2013.14.3.423, 8
points
wybranych miastach Polski, in: Alergoprofil,
Medical Education, vol. 9, no. 2, 2013, pp. 38-43,
6 points
[Pub.44] Romaniuk Ryszard: in Polish Akceleratory dla społeczeństwa – TIARA 2012, in:
Elektronika
konstrukcje,
technologie,
zastosowania, SIGMA NOT, vol. LIV, no. 3,
2013, pp. 108-112, 5 points
[Pub.37] Jędrzejewski Konrad, Jasnos Jakub
Paweł: High Resolution Intelligent Cyclic A/D
Converters with Low Resolution Internal
Feedback D/A Converters7, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, no. 2, 2013, pp. 47-51, 5 points
[Pub.45] Romaniuk Ryszard: in Polish - EuCARD
2, in: Elektronika - konstrukcje, technologie,
2013, pp. 116-119, 5 points
[Pub.38] Jędrzejewski Konrad: Influence of Drift
on Efficiency of Optimal Analog Adaptive
Communication Systems with Feedback and Its
Compensation, in: International Journal of
Electronics and Telecommunications, PAN, vol.
59, no. 1, 2013, pp. 51-58, 9 points
[Pub.46] Romaniuk Ryszard: in Polish Europejskie
Warsztaty
Czujników
Światłowodowych 2013 – Czujniki wielkości
fizycznych, in: Elektronika - konstrukcje,
technologie, zastosowania, SIGMA NOT, vol.
(LIV), no. 12, 2013, pp. 76-80, 5 points
[Pub.39] Karnas Grzegorz, Masłowski Grzegorz,
Berliński
Jerzy,
Pankanin
Grzegorz:
Instrumentation and Data Analysis Process at the
New Lightning Research Station in Poland, in:
Przegląd Elektrotechniczny, Sigma NOT, vol. 89,
no. 6, 2013, pp. 217-220, 10 points
[Pub.47] Romaniuk Ryszard: in Polish Europejski laser rentgenowski, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, vol. LIV, no. 4, 2013, pp. 149-154, 5 points
[Pub.48] Romaniuk Ryszard: in Polish Inteligencja Obliczeniowa i Zastosowania –
WILGA 2013, in: Elektronika - konstrukcje,
LIV, no. 10, 2013, pp. 119-124, 5 points
[Pub.40] Kulpa Janusz, Malanowski Mateusz
Piotr, Gromek Damian, Samczyński Piotr
Jerzy, Kulpa Krzysztof, Gromek Artur:
Experimental Results of High-Resolution ISAR
Imaging of Ground-Moving Vehicles with a
Stationary FMCW Radar, in: International
PAN, vol. 59, no. 3, 2013, pp. 293-299,
[Pub.49] Romaniuk Ryszard: in Polish Kompaktowy Solenoid Mionowy – perspektywa
dekady,
in:
Elektronika
konstrukcje,
LIV, no. 3, 2013, pp. 104-107, 5 points
[Pub.50] Romaniuk Ryszard, Gajda Jerzy: Laser
Technology and Applications 2012, in:
International Journal of Electronics and
Telecommunications, PAN, vol. 59, no. 2, 2013,
pp. 195-202, DOI:10.2478/eletel-2013-0023, 9
points
[Pub.41] Mazurek
Gustaw
Stanisław:
Performance Study of Solar Power Source for
Wireless Systems, in: International Journal of
59, no. 3, 2013, pp. 271-276, DOI:10.2478/eletel2013-0032, 9 points
[Pub.51] Romaniuk Ryszard: in Polish - Lasery
rentgenowskie LCLS i LCLS II – SLAC, in:
Elektronika
konstrukcje,
technologie,
2013, pp. 66-69, 5 points
[Pub.42] Płatonow Anatolij: Analog Feedback
Communication Systems: Continuation of
Researches, in: Przegląd Telekomunikacyjny +
Wiadomości Telekomunikacyjne, SIGMA NOT,
no. 8-9, 2013, pp. 1164-1169, 6 points
[Pub.52] Romaniuk Ryszard: in Polish Międzynarodowy
zderzacz
liniowy,
in:
Elektronika
konstrukcje,
technologie,
2013, pp. 119-122, 5 points
[Pub.43] Rapiejko
Piotr,
Lipiec
Agnieszka,
Weryszko-Chmielewska Elżbieta, Piotrowska
Krystyna, Malkiewicz Małgorzata, Klaczak
Kamila, Chłopek Kazimiera, Puc Małgorzata, Puc
Mirosław I., Kalinowska Ewa, Wieczorkiewicz
Andrzej, Wawrzyniak Zbigniew M.: in Polish Analiza stężenia pyłku olszy w 2013 r. w
[Pub.53] Romaniuk Ryszard, Wójcik Waldemar:
Optical Fiber Technology 2012, in: International
- 67 -
PAN, vol. 59, no. 2, 2013, pp. 131-140,
2013, in: Elektronika - konstrukcje, technologie,
2013, pp. 162-170, 5 points
[Pub.54] Romaniuk Ryszard: in Polish - Rozwój
nauk optycznych w kraju, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
[Pub.59] Rytel-Andrianik
Rafał
Piotr:
Noncircularity of Demodulated Radar Signal, in:
International Journal of Electronics and
Telecommunications, PAN, vol. 59, no. 3, 2013,
pp. 301-306, DOI:10.2478/eletel-2013-0036, 9
points
[Pub.55] Romaniuk Ryszard: in Polish - Systemy
elektroniczne dla eksperymentów fizyki wielkich
energii – WILGA 2013, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
Romaniuk Ryszard: in Polish - Konferencja
Technologia Elektronowa ELTE 2013, in:
Elektronika
konstrukcje,
technologie,
2013, pp. 69-73, 5 points, MO(3.4) PE(1.6)
[Pub.56] Romaniuk Ryszard: in Polish - Technika
Akceleratorowa
–
Seria
Wydawnicza
Recenzowanych
Monografii:
CERN
–
Politechnika Warszawska, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, vol. LIV, no. 7, 2013, pp. 77, 5 points
[Pub.61] Zagoździńska Agnieszka, Romaniuk
Ryszard, Poźniak Krzysztof, Zalewski Piotr:
TRIDAQ Systems in HEP Experiments at LHC
Accelerator, in: International Journal of
59, no. 4, 2013, pp. 415-421, DOI:10.2478/eletel2013-0051, 9 points
[Pub.57] Romaniuk Ryszard: in Polish Zaawansowane
Systemy
Elektroniczne
i
Inżynieria Internetu WILGA luty 2013, in:
Elektronika
konstrukcje,
technologie,
2013, pp. 99-103, 5 points
[Pub.62] Zych Mariusz: Ground Penetrating Radar
Simulations of Non-homogeneous Soil with CST
Studio Suite, in: Przegląd Elektrotechniczny,
Sigma NOT, no. 7, 2013, pp. 182-185, 10 points
[Pub.58] Romaniuk Ryszard: in Polish Zaawansowane Systemy Elektroniczne – WILGA
Other scientific and technical papers
Biblioteki Flup, Web2py, Django, in: Programista
Magazyn
specjalisty
IT,
[email protected], no. 6/2013 (13),
2013, pp. 66-69, 0 points
[Pub.63] E. van der Bij, Lipiński Maciej Marek:
How to Create Successful Open Hardware
Projects — About White Rabbits and Open
Fieldsbbits and Open Fields, in: Journal of
Instrumentation, IOPScience, vol. 8, no. 12, 2013,
pp. 1-10, DOI:10.1088/1748-0221/8/12/C12021,
0 points
[Pub.66] Nowak Robert Marek: in Polish Współbieżna obsługa zdarzeń bez wątków, in:
Programista - Magazyn specjalisty IT,
[email protected], no. 2/2013 (9),
2013, pp. 7-9, 0 points
[Pub.64] Lukin Konstantin, Stove A.G., Kulpa
Krzysztof, Calugi D., Palamarchuk Vladimir,
Vyplavin Pavlo: KA-band Ground-Based Noise
SAR Trials in Various Conditions, in: Applied
Radio Electronics, Scientific and technical
Journal, Kharkiv National University of Radio
Electronics, Academy of Sciences of Applied
Radio Electronics, vol. 12, no. 1, 2013, pp. 145151, 0 points
[Pub.67] Wawrzyniak Zbigniew M., Malinowska
Sylwia, Mlosek Robert: in Polish - Parametry
stosowane
do
oceny
obrazów
ultrasonograficznych wysokich częstotliwości
skóry, in: Inżynier i Fizyk Medyczny, INDYGO
Zahir Media, vol. 2, no. 4, 2013, pp. 222-226, 0
points
[Pub.65] Nowak Robert Marek: in Polish Aplikacje internetowe wykorzystujące Python,
- 68 -
5.7. Scientific and technical papers in conference proceedings
Conferences on Web of Science
[Pub.68] Abramowicz Adam: Transformer Model
Based on Admittance Inverter, in: Proceedings of
the 8th International Conference on Electrical and
Control Technologies ECT-2013, 2013, pp. 154157, 10 points
[Pub.69] Barcz Aleksy, Szymański Zbigniew,
Jankowski Stanisław: Implementation Aspects of
Graph Neural Networks, in: Photonics
Industry, and High-Energy Physics Experiments /
Romaniuk Ryszard (eds.), vol. 8903, 2013, ISBN
9780819485823,
89032S-1-89032S-9,
DOI:10.1117/12.2035443, 10 points, IN(6.66)
PE(3.33)
[Pub.70] Bączyk Marcin Kamil, Misiurewicz
Jacek, Gromek Damian, Kulpa Krzysztof:
Analysis of Recorded Helicopter Echo in a
Passive Bistatic Radar, in: European Radar
Conference (EuRAD), 2013, pp. 243-246, 10
points
[Pub.71] Bączyk Marcin Kamil, Krysik Piotr,
Maślikowski Łukasz, Kulpa Krzysztof:
Observation of Moving Objects in a DVB-T Based
Passive Radar Demonstrator, in: Proceedings
International Radar Symposium - IRS 2013 /
Rohling Hermann (eds.), 2013, CUVILLIER
VERLAG, ISBN 978-3-95404-223-4, 173-177,
vol. I, 10 points
[Pub.72] Bou Habib Samer: MTCA Fast Digitizer
for Direct RF Measurements, in: Mixed Design of
Integrated Circuits and Systems (MIXDES), 2013
Proceedings of the 20th International Conference,
2013, IEEE Xplore Digital Library, pp. 118-122,
10 points
[Pub.73] Branlard J., Ayvazyan G., Ayvazyan V.,
Grecki M., Hoffmann Matthias, Jeżyński Tomasz,
Ludwig Frank, Mavric U., Pfeiffer S., Barmuta
Paweł, Bou Habib Samer, Butkowski Łukasz,
Czuba Krzysztof Marek, Grzegrzółka Maciej,
Janas Ewa, Piekarski Jan, Rutkowski Igor,
Sikora Dominik, Zembala Łukasz, Żukociński
Mateusz Sebastian: MTCA.4 LLRF System for
the European XFEL, in: Mixed Design of
Integrated Circuits and Systems (MIXDES), 2013
Proceedings of the 20th International Conference,
2013, IEEE Xplore Digital Library, pp. 109-112,
10 points, IT(0.9) PE(9.09)
[Pub.74] Byszuk Adrian, Kolasiński Piotr, Poźniak
Krzysztof, Zabołotny Wojciech, Kasprowicz
Grzegorz Henryk: Implementation of PCIeSerDes-DDR3 Communication in a Multi-FPGA
Data Acquisition System, in: Photonics
9780819485823,
89032A-1-89032A-6,
DOI:10.1117/12.2035457, 10 points
[Pub.75] Caris Michael, Stanko Stephan, Sommer
Rainer, Wahlen Alfred, Leuther Arnulf,
Tessmann Axel, Malanowski Mateusz Piotr,
Samczyński Piotr Jerzy, Kulpa Krzysztof,
Cohen Michael, Kovacs Peter, Papanastasiou
Andreas, Topping Christopher, Georgiou George,
Guraly Roland: SARape - Synthetic Aperture
Radar for All Weather Penetrating UAV
Application, in: Proceedings International Radar
Symposium - IRS 2013 / Rohling Hermann (eds.),
2013, CUVILLIER VERLAG, ISBN 978-395404-223-4, pp. 41-46, 10 points
[Pub.76] Cieszewski Radosław, Linczuk Maciej
Grzegorz, Poźniak Krzysztof, Romaniuk
Ryszard: Review of Parallel Computing Methods
and Tools for FPGA Technology, in: Photonics
9780819485823,
pp.
