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WARSAW UNIVERSITY OF TECHNOLOGY
FACULTY OF ELECTRONICS AND INFORMATION TECHNOLOGY
INSTITUTE OF ELECTRONIC SYSTEMS
ANNUAL REPORT
2012
Warsaw, April 2013
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
INSTITUTE OF ELECTRONIC SYSTEMS - Annual Report 2012
CONTENTS
1. GENERAL INFORMATION .................................................................................... - 7 1.1. Mission and organization of the Institute ........................................................................................ - 7 1.2. Board of Directors .......................................................................................................................... - 8 1.3. Circuit and Signal Theory Division ................................................................................................ - 9 1.4. Microwave Circuits and Instrumentation Division ....................................................................... - 11 1.5. Electronic Circuits and Systems Division ..................................................................................... - 13 1.6. Microsystems and Measurement Systems Division ...................................................................... - 15 1.7. Artificial Intelligence Division ..................................................................................................... - 17 1.8. Statistical data ............................................................................................................................... - 19 -
2. STAFF ...................................................................................................................... - 20 2.1. Senior academic staff .................................................................................................................... - 20 2.2. Junior academic staff .................................................................................................................... - 32 2.3. Technical and administrative staff ................................................................................................ - 36 -
3. TEACHING ACTIVITIES ........................................................................................... 39
3.1. Basic courses .................................................................................................................................... 39
3.2. Advanced courses ............................................................................................................................. 40
3.3. Special courses.................................................................................................................................. 41
3.4. International co-operation ................................................................................................................. 42
4. RESEARCH PROJECTS ............................................................................................. 44
4.1. Projects granted by the University .................................................................................................... 44
4.2. Projects granted by Ministry of Science and Higher Education ....................................................... 47
4.3. Projects granted by international institutions .................................................................................... 49
4.4. Projects granted by European Union ................................................................................................ 54
5. DEGREES AWARDED ................................................................................................ 56
5.1. D.Sc. degrees .................................................................................................................................... 56
5.2. Ph.D. degrees .................................................................................................................................... 56
5.3. M.Sc. degrees.................................................................................................................................... 57
5.4. B.Sc. Degrees.................................................................................................................................... 58
6. PUBLICATIONS ..................................................................................................... - 62 6.1. Scientific and technical books, chapters in books, translations, editorships ................................. - 62 6.2. Scientific and technical papers in journals .................................................................................... - 63 6.3. Scientific and technical papers in conference proceedings ............................................................... 68
7. REPORTS ...................................................................................................................... 79
7.1. Research reports................................................................................................................................ 79
7.2. Other reports ..................................................................................................................................... 79
8. PATENTS ................................................................................................................. - 80 8.1. Foreign patents.............................................................................................................................. - 80 8.2. Home patents .................................................................................................................................... 80
9. CONFERENCES, SEMINARS AND MEETINGS ............................................... - 82 9.1. International conferences .............................................................................................................. - 82 9.2. Local conferences ......................................................................................................................... - 83 9.3. Schools and seminars .................................................................................................................... - 84 9.4. Meetings ........................................................................................................................................... 84
10. GUESTS IN THE INSTITUTE OF ELECTRONIC SYSTEMS ................................ 89
11. AWARDS AND DISTINCTIONS ........................................................................... - 90 -
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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 5 tenured professors), 39 with Ph.D. degree and 8 with M.Sc. degree. In
addition, 51 Ph.D. students sponsored and guided by the professors of the Institute, participate in
our research activities. In 2012, 2 researchers obtained Doctor of Science degree (D.Sc.) and 1
researcher Doctor degree (Ph.D.)
Members of the Institute staff are devoted researchers. In 2012 they published 11 scientific
and teaching books and book chapters, 79 journal papers and 128 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 2012 have gained 14 Awards
of the Rector of the Warsaw University of Technology and 17 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 2012 over 200 participants presented their papers at these Symposia.
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Professors of our Institute teach 69 different courses. Many of teaching activities are
performed in our well-equipped laboratories such as Electronics for High Energy Physics
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.