890321-1-890321-13,
DOI:10.1117/12.2035385, 10 points
[Pub.77] Cuesta Guillem, Rio Carlos, Jankowski
Stanisław: Active Learning of Neural Networks
Based on Influential Statistics, in: Photonics
9780819485823,
89032T-1-89032T-13,
DOI:10.1117/12.2035622, 10 points
[Pub.78] Czarski Tomasz, Chernyshova M.,
Dominik W., Jakubowska K., Kasprowicz
Grzegorz
Henryk,
Poźniak
Krzysztof,
Rzadkiewicz Jacek, Scholz Marek, Zabołotny
Wojciech: Fundamental Data Processing for
GEM Detector Measurement System Applied for
X - ray Diagnostics of Fusion Plasmas, in:
Proceedings of the 40th EPS Conference on
Plasma Physics, vol. 37D, 2013, European
Physical Society, ISBN 2-914771-84-3, P5.120-1P5.120-4, 10 points
Parameter in Radar Applications, in: Photonics
9780819485823,
89032E-1-89032E-6,
DOI:10.1117/12.2036763, 10 points
[Pub.79] Czuba Krzysztof Marek, Łysiuk Anna,
Barmuta Paweł, Ludwig Frank, Schlarb H.,
Jeżyński Tomasz, Leśniak Tomasz: Femtosecond
Precision via RF Backplane in MTCA Crates, in:
Mixed Design of Integrated Circuits and Systems
(MIXDES), 2013 Proceedings of the 20th
International Conference, 2013, IEEE Xplore
Digital Library, pp. 113-116, 10 points, PE(8.0)
RE(2.0)
[Pub.85] Goździkowski
Paweł,
Zabołotny
Wojciech: Tethered Forth System for FPGA
Applications, in: Photonics Applications in
Astronomy, Communications, Industry, and HighEnergy Physics Experiments / Romaniuk Ryszard
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89031M-1-89031M-8, DOI:10.1117/12.2033279,
10 points
[Pub.80] Czuba Krzysztof Marek, Sikora
Dominik, Zembala Łukasz, Branlard J., Ludwig
Frank, Schlarb H., Weddig Henning: Overview of
the RF Synchronization System for the European
XFEL, in: Proceedings of the 4th International
Particle Accelerator Conference / Zhentang Zhao
(eds.), 2013, ISBN 978-3-95450-122-9, pp. 30013003, 10 points
[Pub.86] Herman Dorota, Osuch Tomasz, Kossek
Tomasz: Validation of the Automated System for
Simultaneous Spectral Transmission/reflection
and dispersion characteristics Measurement of
Fiber Bragg Gratings and Optical Fibers, in:
Photonics
Applications
in
Astronomy,
Communications, Industry, and High-Energy
Physics Experiments / Romaniuk Ryszard (eds.),
vol. 8903, 2013, ISBN 9780819485823, 89030S1-89030S-8, DOI:10.1117/12.2035426, 10 points,
MO(5.0) PE(5.0)
[Pub.81] Ćwiek A., Batsch Tadeusz, Czyrkowski
H., Ćwiok M., Dąbrowski R., Kasprowicz
Grzegorz Henryk, Majcher A., Małek K.,
Mankiewicz L., Nawrocki Krzysztof, Obara Ł.,
Opiela R., Piotrowski Lech Wiktor, Siudek M.,
Sokołowski Marcin, Wawrzaszek Roman,
Żarnecki Aleksander Filip: Pi of the Sky - Robotic
Telescope, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
pp.
890312-1-890312-7,
DOI:10.1117/12.2035455, 10 points
[Pub.87] Jędrzejewski Konrad: Consideration of
Component Imperfections in New Digitally
Assisted Sub-Ranging A/D Converters, in:
Photonics
Applications
in
Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89032O1-89032O-9, DOI:10.1117/12.2034307, 10 points
[Pub.82] Dusza Jacek, Wawrzyniak Zbigniew M.,
Prado Martinez David del: Simplification of the
Kinematic Model of Human Movement, in:
Photonics
Applications
in
Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89031D1-89031D-8, DOI:10.1117/12.2035448, 10 points
[Pub.88] Jędrzejewski Konrad: New Effective
Architectures and Conversion Algorithms for
Adaptive Sub-ranging A/D Converters, in: 19th
IMEKO TC4 Symposium and 17th IWADC
Workshop Advances in Instrumentation and
Sensors Interoperability, 2013, ISBN 84-6165438-2, pp. 313-318, 10 points
[Pub.89] Jędrzejewski Konrad: The Matlab
Toolbox for Simulation Analysis and Design
Support of New Adaptive Sub-ranging A/D
Converters, in: 19th IMEKO TC4 Symposium
and 17th IWADC Workshop Advances in
Instrumentation and Sensors Interoperability,
2013, ISBN 84-616-5438-2, pp. 605-610, 10
points
[Pub.83] Esposito Salvatore, Fallavollita P., Melis
M.G., Balsi Marco, Jankowski Stanisław: UAS
Imaging for Archaeological Survey and
Documentation, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89030K-1-89030K-7, DOI:10.1117/12.2035318,
10 points
[Pub.90] Koba Marcin, Szczepański Paweł, Osuch
Tomasz, Kossek Tomasz: in Polish - Progowy
model generacji promieniowania w laserach
[Pub.84] Gajo
Zbigniew,
Linczuk
Maciej
Grzegorz: Robust Estimation of Noisy Signal
- 70 -
posiadających ośrodek aktywy w postaci
kwadratowej i trójkątnej, in: XI Konferencja
Naukowa Technologia Elektronowa, ELTE '2013,
2013, Instytut Mikro i Optoelektroniki, pp. 247248, 10 points
[Pub.97] Lipiński Maciej Marek: How to Create
Successful Open Hardware Projects - about
White Rabbits and Open Fields, in: The
Proceedings of the TWEPP-13, 2013, 10 points
[Pub.98] Malanowski Mateusz Piotr, Krawczyk
Grzegorz, Samczyński Piotr Jerzy, Kulpa
Krzysztof, Borowiec Krzysztof, Gromek
Damian: Real-Time High-Resolution SAR
Processor Using CUDA Technology, in:
Proceedings International Radar Symposium IRS 2013 / Rohling Hermann (eds.), 2013,
CUVILLIER VERLAG, ISBN 978-3-95404-2234, pp. 673-678, 10 points
[Pub.91] Krefft
Maciej,
Zamaro-Michalska
Aleksandra, Zabołotny Wojciech, Zaworski
Wojciech, Grzanka Antoni, Łazowski Tomasz,
Tavola Mario, Siewiera Jacek, MikaszewskaSokolewicz Małgorzata: Head of the Bed
Elevation Angle Recorder for Intensive Care Unit,
in: Photonics Applications in Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89031A1-89031A-11, DOI:10.1117/12.2033280, 10
points
[Pub.99] Małkiewicz Łukasz Michał: Reduction of
the Influence of Amplifier Gain Setting Errors on
the Performance of Adaptive ADC, in: Photonics
9780819485823,
89032H-1-89032H-8,
DOI:10.1117/12.2040265, 10 points
[Pub.92] Krysik Piotr, Maślikowski Łukasz,
Samczyński Piotr Jerzy, Kurowska Anna:
Bistatic Ground-Based Passive SAR Imaging
Using TerraSAR-X as an Illuminator of
Opportunity, in: 2013 International Conference on
Radar, 2013, ISBN 978-1-4673-5177-5, pp. 3942, 10 points
[Pub.100] Manerowska Anna, Nieznański Edward,
Mulawka Jan: Algebraic Logic of Concepts and
its Machine Implementation in the Algebras of
Deontic and Axiological Notions, in: Photonics
9780819485823,
89032Q-1-89032Q-8,
DOI:10.1117/12.2035254, 10 points
[Pub.93] Krysik
Piotr,
Kulpa
Krzysztof,
Samczyński Piotr Jerzy: GSM Based Passive
Receiver Using Forward Scatter Radar
Geometry, in: Proceedings International Radar
2013, CUVILLIER VERLAG, ISBN 978-395404-223-4, 637-642, vol. II, 10 points
[Pub.101] Markowski Konrad, Osuch Tomasz:
Modeling of Fiber Bragg Gratings Written in
Tapered
Optical
Fibers,
in:
Photonics
9780819485823,
89030U-1-89030U-7,
DOI:10.1117/12.2035432, 10 points, ISEP(5.0)
PE(5.0)
[Pub.94] Kulpa Janusz, Misiurewicz Jacek:
Compressed Sensing Application for Target
Elevation Estimation via Multipath Effect in a
Passive Radar, in: Proceedings International
Radar Symposium - IRS 2013 / Rohling Hermann
(eds.), 2013, CUVILLIER VERLAG, ISBN 9783-95404-223-4, 119-124, vol. I, 10 points
[Pub.95] Kulpa Janusz, Bączyk Marcin Kamil,
Kurowska Anna, Rzewuski Stanisław: Wind
Farm Interferences in Passive Coherent Location,
in: 2013 International Conference on Radar, 2013,
ISBN 978-1-4673-5177-5, 64–68, 10 points
[Pub.102] Markowski Konrad, Turkiewicz Jarosław
Piotr, Osuch Tomasz: Optical Microphone Based
on Sagnac Interferometer with Polarization
Maintaining Optical Fibers, in: Photonics
9780819485823,
89030Q-1-89030Q-7,
DOI:10.1117/12.2035415, 10 points, IT(6.66)
PE(3.33)
Jerzy,
Malanowski
Mateusz
Piotr,
Maślikowski Łukasz, Kubica V.: The Use of
CLEAN Processing for Passive SAR Image
Creation, in: 2013 International Conference on
Radar, 2013, ISBN 978-1-4673-5177-5, pp. 1-6,
DOI:10.1109/RADAR.2013.6586017, 10 points
[Pub.103] Maślikowski Łukasz, Kulpa Krzysztof,
Glushko Dmitriy, Yanovsky Felix: Atmospheric
- 71 -
Precipitation Sensing with a Short-Range C-Band
Noise Radar, in: Proceedings International Radar
Environment, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89031X-1-89031X-7, DOI:10.1117/12.2035355,
10 points
[Pub.104] Maślikowski
Łukasz,
Malanowski
Mateusz Piotr, Krysik Piotr, Gromek Damian:
Verification of a SAR Processor by Arbitrary
Generation of Simulated Beat Signal, in: 2013
International Conference on Radar, 2013, ISBN
978-1-4673-5177-5, pp. 572-575, 10 points
[Pub.111] Opalski Leszek J.: Optimization of a
Broadband Vector Network Analyzer Calibration,
vol. 8903, 2013, ISBN 9780819485823, 89031W1-89031W-7, DOI:10.1117/12.2035317, 10 points
[Pub.105] Misiurewicz Jacek: Compressed Sensing
for Velocity Measurement in MTI/MTD Radar, in:
Proceedings International Radar Symposium IRS 2013 / Rohling Hermann (eds.), 2013,
CUVILLIER VERLAG, ISBN 978-3-95404-2234, pp. 125-130, 10 points
[Pub.112] Opalski Leszek J.: SODE Assisted
Analysis of Deep Metastability, in: Photonics
9780819485823,
pp.
890323-1-890323-9,
DOI:10.1117/12.2035409, 10 points
[Pub.106] Nałęcz-Charkiewicz Katarzyna, Nowak
Robert Marek: Algorithm to Search for Genomic
Rearrangements, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
pp.
890319-1-890319-6,
DOI:10.1117/12.2032639, 10 points
[Pub.113] Osuch
Tomasz,
Koba
Marcin,
Szczepański Paweł, Jaroszewicz Zbigniew: in
Polish - Badania własności spektralnych i
generacyjnych
złożonych
struktur
quasiperiodycznych jednowymiarowych kryształów
fotonicznych, in: XI Konferencja Naukowa
Technologia Elektronowa, ELTE '2013, 2013,
Instytut Mikro i Optoelektroniki, pp. 261-262, 10
points
[Pub.107] Ogrodzki Jan: Analog Approach to Mixed
Analog-Digital Circuit Simulation, in: Photonics
9780819485823,
89031S-1-89031S-7,
DOI:10.1117/12.2035235, 10 points
[Pub.114] Osuch
Tomasz,
Jurek
Tomasz,
Jędrzejewski Kazimierz: Spectral Transmission
Characteristics of Weakly Tilted and Tilted
Chirped Fiber Gratings: Comparative Studies, in:
Photonics
Applications
in
Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89030W1-89030W-6, DOI:10.1117/12.2035446, 10 points
[Pub.108] Ogrodzki Jan: Time-domain Simulation of
Integrated Circuits with Lossy, Nondispersive
Interconnects, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89031R-1-89031R-8, DOI:10.1117/12.2035219,
10 points
[Pub.115] Osuch Tomasz, Jędrzejewski Kazimierz,
Jasiewicz Wiesław, Lewandowski Lech: in
Polish - Struktura o zmiennym okresie na
przewężeniu światłowodowym - nowy rodzaj
siatki Bragga, in: XI Konferencja Naukowa
Technologia Elektronowa, ELTE '2013, 2013,
Instytut Mikro i Optoelektroniki, pp. 259-260, 10
points
[Pub.109] Opalska Katarzyna: Efficient MATLAB
Simulation of the Brusselator, in: Photonics
9780819485823,
89031U-1-89031U-7,
DOI:10.1117/12.2035279, 10 points
[Pub.116] Paczesny
Daniel,
Mikłaszewicz
Franciszek: A new Construction of Measurement
System Based on Specialized Microsystem Design
for Laryngological Application, in: Photonics
[Pub.110] Opalska Katarzyna, Opalski Leszek J.:
Remarks on Parallel Computations in MATLAB
- 72 -
9780819485823,
89032J-1-89032J-9,
DOI:10.1117/12.2041848, 10 points
vol. 8903, 2013, ISBN 9780819485823, 89032F1-89032F-6, DOI:10.1117/12.2037047, 10 points
[Pub.123] Poźniak Krzysztof: FPGA Based Fast
Synchronous
Serial
Multi-Wire
Links
Synchronization, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89032D-1-89032D-10, DOI:10.1117/12.2036183,
10 points
[Pub.117] Pankanin Grzegorz: Vortex Meter
Designing:
Simulation
or
Laboratory
Investigations?, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89032C-1-89032C-12, DOI:10.1117/12.2035964,
10 points
[Pub.124] Romaniuk Ryszard: Accelerator Science
and Technology in Europe 2008–2017, in:
Photonics
Applications
in
Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89031P1-89031P-10,
DOI:10.1117/12.2035174,
10
points
[Pub.118] Pilinsky V.V., Rozvadovskiy A.F., Zaitsev
Ievgen: Mathematical Model of Electromagnetic
Field Radiated by Indoor PLC Systems, in:
Proceedings of the 2013 International Symposium
on
Electromagnetic
Compatibility
(EMC
EUROPE), 2013, pp. 822-827, DOI:978-1-46734980-2/13/$31.00 © 2013 IEEE, 10 points
[Pub.119] Piotrowski
W,
Batsch
Tadeusz,
Czyrkowski H., Ćwiek A., Ćwiok M, Dąbrowski
R, Kasprowicz Grzegorz Henryk, Majcher
Ariel, Majczyna Agnieszka: Hunting for Gamma
Ray Bursts with Pi of the Sky Telescopes, in:
Proceedings from The 33rd International Cosmic
Ray Conference (ICRC2013), 2013, pp. 1-4, 10
points
[Pub.125] Romaniuk Ryszard: Accelerators for
Society Succession of European Infrastructural
Projects CARE – EuCARD – TIARA – EuCARD2,
vol. 8903, 2013, ISBN 9780819485823, pp.
890320-1-890320-8, DOI:10.1117/12.2035376,
10 points
[Pub.120] Piotrowski Przemysław, Nowak Robert
Marek: New Tool to Combine Contigs by Usage
of Paired-End Tags, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
pp.
890318-1-890318-6,
DOI:10.1117/12.2032638 , 10 points
[Pub.126] Romaniuk Ryszard: Advanced Photonic,
Electronic, and Web Eengineering Systems:
WILGA Symposium, January 2013, in: Photonics
9780819485823,
pp.
890302-1-890302-11,
DOI:10.1117/12.2034286, 10 points
[Pub.121] Płatonow Anatolij: Information Theory:
Two Theories in One, in: Photonics Applications
in Astronomy, Communications, Industry, and
High-Energy Physics Experiments / Romaniuk
Ryszard (eds.), vol. 8903, 2013, ISBN
9780819485823,
89032G-1-89032G-16,
DOI:10.1117/12.2040233, 10 points
[Pub.127] Romaniuk Ryszard: Development of
Optical Sciences in Poland, in: Photonics
9780819485823,
pp.
890304-1-890304-9,
DOI:10.1117/12.2035434, 10 points
[Pub.122] Poźniak Krzysztof, Byszuk Adrian,
Chernyshova M., Cieszewski Radosław, Czarski
Tomasz, Dominik Wojciech, Jakubowska K.,
Kasprowicz Grzegorz Henryk, Rzadkiewicz J.,
Scholz M., Zabołotny Wojciech: FPGA Based
Charge Fast Histogramming for GEM Detector,
[Pub.128] Romaniuk Ryszard: EuCARD2
Enhanced Accelerator R&D in Europe, in:
Photonics
Applications
in
Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89031Q1-89031Q-7, DOI:10.1117/12.2035218, 10 points
- 73 -
[Pub.129] Romaniuk Ryszard: European X-Ray
Free
Electron
Laser
(EXFEL):
Local
Implications, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89030P-1-89030P-9, DOI:10.1117/12.2035411,
10 points
[Pub.136] Schmidt
C.,
Butkowski
Łukasz,
Hoffmann Matthias, Schlarb H., Rybaniec
Radosław, Grzegrzółka Maciej, Rutkowski
Igor: High Performance and Low Latency Single
Cavity RF Control Based on MTCA.4, in:
Proceedings of the 14th International Conference
on Accelerator and Large Experimental Physics
Control Systems, 2013, pp. 1-3, 10 points,
IT(3.33) PE(6.66)
[Pub.130] Romaniuk
Ryszard:
Photonics
Applications and Web Engineering: WILGA May
2013, in: Photonics Applications in Astronomy,
vol. 8903, 2013, ISBN 9780819485823, pp.
890303-1-890303-16, DOI:10.1117/12.2035420,
10 points
[Pub.137] Schmidt C., Ayvazyan G., Ayvazyan V,
Branlard J., Butkowski Łukasz, Grecki M.K,
Hoffmann Matthias, Jeżyński Tomasz, Ludwig
Frank, Bou Habib Samer, Barmuta Paweł,
Czuba Krzysztof Marek, Grzegrzółka Maciej,
Janas Ewa, Piekarski Jan, Rutkowski Igor,
Sikora Dominik, Zembala Łukasz, Żukociński
Mateusz Sebastian: Recent Developments of the
European XFEL LLRF System, in: Proceedings of
the 4th International Particle Accelerator
Conference / Zhentang Zhao (eds.), 2013, ISBN
978-3-95450-122-9, pp. 2941-2943, 10 points
[Pub.131] Romaniuk Ryszard: Visions for the
Future of Particle Accelerators, in: Photonics
9780819485823,
pp.
890324-1-890324-7,
DOI:10.1117/12.2035418, 10 points
[Pub.138] Sekutowicz Jacek, Ayvazyan V., Czuba
Krzysztof
Marek,
Szewiński
Jarosław:
Feasibility of CW and LP Operation of the XFEL
Linac, in: Proceedings of 35th International FreeElectron Laser Conference, 2013, ss. 1-4, 10
punktów, PE(10.0)
[Pub.132] Rutkowski Igor, Czuba Krzysztof
Marek, Grzegrzółka Maciej, Schlarb H.,
Makowski D, Mielczarek A., Perek P.: Improved
Vector Modulator Card for MTCA-based LLRF
Control System for Linear Accelerators, in:
Proceedings of the 4th International Particle
Accelerator Conference / Zhentang Zhao (eds.),
2013, ISBN 978-3-95450-122-9, pp. 3207-3209,
10 points
[Pub.139] Sobotka Mirosław, Grzanka Antoni:
Visual Data on Tongue and Lips in Phonemes
Classification, in: Proceedings of the 6th
International Conference on Human System
Interactions (HSI) / Paja Wieslaw A.,
Wilamowski Bogdan M. (eds.), 2013, IEEE,
ISBN
978-1-4673-5635-0,
pp.
287-291,
DOI:10.1109/HSI.2013.6577837, 10 points
[Pub.133] Rutkowski Igor, Butkowski Łukasz,
Hoffmann Matthias, Schlarb H., Schmidt C.:
REGAE LLRF Control System Overview, in:
Proceedings of the 4th International Particle
Accelerator Conference / Zhentang Zhao (eds.),
2013, ISBN 978-3-95450-122-9, pp. 1-3, 10
points
Romaniuk
Ryszard:
Introduction,
in:
Proceedings of SPIE Electron Technology
Conference 2013, vol. 1, no. 8902, 2013, SPIE,
ISBN
978-0-8194-9521-1,
XVII-XX,
DOI:10.1117/12.2033297, 10 points
[Pub.134] Rzewuski Stanisław, Wielgo Maciej,
Kulpa Krzysztof, Malanowski Mateusz Piotr,
Kulpa Janusz: Multistatic Passive Radar Based
on WIFI - Results of the Experiment, in: 2013
International Conference on Radar, 2013, ISBN
978-1-4673-5177-5, pp. 230-234, 10 points
Romaniuk Ryszard: Electron Technology - Elte
2013, in: Proceedings of SPIE Electron
Technology Conference 2013, vol. 1, no. 8902,
2013, SPIE, ISBN 978-0-8194-9521-1, pp. 1-11,
DOI:10.1117/12.2033297, 10 points
[Pub.135] Samczyński Piotr Jerzy: Extended
Generalized Chirp Transform for Signal
Parameter Estimation in Bistatic Passive Pulse
Radars, in: Proceedings International Radar
- 74 -
[Pub.142] Tarapata Grzegorz, Paczesny Daniel,
Kawecki Krzysztof: Characterization of InkjetPrinting HF and UHF Antennas for RFID
Applications, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89032I-1-89032I-7, DOI:10.1117/12.2041792, 10
points
[Pub.148] Weremczuk Jerzy, Tarapata Grzegorz,
Jachowicz Ryszard, Yashchyshyn Yevhen,
Godziszewski Konrad, Bajurko Paweł, Szafran
Mikołaj, Pawlikowska E: The Ink-jet Printing of
Microstrip Lines on Ferroelectric Ceramicpolymer Composites and its Characterization in
sub-THz range, in: Proceedings of SPIE Electron
Technology Conference 2013, vol. 1, no. 8902,
2013, SPIE, ISBN 978-0-8194-9521-1, 89021V1-89021V-6, DOI:10.1117/12.2031036, 10 points
[Pub.143] Tarapata Grzegorz, Marzęcki Michał:
Methodology and Technological Aspects of the
Flexible Substrate Preparation for Ink-jet
Printing Technology, in: Photonics Applications
in Astronomy, Communications, Industry, and
High-Energy Physics Experiments / Romaniuk
Ryszard (eds.), vol. 8903, 2013, ISBN
9780819485823,
89032M-1-89032M-7,
DOI:10.1117/12.2041890, 10 points
[Pub.149] Wojeński
Andrzej,
Kasprowicz
Grzegorz
Henryk,
Poźniak
Krzysztof,
Romaniuk Ryszard: Automatic Resource
Identification for FPGA-Based Reconfigurable
Measurement and Control Systems with
Mezzanines in FMC Standard, in: Photonics
9780819485823,
89031H-1-89031H-10,
DOI:10.1117/12.2032022, 10 points
[Pub.144] Tavares D.O., Baron R.A., Cardoso F.H.,
Marques S.R., Russo L.M., Byszuk Adrian,
Kasprowicz Grzegorz Henryk, Wojeński
Andrzej: Development of an Open-Source
Hardware Platform for SIRIUS BPM and Orbit
Feedback, in: Proceedings of the 14th
International Conference on Accelerator and
Large Experimental Physics Control Systems,
2013, pp. 1036-1039, 10 points
[Pub.150] Wojeński
Andrzej,
Kasprowicz
Grzegorz Henryk, Romaniuk Ryszard:
Automatic Configuration of FMC Boards for
FPGA-Based Reconfigurable Measurement and
Control Systems with Mezzanines in FMC
Standard, in: Photonics Applications in
(ed.), vol. 8903, 2013, ISBN 9780819497857,
89031J-1-89031J-10, DOI:10.1117/12.2035445,
10 points
[Pub.145] Twardowski Jan, Nowak Robert Marek:
The DNA Assembler for Next Generation
Sequencers, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
pp.
890317-1-890317-6,
DOI:10.1117/12.2032637, 10 points
[Pub.151] Wojeński
Andrzej,
Kasprowicz
Grzegorz
Henryk,
Poźniak
Krzysztof,
Romaniuk Ryszard: Automatic HDL Firmware
Generation for FPGA-based Reconfigurable
Measurement and Control Systems with
Mezzanines in FMC Standard, in: Photonics
Romaniuk Ryszard (ed.), vol. 8903, 2013, ISBN
9780819497857,
89031I-1-89031I-12,
DOI:10.1117/12.2032024, 10 points
[Pub.146] Wawrzyniak Zbigniew M., LisieckaBiełanowicz Mira: ICT Use for Information
Management in Healthcare System for Chronic
Disease Patient, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89031E-1-89031E-9, DOI:10.1117/12.2035460,
10 points
[Pub.152] Woźniak Karol, Mulawka Jan: Text
Converter to Support Legislative Process, in:
Photonics
Applications
in
Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89032P1-89032P-8, DOI:10.1117/12.2035172, 10 points
[Pub.147] Wąsiewicz Piotr: Another Expert System
Rule Inference Based on DNA Molecule Logic
Gates, in: Photonics Applications in Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89032U1-89032U-8, DOI:10.1117/12.2032392, 10 points
[Pub.153] Yashchyshyn Yevhen,
Godziszewski
Konrad, Bajurko Paweł, Modelski Józef, Szafran
- 75 -
M, Bobryk Ewa, Pawlikowska E, Tarapata
Grzegorz, Weremczuk Jerzy, Jachowicz
Ryszard: Tunable Ferroelectric CeramicPolymer Composites for Sub-THz Applications,
in: European Microwave Week, 2013, pp. 676679, 10 points, KTCh(1.25) PE(3.75) RE(5.0)
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89031L-1-89031L-12, DOI:10.1117/12.2033278,
10 points
[Pub.157] Zagoździńska
Agnieszka,
Poźniak
Krzysztof, Romaniuk Ryszard, Zalewski P:
Heavy stable charged particles search by RPC
system at CMS detector at LHC accelerator at
CERN, in: Photonics Applications in Astronomy,
vol. 8903, 2013, ISBN 9780819485823, 89031K1-89031K-6, DOI:10.1117/12.2032247, 10 points
[Pub.154] Zabołotny Wojciech, Radomski Dariusz,
Podbielska Agnieszka, Zaworski Wojciech,
Grzanka
Antoni:
A
Four
Channels
Electrohysterograph with Individually Self Tuning
Amplifier Gains, in: Proceedings of the IASTED
International Conference Biomedical Engineering
/ Boccaccini A. R., 2013, pp. 125-134,
DOI:10.2316/P.2013.791-065, 10 points, PE(8.0)
RE(2.0)
[Pub.158] Żukociński
Mateusz
Sebastian,
Abramowicz Adam: Design and Realization of
Complementary Couplings Filter Based on
Electromagnetic
Field
Distributions,
in:
International Conference on Electromagnetics in
Advanced Applications, 2013, ISBN 978-1-46735705-0,
pp.
1301-1304,
DOI:10.1109/ICEAA.2013.6632460, 10 points
[Pub.155] Zabołotny Wojciech, Byszuk Adrian,
Chernyshova Maryna, Cieszewski Radosław,
Czarski Tomasz, Dominik Wojciech, Jakubowska
Katarzyna L., Kasprowicz Grzegorz Henryk,
Poźniak Krzysztof, Rzadkiewicz Jacek, Scholz
Marek: Embedded Controller for GEM Detector
Readout System, in: Photonics Applications in
(eds.), vol. 8903, 2013, ISBN 9780819485823,
89032N-1-89032N-12, DOI:10.1117/12.2033281,
10 points
[Pub.159] Żukociński
Mateusz
Sebastian,
Abramowicz Adam: Lossy Inverters and Their
Influence on Coupled Resonator Filter
Characteristics, in: The International IEEE
Conference on Microwaves, Communications,
Antennas and Electronic Systems, 2013, pp. 1-5,
10 points
[Pub.156] Zabołotny Wojciech: Optimized Ethernet
Transmission of Acquired Data from FPGA to
Embedded System, in: Photonics Applications in
Other scientific and technical papers published in the inernational and national
Conference Proceedings
High Order Modes Electronics in MTCA.4
Standard for Flash and the European XFEL, in:
Proceedings
of
International
Beam
Instrumentation Conference, 2013, pp. 443-446, 0
points
[Pub.160] Bączyk Marcin Kamil, Krysik Piotr,
Malanowski Mateusz Piotr, Gromek Artur,
Kulpa Janusz, Dzwonkowski Paweł: Multi-Static
Multi-Receiver Target Localization Using DVB-T
Transmitters, in: Specialists Meeting on "Passive
radar, challenges concerning theory and practice
in military applications" (SET-187), 2013, pp. 14, 0 points
[Pub.163] Branland J., Czuba Krzysztof Marek,
Rutkowski Igor, Sikora Dominik, Zembala
Łukasz, Żukociński Mateusz Sebastian,
Butkowski Łukasz: Equipping Flash with a
MTCA.4-Based LLRF System, in: Proceedings of
the 16th International Conference on RF
Superconductivity, 2013, pp. 1-4, 0 points
[Pub.161] Bereś-Pawlik Elżbieta, Jędrzejewski
Kazimierz: The Investigation of Fibre Bragg
Grating in Polarized Light, in Proceedings
Information Photonics 2013 / Marciniak M (red.),
2013, ss. 127-132, 0 points
[Pub.164] Brenner T., Kasprzak P., Lamentowski L.,
Kulpa Krzysztof, Malanowski Mateusz Piotr:
The Benefits of Data Fusion from PCL and PET
Passive Sensors, in: Specialists Meeting on
[Pub.162] Bou Habib Samer, Abramowicz Adam,
Baboi Nicoleta, Holger Schlarb: New Design of
- 76 -
"Passive radar, challenges concerning theory and
practice in military applications" (SET-187),
2013, 0 points
Cables, in: 2013 Signal Processing Symposium
(SPS) / Kulpa Krzysztof [et al.] (eds.), 2013,
ISBN
978-1-4673-6319-8,
pp.
1-4,
DOI:10.1109/SPS.2013.6623614, 0 points
[Pub.165] Chernyshova M., Czarski Tomasz,
Dominik W, Jakubowska Katarzyna L.,
Rzadkiewicz Jacek, Scholz Marek, Poźniak
Krzysztof, Kasprowicz Grzegorz Henryk,
Zabołotny Wojciech: Development of GEM Gas
Detectors for X‐Ray Crystal Spectrometry, in: 3rd
International Conference on Micro-Pattern
Gaseous Detectors, 2013, poster, 0 points
[Pub.172] Kulpa Janusz, Gromek Damian,
Samczyński Piotr Jerzy, Kulpa Krzysztof,
Gromek Artur, Malanowski Mateusz Piotr:
Results of High-Resolution ISAR Imaging of
Ground Moving Targets, in: 2013 Signal
Processing Symposium (SPS) / Kulpa Krzysztof
[et al.] (eds.), 2013, ISBN 978-1-4673-6319-8,
pp. 1-4, DOI:10.1109/SPS.2013.6623569, 0
points
[Pub.166] Czwalinna M.K., Gerth Ch., Schlarb H.,
Bou Habib Samer, Korolczuk Stefan,
Szewiński Jarosław, Kuhl A.: New Design of the
40 GHz Bunch Arrival Time Monitor Using
MTCA.4 Electronics at Flash and for the
European XFEL, in: Proceedings of International
Beam Instrumentation Conference, 2013, pp. 749752, 0 points
[Pub.173] Kulpa Janusz, Bączyk Marcin Kamil,
Kulpa Krzysztof: in Polish - Wpływ obecności
farm wiatrowych na działanie radaru pasywnego,
in: Konferencja Urządzenia i Systemy
Radioelektroniczne w ramach Dni Radiolokacji
2013, 2013, pp. 1-5, 0 points
[Pub.167] Głowicki Miron, Butkiewicz Bohdan:
Autonomous Line-Follower with Fuzzy Control,
in: 2013 Signal Processing Symposium (SPS) /
Kulpa Krzysztof [et al.] (eds.), 2013, ISBN 978-14673-6319-8,
pp.
1-6,
DOI:10.1109/SPS.2013.6623591, 0 points
[Pub.174] Kulpa Krzysztof, Misiurewicz Jacek,
Bączyk Marcin Kamil, Krysik Piotr,
Dzwonkowski Paweł: Altitude Measurement from
Multipath Reflection in Passive Radar –
Compressed Sensing Approach, in: Specialists
Meeting on "Passive radar, challenges concerning
theory and practice in military applications"
(SET-187), 2013, pp. 1-4, 0 points
[Pub.168] Gomółka Ryszard, Grzanka Antoni,
Cudnoch-Jędrzejewska A.: From Apelin, Ang II
and AVP to Boolean Model of Central Regulation
of BP, in: IEEE Life Sciences Grand Challenges
Conference, 2013, abstract, 0 points
[Pub.175] Kulpa Krzysztof, Malanowski Mateusz
Piotr, Samczyński Piotr Jerzy, Krysik Piotr,
Rzewuski
Stanisław:
Application
of
Communication Signals for Remote Sensing, in:
Proceedings of the Conference on Electronics
Telecommunications and Computers, 2013, pp. 16, 0 points
[Pub.169] Gromek
Artur,
Castaldo
Luigi:
Collaborative Signal Processing Symposium
Filtering Technique for SAR Image Speckle Noise
Suppression, in: 2013 (SPS) / Kulpa Krzysztof [et
al.] (eds.), 2013, ISBN 978-1-4673-6319-8, pp. 14, DOI:10.1109/SPS.2013.6623570, 0 points
Jerzy, Malanowski Mateusz Piotr, Misiurewicz
Jacek, Bączyk Marcin Kamil, Kulpa Janusz:
Impact of Wind-Farms on Passive Radar
Operation, in: Specialists Meeting on "Passive
radar, challenges concerning theory and practice
in military applications" (SET-187), 2013, pp. 15, 0 points
[Pub.170] Gromek Damian, Samczyński Piotr
Jerzy, Misiurewicz Jacek,
Malanowski
Mateusz Piotr, Kulpa Krzysztof, Gromek
Artur, Gadoś Andrzej, Jarzębska Anna,
Smolarczyk Maciej: New High Resolution SAR
Modes for an Airborne Maritime Patrol Radar —
Implementation and Results, in: 2013 Signal
Processing Symposium (SPS) / Kulpa Krzysztof
[et al.] (eds.), 2013, ISBN 978-1-4673-6319-8,
pp. 1-4, DOI:10.1109/SPS.2013.6623571, 0
points
[Pub.177] Maślak Wojciech, Butkiewicz Bohdan:
Autonomous Vehicle with Fuzzy Control, in: 2013
Signal Processing Symposium (SPS) / Kulpa
Krzysztof [et al.] (eds.), 2013, ISBN 978-1-46736319-8, pp. 1-6, DOI:10.1109/SPS.2013.6623590,
0 points
[Pub.171] Kowalczyk Łukasz, Abramowicz Adam:
Non-invasive Directional Couplers for Cellflex
- 77 -
[Pub.178] Maślikowski Łukasz, Samczyński Piotr
Jerzy, Bączyk Marcin Kamil: X-band Receiver
for Passive Imaging Based on TerraSAR-X
Illuminator, in: 2013 Signal Processing
Symposium (SPS) / Kulpa Krzysztof [et al.]
(eds.), 2013, ISBN 978-1-4673-6319-8, pp. 1-4,
DOI:10.1109/SPS.2013.6623593, 0 points
[Pub.186] Radomski Dariusz, Pankiewicz Katarzyna,
Zaworski Wojciech, Zabołotny Wojciech,
Podbielska Agnieszka: in Polish - Analiza
odporności wybranych parametrów sygnału
elektrohysterograficznego
na
artefakty
wynikające z napięcia izometrycznego mięśnia
tłoczni brzusznej, in: Mat. XVIII Krajowej
Konferencji
Biocybernetyki
i
Inżynierii
Biomedycznej, 2013, pp. 1-5, 0 points
[Pub.179] Mazurek Gustaw Stanisław: Statistical
Analysis of Photovoltaic Power Generation in
Poland, in: 2013 Signal Processing Symposium
ISBN
978-1-4673-6319-8,
pp.
1-6,
DOI:10.1109/SPS.2013.6623615, 0 points
[Pub.187] Roszkowski Paweł, Malanowski Mateusz
Piotr: in Polish - Demonstrator radaru
szumowego z interferometrycznym pomiarem
kierunku, in: Konferencja Urządzenia i Systemy
2013, 2013, pp. 1-5, 0 points
[Pub.180] Misiurewicz Jacek, Kulpa Janusz: in
Polish - Suprerozróżnialność metod Compressed
Sensing w zastosowaniu do radaru pasywnego,
in: Konferencja Urządzenia i Systemy
2013, 2013, pp. 1-5, 0 points
[Pub.188] Roszkowski Paweł, Samczyński Piotr
Jerzy,
Malanowski
Mateusz
Piotr,
Gorzelańczyk Adam, Kulpa Krzysztof: Passive
Radar Utilizing Early Warning VHF Radar as
Illuminator of Opportunity, in: Specialists
Meeting on "Passive radar, challenges concerning
theory and practice in military applications"
(SET-187), 2013, 0 points
[Pub.181] Misiurewicz Jacek, Kulpa Janusz:
Compressed Sensing Algorithms Performance
with Superresolution in a Passive Radar, in:
International Workshop on Compressed Sensing
Applied to Radar (CoSeRa 2013), 2013, pp. 1-4, 0
points
[Pub.189] Rytel-Andrianik Rafał Piotr: On
Circularity of Complex-Valued Radar Signals, in:
2013 Signal Processing Symposium (SPS) /
pp.
1-6,
DOI:10.1109/SPS.2013.6623576, 0 points
[Pub.182] Nałęcz Marek: in Polish - Zastosowanie
metod opartych na rzadkiej reprezentacji sygnału
do poprawy skuteczności detekcji w radarze z
elektronicznie sterowaną wiązką, in: Konferencja
Urządzenia i Systemy Radioelektroniczne w
ramach Dni Radiolokacji 2013, 2013, pp. 1-13, 0
points
[Pub.190] Serrano J., Cattin M., Gousiou E., van der
Bij E., Włostowski Tomasz, Daniluk G., Lipiński
Maciej Marek: The White Rabbit Project, in:
Proceedings
of
International
Beam
Instrumentation Conference, 2013, pp. 936-942, 0
points
[Pub.183] Opara Karol, Arabas Jarosław: Censoring
Mutation in Differential Evolution, in:
Proceedings
of
Symposium
Series
on
Computational Intelligence, 2013, pp. 54-60,
DOI:10.1109/SDE.2013.6601442, 0 points
[Pub.191] Sydlo C., Czwalinna M.K., Felber M.,
Gerth C., Lamb T., Holger Schlarb, Schulz Z.,
Jabłoński Szymon, Zummack F.: Development
Status of Optical Synchronization for the
European XFEL, in: Proceedings of International
Beam Instrumentation Conference, 2013, pp. 135138, 0 points
[Pub.184] Pikacz Bartosz: An Implementation and
Performance Analysis of a Sidelobe Canceller, in:
2013 Signal Processing Symposium (SPS) /
pp.
1-6,
DOI:10.1109/SPS.2013.6623574, 0 points
[Pub.192] Tavares D.O., Baron R.A., Cardoso F.H.,
Marques R.S., Neto J.L.B., Russo M.L., Byszuk
Adrian, Kasprowicz Grzegorz Henryk,
Wojeński Andrzej: Development of the Sirius RF
BPM Electronics, 4 p., 2013, International Beam
Instrumentation Conference, Oxford, UK 1619.IX.2013, 0 points
[Pub.185] Płatonow Anatolij, Zaitsev Ievgen:
Performance of PHY Layer Links of WSN:
Criterions and Ways of Improvement, in:
Proceedings of the IEEE International Workshop
on Measurements and Networking, 2013, pp. 5257, 0 points
- 78 -
[Pub.193] Wójtowicz-Krawiec Anna, Sokołowska I.,
Łukasiewicz N., Pawlik M., Nowak Robert
Marek, Płucienniczak Andrzej, Płucienniczak
M.: Obtaining of Recombinant Deubiquitinating
ubp4 Protease and Testing its Activity in Relation
to Recombinant Fusion Protein, in: International
Conference, Proteins from Birth to Death, 2013,
pp. 1-6, 0 points
Platform, in: 2013 Signal Processing Symposium
ISBN
978-1-4673-6319-8,
pp.
1-4,
DOI:10.1109/SPS.2013.6623611, 0 points
[Pub.195] Zummack F., Czwalinna M.K., Felber M,
Lamb T., Holger Schlarb, Schulz S., Jabłoński
Szymon, Sydlo C.: Status of the Fiber Link
Stabilization Units at FLASH, in: Proceedings of
International Beam Instrumentation Conference,
2013, pp. 139-142, 0 points
[Pub.194] Zawadka Łukasz, Maślikowski Łukasz:
DVB-T Based Passive Radar Demonstrator Using
Digital Correlator Implemented on NI FlexRIO
Posters
[Pub.196] Borowski T., Suchenek Mariusz
Jarosław, Burd Aleksander, Starecki Tomasz:
Improved Photoacoustic Generator, 1 p., 2013,
Conference on Photoacoustic and Photothermal
Theory and Applications, Warsaw 2013, poster
[Pub.200] Starecki
Tomasz,
Zbysiński
P.:
Multichannel Detection of Photoacoustic Signals,
1 p., 2013, Conference on Photoacoustic and
Photothermal
Theory
and
Applications,
Warszawa 2013, poster
[Pub.197] Geras Antonina, Starecki Tomasz:
Parametric
Analysis
of
a
Differential
Photoacoustic Helmholtz Cell, 1 p., 2013,
Conference on Photoacoustic and Photothermal
Theory and Applications, Warszawa 2013, poster
[Pub.201] Suchenek Mariusz Jarosław: A Novel
Method of a Photoacoustic Cell Frequency
Response Evaluation, 1 p., 2013, Conference on
Photoacoustic and Photothermal Theory and
Applications, Warszawa 2013, poster
[Pub.198] Lamb Thorsten, Czwalinna Marie Kristin,
Felber Matthias, Gerth Christopher, Holger
Schlarb, Schulz Sebastian, Sydlo Cezar,
Titberidze Mikheil, Zummack Falco, Janas Ewa,
Szewiński Jarosław: Femtosecond Stable Laserto-RF
Phase
Detection
for
Optical
Synchronization Systems, 2013, International
Beam Instrumentation Conference, Oxford, UK
16-19.IX.2013, poster
[Pub.202] Suchenek
Mariusz
Jarosław:
Photoacoustic Cell with Digital Differential
Detection, 1 p., 2013, Conference on
Photoacoustic and Photothermal Theory and
Applications, Warszawa 2013, poster
[Pub.203] Weremczuk Jerzy, Tarapata Grzegorz,
Jachowicz Ryszard, Yashchyshyn Yevhen,
Godziszewski Konrad, Bajurko Paweł, Szafran
Mikołaj, Pawlikowska E: in Polish - Wytwarzanie
za pomocą druku strumieniowego linii
mikropaskowych na ferroelektrycznych podłożach
ceramiczno-polimerowych i ich charakteryzacja
w zakresie sub THz, 1 s., 2013, 11th Electron
Technology Conference 2013, Ryń, Poland, 2013,
poster
Differential Open Photoacoustic Helmholtz Cell,
2 p., 2013, Conference on Photoacoustic and
Photothermal
Theory
and
Applications,
Warszawa 2013, poster
- 79 -
6.
REPORTS
6.1. Research reports
Paterson James McEwan, Peskin Michael,
Stanitzki Marcel, Czuba Krzysztof Marek,
Yamamoto H, Romaniuk Ryszard, Walker
Nicholas, Zabołotny Wojciech, al. et.: The
International Linear Collider. Technical Design
Report. Volume 4: Detectors, 363 p., 2013,
report
[Rep.1] Abada A., Abe T., Abernathy J.M.,
Behnke Ties, Brau James E., Foster Juan, Fuster
Juan, Harrison Mike, Paterson James McEwan,
Peskin Michael, Stanitzki Marcel, Czuba
Krzysztof Marek, Yamamoto H, Romaniuk
Ryszard,
Walker
Nicholas,
Zabołotny
Wojciech, al. et.: The International Linear
Collider. Technical Design Report. Volume 1:
Executive
Summary,
http://www.linearcollider.org/ILC/Publications/T
echnical-Design-Report,
46
p.,
2013,
International Linear Collider, report
[Rep.6] Adamski Tomasz: in Polish - Systoliczne
i semiostoliczne sieci sortujące, 150 p., 2013,
technical report
[Rep.7] Gierłowski Krzysztof, Abramowicz
Adam, Jaworski M., Syryanyy Y., Abal’osheva
I., Juchniewicz Marcin, Guziewicz M:
Microwave characterization of small high-Tc
superconducting thin film filters, 184 p., 2013,
technical report
[Rep.2] Abada A., Abe T., Abernathy J.M., Baer
Howard, Behnke Ties, Brau James E., Foster
Juan, Fuster Juan, Harrison Mike, Paterson
James McEwan, Peskin Michael, Stanitzki
Marcel, Czuba Krzysztof Marek, Yamamoto
H, Romaniuk Ryszard, Walker Nicholas,
Zabołotny Wojciech, al. et.: The International
Linear Collider. Technical Design Report.
Volume 2: PHYSICS, 189 p., 2013, report
[Rep.8] Malanowski Mateusz Piotr, Kulpa
Krzysztof,
Samczyński
Piotr
Jerzy,
Misiurewicz Jacek: in Polish - Projekt
koncepcyjny” - raport naukowy wykonany w
ramach projektu „Opracowanie systemu
radiolokacji pasywnej na potrzeby zestawów
rakietowych Obrony Przeciwlotniczej ZROP”,
ISE/2012/NCBiR/ZROP,
DOBR/0043/R/ID1/2012/03, 2013, report
Adolphsen Chris, Baer Howard, Behnke Ties,
Brau James E., Burrows Philip, Foster Juan,
Fuster Juan, Harrison Mike, Paterson James
McEwan, Peskin Michael, Stanitzki Marcel,
Czuba Krzysztof Marek, Yamamoto A.,
Romaniuk
Ryszard,
Walker
Nicholas,
Volume 3.I.: ACCELERATOR R&D, 217 p.,
2013, report
[Rep.9] Mazurek
Gustaw
Stanisław,
Abramowicz Adam, Rupniewski Marek
Wojciech, Nałęcz Marek, Rytel-Andrianik
Rafał Piotr, Pikacz Bartosz: in Polish - Analiza
stanu aktualnego z pomiarami laboratoryjnymi
oraz propozycje rozwiązania z modelem
fizycznym, 2013, 107 p., technical report
Adolphsen Chris, Baer Howard, Behnke Ties,
Brau James E., Burrows Philip, Foster Juan,
Fuster Juan, Harrison Mike, Paterson James
McEwan, Peskin Michael, Stanitzki Marcel,
Czuba Krzysztof Marek, Yamamoto A.,
Romaniuk
Ryszard,
Walker
Nicholas,
Volume 3.II.: ACCELERATOR BASELINE
DESIGN, 339 p., 2013, report
[Rep.10] Nałęcz Marek et al.: in Polish - Schematy
blokowo-funkcjonalne
podsystemu
przetwarzania sygnałów i założenia na zmiany w
systemie ReMix, 22 p., 2013, technical report
[Rep.11] Rytel-Andrianik Rafał Piotr et al.: in
Polish - Algorytm wykrywania moździerzy, 55 p.,
2013, technical report
[Rep.12] Wieczorek Piotr Z.: in Polish Impulsowy wzmacniacz transkonduktancyjny, 13
p., 2013, technical report
[Rep.5] Abada A., Abe T., Abernathy J.M., Baer
Howard, Behnke Ties, Brau James E., Burrows
Philip, Foster Juan, Fuster Juan, Harrison Mike,
- 80 -
7.
PATENTS
7.1. Foreign patent applications
[Pat. 1] Cichosz Paweł, Kłopotek Mieczysław,
Skowroński Krzysztof: Parallel Decision - or
Regression-Tree Growing
United Kingdom Intellectual Property
Office
No 1313326.9
Publication date: July 26, 2013
No US 2013/0329392 A1
Publication date: December 1, 2013
[Pat. 4] Kłopotek
Mieczysław,
Skowroński
Krzysztof, Cichosz Paweł: Method and System
for Processing Data in a Parallel Database
Environment;
Office
No 1313274.1
[Pat. 2] Cichosz Paweł, Kłopotek Mieczysław,
Skowroński Krzysztof: Parallel Tree based
Prediction
Office
No 1313245.1
[Pat. 5] Skowroński
Krzysztof,
Kłopotek
Mieczysław, Cichosz Paweł, Dendek Cezary,
Dramiński Michał: A method and a System for
Distributed Processing of Data Records
Office
No 1319056.6
Publication date: October 29, 2013
[Pat. 3] Czuba Krzysztof, Jeżyński Tomasz,
Ludwig Frank, Schlarb Holger: Backplane
Configuration for Use in Electronic Crate
Systems
United States Patent Application
7.2. Home patents
Patent no PL 216761
Decision date: October 23, 2013
[Pat. 6] Gołofit Krzysztof: in Polish - Różnicowoprądowa bramka logiczna, zwłaszcza do układów
kryptograficznych odpornych na ataki z kanałem
pobocznym,
Patent no P.387471
Decision date: November 22, 2013
[Pat. 11] Nowak Robert Marek, Płucienniczak
Andrzej: Sposob identyfikacji cząsteczek DNA
opisanych wyrażeniem regularnym,
Patent no PL 216751
Decision date: October 23, 2013
[Pat. 7] Gołofit Krzysztof: in Polish - Prądowy
układ programowalny,
Patent no P.388749
[Pat. 12] Starecki Tomasz: in Polish - Sposób
detekcji fotoakustycznej;
Patent no PL 214326 B1
Decision date: July 31, 2013
[Pat. 8] Gołofit Krzysztof: in Polish - Układ
realizacji operacji binarnych,
Patent no P.388757
[Pat. 13] Starecki: Tomasz in Polish - Sposób
wykonywania pomiarów fotoakustycznych,
Decision date: August 30, 2013
[Pat. 9] Gołofit Krzysztof: in Polish - Przerzutnik
typu zatrzask,
Patent no P.388756
[Pat. 14] Starecki Tomasz: in Polish - Komora
fotoakustyczna:
[Pat. 10] Nowak Robert Marek, Płucienniczak
Andrzej: in Polish - Sposob identyfikacji
cząsteczek
DNA
opisanych
wyrażeniem
regularnym,
[Pat. 15] Wąsiewicz Piotr: in Polish - Sposób
wykonywania operacji dodawania na liczbach
- 81 -
binarnych przy użyciu cząsteczek DNA,
Patent no PL 214232
Multichannel Rotating Microvalve, (in Polish –
in Polish - Wielokanałowy mikrozawór
obrotowy,
Patent no 215748 B1,
Decision date: December, 2013
[Pat. 16] Żukowski Kamil, Chudy Michał, Dybko
Artur, Brzózka Zbigniew, Weremczuk Jerzy,
Iwaszko Roman, Jachowicz Ryszard:
Home patent applications
No P-405413
[Pat. 17] Kowalczyk
Łukasz,
Abramowicz
Adam: in Polish - Sprzęgacz kierunkowy
No P-406598
[Pat. 20] Starecki Tomasz: in Polish - Sposób i
urządzenie do detekcji fotoakustycznej;
No P-405414
[Pat. 18] Skowroński
Krzysztof,
Kłopotek
Mieczysław A, Cichosz Paweł, Dendek
Cezary, Dramiński Michał: A method and a
System for Distributed Processing of Data
Records,
No: 1319056.6
Publication date: October 29, 2013
[Pat. 21] Zych Mariusz, Łabudziński Aleksander:
A Method of and a Circuit for Radar Signal
Compression
Patent no PCT/PL2013/00021
Publication date: February 7, 2013
[Pat. 19] Starecki Tomasz: in Polish - Komora
fotoakustyczna,
82
8.
CONFERENCES, SEMINARS AND MEETINGS
8.1. International conferences
20-23, 2013. Participants: Krzysztof Czuba
Ph.D., Samer Bou Habib Ph.D.Student
[Conf.1] LLRF Collaboration Meeting Otwock,
Poland, February 5 - 8, 2013. Participant:
[Conf.12] 19th IMEKO TC 4 Symposium on
Measurement of Electrical Quantities and 17th
International Workshop on ADC and DAC
Modeling
and
Testing
’Advances
in
Instrumentation and Sensors Interoperability,
Barcelona, Spain, July 18-19, 2013. Participant:
Konrad Jędrzejewski Ph.D.
[Conf.2] 4th RFTech Workshop, Annecy, France,
March, 25-26, 2013. Participants: Krzysztof
Czuba Ph.D., Samer Bou Habib Ph.D.Student
[Conf.3] IEEE Radar Conference – RadarCon 2013,
Ottawa, Canada, April 29 – May 3, 2013.
Participant: Piotr Samczyński D.Sc., Ph.D.
[Conf.13] International
Symposium
on
Electromagnetic Compatibility EMC Europe
2013, Brugge, Belgium, September 2 – 6, 2013.
Participant: Ievgen Zaitsev Ph.D.Student
[Conf.4] 8th International Conference on Electrical
and Control Technologies ECT-2013, Kaunas,
Lithuania, May 2-3, 2013. Participant: Professor
Adam Abramowicz
[Conf.14] 2013 International Conference on Radar,
Adelaide, Australia, September 5-28, 2013.
Participants: Piotr Krysik Ph.D.Student, Janusz
Kulpa Ph.D.Student, Łukasz Maślikowski
Ph.D.Student, Anna Kurowska M.Sc., Stanisław
Rzewuski Ph.D.Student
[Conf.5] The 4th International Particle Accelerator
Conference IPAC'13, Shanghai, China, May 1217, 2013. Participant: Igor Rutkowski
Ph.D.Student
[Conf.6] Signal Processing Symposium 2013, SPS2013, Jachranka, Poland, June 5-7, 2013.
Participants: Professor Krzysztof Kulpa,
Mateusz Malanowski D.Sc., Piotr Samczyński
D.Sc., Ph.D., Gustaw Mazurek Ph.D., Marcin
Kamil Bączyk Ph.D.Student, Janusz Frączek
Ph.D.Student, Damian Gromek Ph.D.Student,
Piotr Krysik Ph.D.Student, Janusz Kulpa
Ph.D.Student,
Łukasz
Maślikowski
Ph.D.Student, Anna Kurowska M.Sc.
Conference
on
Electromagnetics in Advanced Applications,
Torino, Italy, September 7-15, 2013.
Participant: Mateusz Żukociński Ph.D.Student
Beam
Instrumentation
Conference IBIC 2013, Said Business School,
Oxford, Great Britain, September 16 – 19, 2013.
Participant: Samer Bou Habib Ph.D.Student
[Conf.17] Information Photonics 2013 Conference,
Warsaw, Poland, September 16-19, 2013.
Participant: Kazimierz Jędrzejewski D.Sc.,
Ph.D.
[Conf.7] 6th International Conference on Human
System Interaction, Gdansk, Poland, June 6-8,
2013.
Participant:
Mirosław
Sobotka
Ph.D.Student
[Conf.18] 2nd
International
Workshop
on
Compressed Sensing Applied to Radar, Bonn,
Germany, September 17-19, 2013. Participant:
[Conf.8] EUCARD’13, Geneve, Switzerland, June
09-13, 2013. Participant: Krzysztof Czuba Ph.D.
[Conf.9] The 17 th International Conference on
Solid-State
Sensors,
Actuators
and
Microsystems
Transducers’13,
Barcelona,
Spain, June 16 - 20, 2013. Participants: Jerzy
Weremczuk D.Sc., Grzegorz Tarapata Ph.D.
[Conf.19] Conference
on
Photoacoustic
and
Photothermal Theory and Applications CPPTA,
Warsaw, Poland, September 25-27, 2013.
Participants: Professor Tomasz Starecki,
Aleksander Burd Ph.D., Mariusz Suchenek
Ph.D., Antonina Geras Ph.D.Student, Barbara
Kozielewska.
[Conf.10] International Radar Symposium 2013,
IRS, Dresden, Germany, June 19-21, 2013.
Participants: Jacek Misiurewicz D.Sc., Ph.D.,
Piotr Samczyński D.Sc., Ph.D., Damian Gromek
Ph.D.Student, Piotr Krysik Ph.D.Student,
Janusz Kulpa Ph.D.Student,
[Conf.20] 17th International Congress of the Polish
Cardiac Society, Wroclaw, Poland, September
26-28, 2013. Participant: Ryszard Gomółka
Ph.D.Student
[Conf.11] Mixed Design of Integrated Circuits and
Systems MIXDES 2013, Gdynia, Poland, June
- 83 -
[Conf.21] LLRF 2013, Lake Tahoe, USA, September
30 - October 4, 2013. Participants: Krzysztof
Czuba Ph.D., Samer Bou Habib Ph.D.Student
APCAACI 2013, Taipei, Taiwan, November 14
– 17, 2013. Participant: Zbigniew M.
Wawrzyniak Ph.D.
[Conf.22] 2-nd IEEE International Workshop on
Measurements and Networking, M&N 2013,
Naples, Italy, October 7-8, 2013. Participant:
Professor Anatoly Płatonow
[Conf.27] Swiss Conference on Printed Electronics
and Functional Materials Swiss e-Print,
Bazylea, Switzerland, November 21-22, 2013.
Participant: Grzegorz Tarapata Ph.D.
[Conf.23] 2013 European Radar Conference EuRAD
2013, Nuernberg, Germany, October 6-11,
2013. Participant: Professor Krzysztof Kulpa
[Conf.28] HEPTech Academia - Industry Matching
Event on Technology of Controls for
Accelerators and Detectors, Athens, Greece,
December 2 – 3, 2013. Participant: Grzegorz
Kasprowicz Ph.D.
[Conf.24] The International IEEE Conference on
Microwaves, Communications, Antennas and
Electronic Systems, Tel Aviv, Israel, October
18-28, 2013. Participant: Mateusz Żukociński
Ph.D.Student
[Conf.29] Conference
on
Electronics,
Telecommunications and Computers CETC
2013, Lisbone. Portugal, December 5- 6, 2013.
Participant: Professor Krzysztof Kulpa
[Conf.25] Conference TSensors Summit for Trillon
Sensor Roadmap, Stanford University, USA,
October 20-28, 2013. Participant: Professor
Ryszard Jachowicz
[Conf.30] MTCA Workshop for Industry and
Research, Hamburg, Germany, December 1112, 2013. Participants: Krzysztof Czuba Ph.D.,
Grzegorz Kasprowicz Ph.D.
[Conf.26] The Asia Pacific Congress of Allergy,
Asthma and Clinical Immunology 2013 -
8.2. Local conferences
[Conf.31] National
Conference
Technologiczne
aspekty procesów powlekania selektywnego
AMB Technic, Cracow, Poland, February 26,
2013. Participant: Grzegorz Tarapata Ph.D.
[Conf.36] XXXIIth Symposium on Electronics and
Photonics for Astronomy and High Energy
Physics Experiments, Wilga, Poland, May 26 –
June 2, 2013. Participants: Professor Ryszard
Romaniuk, Professor Adam Abramowicz,
Professor Tomasz Adamski, Professor Antoni
Grzanka, Professor Jan Mulawka, Professor Jan
Ogrodzki, Professor Grzegorz Pankanin,
Professor
Anatoly
Płatonow,
Professor
Krzysztof
Poźniak
Docent
Kazimierz
Jędrzejewski D.Sc., Ph.D., Jacek Dusza Ph.D.,
Stanisław Jankowski D.Sc., Ph.D., Konrad
Jędrzejewski Ph.D., Grzegorz Kasprowicz
Ph.D., Arkadiusz Lewandowski Ph.D., Łukasz
Małkiewicz Ph.D., Robert Nowak Ph.D.,
Katarzyna Opalska Ph.D., Daniel Paczesny
Ph.D., Maciej Linczuk Ph.D., Mariusz
Suchenek Ph.D., Grzegorz Tarapata Ph.D.,
Zbigniew M. Wawrzyniak Ph.D., Piotr
Z.Wieczorek Ph.D., Wojciech Zabołotny Ph.D.,
Janusz Frączek M.Sc. and Ph.D.Students:
Adrian Byszuk, Tomasz Bolesław Cedro,
Radosław Cieszewski, Antonina Geras, Szymon
Jabłoński, Maciej Dominik Rybka, Piotr Sitek,
Emanuel Tataj, Andrzej Wojeński, Agnieszka
Zagoździńska, Ievgen Zaitsev
[Conf.32] 18th Winter Workshop on Photoacoustics
and Thermal Wave Methods, Szczyrk, Poland,
February 26 - March 1, 2013. Participants:
Professor Tomasz Starecki, Antonina Geras
Ph.D.Student
[Conf.33] VIII National Sympozjum "Analiza ruchu –
teoria
i
praktyka
w
zastosowaniach
klinicznych", Instytut „Pomnik – Centrum
Zdrowia Dziecka”, Warsaw, Poland, March 1,
2013. Participants: Zbigniew M. Wawrzyniak
Ph.D., Jacek Dusza Ph.D.
[Conf.34] Electron Technology Conference ELTE
2013, Ryn, Poland, April 16-20, 2013.
Jerzy Weremczuk D.Sc., Grzegorz Tarapata
Ph.D.
[Conf.35] First Polish Students Scientific Conference
Brain-Computer Interaction. Invited lecture:
Jak działa nasz interfejs wizyjny, Warsaw,
Poland, May 24 – 25, 2013. Lecturer: Zbigniew
M. Wawrzyniak Ph.D. Participant: Janusz
Frączek Ph.D.Student
[Conf.37] TeleCreativa 2013, Jachranka, Poland,
June 6-7, 2013. Participant: Janusz Kulpa
Ph.D.Student
84
[Conf.38] XXI Międzynarodowy Salon Przemysłu
Obronnego, Kielce, Poland, September 2 – 5,
2013. Participants: Jacek Misiurewicz D.Sc.,
Ph.D., Piotr Samczyński D.Sc., Ph.D.
[Conf.41] National Conference Diamentowy Grant
Winners, Poznan, Poland, October 19-20, 2013.
Participant: Janusz Kulpa Ph.D.Student
[Conf.42] 6th National Conference Urządzenia i
Systemy Radioelektroniczne, Jachranka, Poland,
October 24-25, 2013. Participants: Professor
Krzysztof Kulpa, Professor Marek Nałęcz,
Jacek Misiurewicz D.Sc., Ph.D., Piotr
Samczyński D.Sc., Ph.D., Janusz Kulpa
Ph.D.Student.
[Conf.39] Krajowe Sympozjum Telekomunikacji i
Teleinformatyki KSTiT, Gdańsk, Poland,
September 4-6, 2013. Participant: Professor
Anatoly Płatonow
[Conf.40] XVIII
National
Conference
Biocybernetyka i Inżynieria Biomedyczna,
Gdańsk, Poland, October 10-12, 2013.
Participant: Grzegorz Tarapata Ph.D.
8.3. Schools and seminars
[Conf.43] Advanced Techniques in LLRF Control for
XFEL – Collaboration Workshop, Świerk,
Poland, February 19 – 21, 2013. Participants:
Igor Rutkowski Ph.D.Student, Łukasz
Zembala Ph.D.Student
[Conf.51] Training on NI FlexRIO, National
Instruments, Warsaw, Poland, May 24, 2013.
Participant: Łukasz Maślikowski Ph.D.Student
[Conf.52] PV Lab Akademia Fotowoltaiki – blok dla
projektantów, Warsaw, Poland, June 25, 2013.
Participant: Gustaw Mazurek Ph.D.
[Conf.44] Training on LabVIEW Performance,
National Instruments, Warsaw, Poland,
February 26 - 27, 2013. Participant: Piotr
Samczyński D.Sc., Ph.D.
[Conf.53] International Travelling Summer School
on Microwaves and Lightwaves (ITSS),
Warsaw, Poland, July 6-12, 2013. Lecturer:
Professor Adam Abramowicz Vector Network
Analyzer Calibrations for THz Rectangular
Waveguides
[Conf.45] Training on Object-Oriented Design and
Programming
in
LabVIEW,
National
Instruments, Warsaw, Poland, February 28 –
March 1, 2013. Participants: Piotr Samczyński
D.Sc.,
Ph.D.,
Łukasz
Maślikowski
Ph.D.Student
[Conf.54] Singapore-Stanford
Biodesign
(SSB)
Class, Singapore, August 14, 2013.
Participant: Ryszard Gomółka Ph.D.Student
[Conf.46] Training on LabVIEW Real-time 1 and 2,
National Instruments, Warsaw, Poland, April
15 - 19, 2013. Participant: Piotr Samczyński
D.Sc., Ph.D.
[Conf.55] Lectures (30 h): Modeling and Analysis
Techniques in System Biology; Professor P.S.
Thiagarajan, School of Computing, National
University
of
Singapore,
SeptemberDecember, 2013. Participant: Ryszard
Gomółka Ph.D.Student
[Conf.47] Training on LabVIEW FPGA, National
Instruments, Warsaw, Poland, April 22 - 24,
2013. Participant: Piotr Samczyński D.Sc.,
Ph.D.
[Conf.56] Training on LabVIEW Core, National
Instruments, Warsaw, Poland, September 9 11, 2013. Participant: Piotr Samczyński D.Sc.,
Ph.D.
[Conf.48] Seminary
Signal
Processing
and
Communication
System
Design
using
MATLAB and Simulink, Warsaw, Poland. May
14, 2013. Participant: Ievgen Zaitsev
Ph.D.Student
[Conf.57] Workhop and Conference MATLAB &
Simulink – nowe technologie projektowe,
Cracow, Poland, September 17–18, 2013.
Participant: Łukasz Małkiewicz Ph.D.
[Conf.49] Training on High-Throughput LabVIEW
FPGA, National Instruments, Warsaw, Poland,
May 21-23, 2013. Participant: Łukasz
Maślikowski Ph.D.Student
[Conf.58] The AWR Design Forum (ADF), Warsaw,
Poland, October 7, 2013. Participant:
[Conf.50] Seminary
Signal
Processing
and
Communication
System
Design
using
MATLAB and Simulink, Warsaw, Poland, May
22, 2013. Participant: Łukasz Małkiewicz
Ph.D.
[Conf.59] PV Lab Akademia Fotowoltaiki – blok
podstawowy, Warsaw, Poland, November 5,
2013. Participant: Gustaw Mazurek Ph.D.
[Conf.60] Eighth International Accelerator School
for Linear Colliders, Antalya, Turkey,
85
December 4 – 15, 2013. Participant: Igor
8.4.
Rutkowski Ph.D.Student
Research cooperation, meetings
[Conf.61] Research stay in DESY (Deutsches
Elektronen Synchrotron), Hamburg, Germany,
January 1 – December 31, 2013. Participant:
Łukasz Zembala Ph.D.Student
[Conf.72] Technical specialists meeting NATO SET195, Paris, France, February 19 - 22, 2013.
Participant: Piotr Samczyński D.Sc.
February 24 – March 9, 2013. Participant:
Dominik Sikora Ph.D.Student
[Conf.62] Technical meeting NATO SET-196 Radar
Imaging; Multistatic Radar; Multichannel
Radar; Non-cooperative target imaging,
Collaboration Support Office, Paris, France,
January 7-9, 2013. Participant: Piotr Krysik
Ph.D.Student
February 24 – March 16, 2013. Participant:
Samer Bou Habib Ph.D.Student
[Conf.63] Technical meeting NATO SET-196 Radar
Imaging; Multistatic Radar; Multichannel
Radar; Non-cooperative target imaging, META
SENSING, Noordwijk, The Netherlands,
January 7-9, 2013. Participant: Piotr Krysik
Ph.D.Student
[Conf.75] Technical meeting NATO SET-164,
Prague, Czech Republic, February 26-28, 2013.
Participant: Mateusz Malanowski D.Sc.
March 18 - 24, 2013. Participant: Krzysztof
Czuba Ph.D.
[Conf.64] Technical meeting in KUL, Leuven,
Belgium, January 9-13, 2013. Participant:
Arkadiusz Lewandowski Ph.D.
[Conf.77] Research stay in CERN (Organisation
Européenne pour la Recherche Nucléaire),
Geneva, Switzerland, March 20-24, 2013.
Participants: Grzegorz Kasprowicz Ph.D.,
Wojciech
Zabołotny
Ph.D.,
Agnieszka
Zagoździńska Ph.D.Student
January 11 - 17, 2013. Participant: Krzysztof
Czuba Ph.D.
January 20 – February 2, 2013. Participant:
[Conf.78] Organisation
Committee
Technical
meeting EuRAD2013 Conference, Nurenberg,
Germany, March 23-24, 2013. Participant:
Samer Bou Habib Ph.D.Student
April 2 – 13, 2013. Participant: Dominik Sikora
Ph.D.Student
Agnieszka Zagoździńska Ph.D.Student
April 7 - 20, 2013. Participant: Samer Bou
Habib Ph.D.Student
April 15 - 25, 2013. Participant: Krzysztof
Czuba Ph.D.
[Conf.70] Programmig Committee IRS 2013
Conference technical meeting, Hamburg,
Germany, January 29, 2013. Participant:
[Conf.82] Organisation
Committee
Technical
meeting MRW 2014 Conference, Lviv,
Ukraine, April 24, 2013. Participant: Professor
Krzysztof Kulpa
[Conf.71] Technical specialists meeting NATO SET252, Rome, Italy, February 11 - 14, 2013.
Participant: Mateusz Malanowski D.Sc.
86
[Conf.83] Research stay in Culham Centre for Fusion
Energy (CCFE), Oxfordshire, United Kingdom,
May 7 – 26, 2013. Participants: Grzegorz
Kasprowicz Ph.D., Przysztof Poźniak Ph.D.,
June 30 – July 12, 2013. Participant: Krzysztof
Czuba Ph.D.
[Conf.96] Research stay in Culham Centre for Fusion
Energy (CCFE), Oxfordshire, United Kingdom,
June 30 – July 14, 2013. Participant: Grzegorz
Kasprowicz Ph.D.
[Conf.84] Technical specialists meeting NATO SET186, Szczecin, Poland, May 10 - 11, 2013.
Participant: Professor Krzysztof Kulpa
[Conf.85] Technical specialists meeting NATO SET187 Passive Radar, Challenges Concerning
Theory and Practice in Military Applications,
Szczecin, Poland, May 13 - 14, 2013.
Participants: Mateusz Malanowski D.Sc., Jacek
Misiurewicz D.Sc., Ph.D., Piotr Samczyński
Ph.D., Marcin Kamil Bączyk Ph.D.Student
Noordwijk, The Netherlands, July 1 - 5, 2013.
Participant: Piotr Krysik Ph.D.Student
[Conf.98] Research cooperation under EU FP7 Marie
Curie Action, SOS project: Surveillance
systems for airport and air transport security,
META
SENSING,
Noordwijk,
The
Netherlands, July 1 – September 30, 2013.
Participant: Marcin Kamil Bączyk Ph.D.Student
[Conf.86] Technical specialists meeting NATO SET195, Szczecin, Poland, May 15 - 17, 2013.
July 22 – August 6, 2013. Participant: Mateusz
Żukociński Ph.D.Student
May 29 – June 11, 2013. Participant: Samer
Bou Habib Ph.D.Student
July 23 – August 3, 2013. Participants: Samer
Bou Habib Ph.D.Student, Dominik Sikora
Ph.D.Student
[Conf.88] Technical meeting „EuCard 13”, Geneva,
Switzerland, June 9-13, 2013. Participanrs:
Professor Ryszard Romaniuk, Krzysztof Czuba
Pd.D., Honorata Środek-Kurowska
June 9 - 22, 2013. Participant: Dominik Sikora
Ph.D.Student
[Conf.101] Research cooperation under EU FP7
Marie Curie Action, SOS project: Sensors
system for detection and tracking of dangerous
materials in order to increase the airport
security in indoor landside area, META
SENSING, Noordwijk, The Netherlands, July 1
- 31, 2013. Participant: Piotr Samczyński D.Sc.,
Ph.D.
[Conf.90] Technical meeting NATO SCI-252 Trials,
Sjćllands Odde, Denmark, June 10 - 14, 2013.
Participants: Mateusz Malanowski D.Sc., Piotr
Samczyński D.Sc., Ph.D.
[Conf.102] Research stay in Culham Centre for
Fusion Energy (CCFE), Oxfordshire, United
Kingdom, July 7 – August 24, 2013.
Participant: Adrian Byszuk Ph.D.Student
[Conf.91] Research visit in GSI Helmholtzzentrum
für
Schwerionenforschung,
Darmstadt,
Germany, June 12-15, 2013. Participants:
Wojciech
Zabołotny
Ph.D.,
Grzegorz
Kasprowicz Ph.D.
August 5 - 14, 2013. Participant: Krzysztof
Czuba Ph.D.
[Conf.92] Technical meeting NATO SCI-252,
Kopenhagen, Denmark, June 17 - 19, 2013.
Kingdom, August 12 – September 16, 2013.
Participant: Grzegorz Kasprowicz Ph.D.
[Conf.93] Technical meeting NATO SET-184
Capabilities of Noise Radar, Dresden,
Germany, June 20-21, 2013. Participants:
Janusz
Kulpa
Ph.D.Student,
Łukasz
Maślikowski Ph.D.Student
[Conf.105] Research cooperation under Aspera
Project, Amsterdam, The Netherlands, August
13-16, 2013. Participants: Professor Tomasz
Starecki, Mariusz Suchenek Ph.D.
June 23 – August 9, 2013. Participant: Samer
- 87 -
August 20 – 30, 2013. Participant: Samer Bou
Habib Ph.D.Student
October 7 - 12, 2013. Participant: Samer Bou
Habib Ph.D.Student
[Conf.115] Technical meeting NATO SET – 191,
London, United Kingdom, October 10-20,
2013.
September 1 - 13, 2013. Participants: Krzysztof
Czuba Ph.D., Dominik Sikora Ph.D.Student
[Conf.116] Technical meeting NATO SCI-252,
Warsaw, Poland, October 22 - 24, 2013.
Participants: Mateusz Malanowski D.Sc., Piotr
Samczyński D.Sc.
[Conf.108] Research cooperation under EU FP7
Marie Curie Action, SOS project: Surveillance
systems for airport and air transport security,
META
SENSING,
Noordwijk,
The
Netherlands, September 1 - 30, 2013.
Participants: Rafał Rytel-Andrianik Ph.D.,
Artur Gromek Ph.D.Student
Warsaw, Poland, October 29 - 31, 2013.
Participant: Piotr Samczyński Ph.D.
Kingdom, October 29 – November 2, 2013.
Participants: Grzegorz Kasprowicz Ph.D.,
Radosław Ciszewski Ph.D.Student
[Conf.109] Research stay in Centro Nacional de
Pesquisa em Energia e Materiais (CNPEM),
Campinas, Brasilia, September 1 – October 5,
2013. Participant: Adrian Byszuk Ph.D.Student
[Conf.119] Technical specialists meeting NATO
SET-186, Lisbone, Portugal, November 7 - 8,
2013. Participant: Professor Krzysztof Kulpa
[Conf.110] Research stay in Defence Science and
Technology
Organisation,
Edinburgh,
Australia, September 16, 2013. Under IEEE
South Australia Section GOLD Affinity Group
invited
presentation
Passive
Radar
Demonstrators
Developed
at
Warsaw
University of Technology. Lecturer: Janusz
Kulpa Ph.D.Student
November 10 - 19, 2013. Participant: Krzysztof
Czuba Ph.D.
[Conf.121] Research stay in CERN (Organisation
Européenne pour la Recherche Nucléaire),
Geneva, Switzerland, November 11-13, 2013.
Participant: Wojciech Zabołotny Ph.D.
September 23 - 28, 2013. Participant: Samer
November 24 – December 6, 2013. Participant:
[Conf.112] Research stay in C.E.A. Cadarche
Research Centre, France, September 26 – 27,
2013. Participants: Professor Krzysztof
Poźniak, Grzegorz Kasprowicz Ph.D.
[Conf.123] Research
stay
in
NCSR
DEMOKRITOS, Athens, Greece, December 1 –
4, 2013. Participant: Grzegorz Kasprowicz
Ph.D.
[Conf.113] Technical meeting NATO SET-184
Trials, Zegrze, Poland, September 30 - October
4, 2013. Participant: Piotr Samczyński D.Sc.,
Ph.D.
December 1 - 14, 2013. Participant: Krzysztof
Czuba Ph.D.
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9.
GUESTS IN THE INSTITUTE OF ELECTRONIC SYSTEMS
Artificial Immune and Neural Networks
for Malicious Code and Intrusion Detection.
[Visit 1] Doctor Miguel Gutieres de Anda,
Institute National of Astrophysics, Optics and
Electronics, Tonantsincla, Mexico, February –
May, 2013, scientific cooperation.
[Visit 3] Visiting Professor Felix Yanovsky,
National Aviation University, Kijev, Ukraine,
November 18 – December 5, 2013, conducted
30-hours course on Radar Theory and
Technology; lectures supported by the European
Union in the framework of European Social
Fund, within realisation of Task 29 of the
Warsaw
University
of
Technology
Development Programme.
[Visit 2] Professor Vladimir Golovko, Brest State
Technical University, lectures supported by the
Erasmus Mundus Programme, December 9 –
16, 2013
Intelligent
Neural
Systems
for
Autonomous Control of Mobile Robots
Towards Automatic Epileptic Seizure
Detection in EEGs Based on Neural Networks
and Largest Lyapunov Exponent
Neural Network Model for Transient
Ischemic Attacks Diagnostics
[Visit 4] Professor Tomasz Kaźmierski, University
of Southampton, United Kingdom, November
2013, scientific cooperation.
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10. AWARDS AND DISTINCTIONS
STATE MEDALS
Medal of National Education Committee (Medal Edukacji Narodowej
[Award. 1]
Professor Grzegorz PANKANIN
Silver Medal for Long-lasting Service (Medal Złoty za Długoletnią Służbę)
[Award 2] Katarzyna OPALSKA Ph.D.
RECTOR OF WARSAW UNIVESITY OF TECHNOLOGY AWARDS
First Degree Individual Rector’s Award
[Award 3]
Professor JANUSZ DOBROWOLSKI
[Award 4]
Professor JERZY SZABATIN
Second Degree Individual Rector’s Award in Scientific Achievements
[Award 5]
Professor JERZY WEREMCZUK
[Award 6]
Professor KRZYSZTOF POŹNIAK
Individual Rector’s Award in Didactic Achievements
[Award 7]
ALEKSANDER BURD Ph.D.
First Degree Team Rector’s Award in Scientific Achievements
[Award 8]
Professor KRZYSZTOF POŹNIAK
[Award 9]
Professor RYSZARD ROMANIUK
[Award 10]
GRZEGORZ KASPROWICZ Ph.D.
[Award 11]
WOJCIECH ZABOŁOTNY Ph.D.
First Degree Team Rector’s Award in Didactic Achievements
[Award 12]
Professor JAROSŁAW ARABAS
Third Degree Team Rector’s Award in Didactic Achievements
[Award 13]
Professor ANTONI GRZANKA
[Award 15]
JANUSZ FRĄCZEK Ph.D.Student
[Award 14]
WOJCIECH ZABOŁOTNY Ph.D.
[Award 16]
WOJCIECH ZAWORSKI M.Sc.
“GOLDEN CHALK” Award of the Students of the Faculty
[Award 17]
Aleksander BURD Ph.D.
[Award 18]
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Professor Marek NAŁĘCZ
Stowarzyszenie Elektryków Polskich Oddział Warszawski – medal im. prof. Pawła Jana Nowackiego
[Award 19] Professor Ryszard JACHOWICZ
[Award 20] Professor Ryszard ROMANIUK
OTHER AWARDS
Scientists towards the Challenges of Modern
[Award 21] Professor Ryszard JACHOWICZ Technology
th
IEEE Poland Section 40 Anniversary for
outstanding leadership and sustained
[Award 28] Agnieszka
Zagoździńska
contributions to the development IEEE
Ph.D.Student - award for winning 2nd place
Poland Section
fot the best M.Sc. dissertation, funded by the
HUETTINGER Electronics Sp. z o. o. and
[Award 22] Janusz Frączek Ph.D.Student –
Wersaw University of Technology
project „Brain Watcher – Evaluation Board
for Brainwaves Amplification” - qualified for
[Award 29] Paweł BARMUTA Ph.D.Student –
the top twenty for Texas Instruments
Award for winning 2nd place for the best
Innovative in Analog in the TI’s European
M.Sc.
dissertation
funded
by
the
Analog Design Contest 2012
AP/AES/MTT Poland Section IEEE
[Award 23] Piotr Samczyński Ph.D. - Polish
Academy of Science award for the paper
entitled ”Passive SAR imaging Using a
Satellite Pulsed Radar as an illuminator of
Opportunity" selected as the best young
scientist presentation at 13th International
Radar Symposium IRS 2012.
[Award 30] Marcin Kamil Bączyk Ph.D.Student
– award for winning 3rd place fot the best
M.Sc.
dissertation,
funded
by
the
HUETTINGER Electronics Sp. z o. o. and
Warsaw University of Technology
[Award 24] Łukasz Maślikowski Ph.D.Student
– award for winning 1st place for the best
paper on the VI Warsztaty Naukowe CSZ
PW
[Award 31] Janusz Kulpa Ph.D.Student –3rd prize
for The Best Oral Presentation Results of high–
resolution ISAR imaging of ground moving targets
at Signal Processing Symposium 2013, Jachranka,
Poland
[Award 25] Paweł Barmuta Ph.D.Student Advanced Simulation and Modelling Award
at the best young scientist contest at MIKON
2012 funded by GAAS
[Award 32] Janusz Kulpa Ph.D.Student – award for
the Best Student Paper Wind Farm Interferences
in Passive Coherent Location at 2013 Radar
International Conference, Adelaide, Australia.
[Award 26] Paweł BARMUTA Ph.D.Student Distinguished Performance Award for having
successfully completed funded by the
Organization
Committee
of
Seventh
International Accelerator School of Linear
Colliders
[Award 33] Mirosław Sobotka Ph.D.Student –
the best paper aword in the area of Artificial
Intelligence at 6th International Conference
on Human System Interaction, Gdansk,
Poland.
[Award 34] Łukasz Maślikowski Ph.D.Student 1st prize student paper award for the best oral
presentation, Jachranka, Poland, Signal
Processing Symposium 2013.
[Award 27] Agnieszka
Zagoździńska
Ph.D.Student – award funded by Marshal of
Mazowieckie Voivodeship for the best
presentation on the Conference Young
SCHOLARCHIPS
[Award 35] Łukasz Maślikowski Ph.D.Student –
scholarship for the outstanding young scientist
granted by the Ministry of Science and Higher
Education
[Award 36] Arkadiusz Lewandowski Ph.D. scholarship for the outstanding young
researchers granted by the European Union in the
- 91 -
framework of
CAS/23/POKL
European
Social
Found
-
[Award 37] Grzegorz Kasprowicz Ph.D. scholarship for the outstanding young
researchers granted by the European Union in the
framework of European Social Found CAS/28/POKL
[Award 38] Łukasz Maślikowski Ph.D.Student –
scholarship for the outstanding Ph.D.Students
granted by the European Union in the framework
of European Social Found - CAS/22/POKL
[Award 39] Marcin Kamil Bączyk Ph.D.Student scholarship for the outstanding Ph.D.Students
granted by the European Union in the framework
of European Social Found - CAS/27/POKL

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