The Director
Professor Ryszard Romaniuk, Ph.D., D.Sc.
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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 Digital
Equipment,

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
Jerzy Szabatin, Tenured Professor, Ph.D., D.Sc.
(till August 31, 2012)
Room: 217
Phone: ( +48) 22 825 37 09, 22 234 77 44
Fax: ( +48) 22 825 23 00
e-mail: [email protected]
Ryszard Romaniuk, Tenured Professor, Ph.D., D.Sc.
(since September 1, 2012)
Room: 217
Phone( +48) 22 825 37 09, 22 234 77 44, 22 234 53 60
Fax: ( +48) 22 825 23 00
Deputy-Director for Research
Room: 217
Phone( +48) 22 825 37 09, 22 234 51 10
Fax: ( +48) 22 825 23 00
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
Zbigniew Gajo, Ph.D.
Room: 224
Phone: ( +48) 22 234 74 80
Fax: ( +48) 22 825 23 00
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
-8-
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.
Zbigniew Gajo, Assistant Professor, Ph.D.
Konrad Jędrzejewski, Assistant Professor, Ph.D.
Mateusz Malanowski, Assistant Professor, Ph.D.
Gustaw Mazurek, Assistant Professor, Ph.D.
Jacek Misiurewicz, Assistant Professor, Ph.D.
Marek Rupniewski, Assistant Professor, Ph.D.
Rafał Rytel-Andrianik, Assistant Professor, Ph.D.
Piotr Samczyński, Assistant Professor, Ph.D.
Edward Śliwa, Assistant Professor, Ph.D.
Łukasz Małkiewicz, Assistant, M.Sc.
Grzegorz Nieradka, Assistant, M.Sc.
Bartosz Pikacz, Assistant, M.Sc.
Adam Gorzelańczyk, R&D Engineer, M.Sc. (half time)
Artur Gromek, R&D Engineer, M.Sc. (half time)
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
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.
communication systems and nets with feedback
channels and cyclic transmission of signals, RFID,
Bluetooth, health caring and security systems,
intelligent houses, etc.).
Research Group on Digital Methods of Signal
Processing
(Head – Professor Jerzy Szabatin, 6 members, 2
Ph.D.Students)
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
 New methods and algorithms for digital signal
processing, including optimal filtering, detection,
estimation and tracking.
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 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 Radar Techniques
Research Group on Methods of Detection,
Estimation and Signal Processing
(Head – Professor Krzysztof Kulpa, 6 members, 10
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:
Janusz A. Dobrowolski, Tenured Professor, Ph.D., D.Sc.
Room: 250
Phone: 22 234 76 69
Faculty:
Adam Abramowicz, 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.
Tomasz Owczarek, Assistant Professor, Ph.D.
Wojciech Wiatr, Assistant Professor, Ph.D.
Samer Bou Habib, Assistent, M.Sc., (half time)
Krzysztof Gołofit, Assistant, M.Sc., (half time)
9 Ph.D.Students
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.
- 11 -
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


- 12 -
development of high-quality DR filters with
0.027% bandwidth and excellent thermal
stability
development of multifrequency calibration
method for VNA.
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.
Marian Bukowski, Assistant Professor, Ph.D.,
(half time till January 31, 2012)
Aleksander Burd, Assistant Professor, Ph.D.
Katarzyna Opalska, Assistant Professor, Ph.D.
Mariusz Suchenek, Assistant Professor, Ph.D.
Piotr Z. Wieczorek, Assistant Professor, Ph.D.
Wojciech Zabołotny, Assistant Professor, Ph.D.
Bogusław Kalinowski, Senior Lecturer, Ph.D.
Magdalena Szeżyńska, Senior Lecturer, Ph.D.,
(half time)
Maciej Radtke, Senior Lecturer, M.Sc.
Wojciech Zaworski, Senior Lecturer, M.Sc., (half time)
Janusz Frączek, Assistent, M.Sc., (half time since October 1, 2012)
Staff:
Wiesław Byrski, Technician
Hanna Popławska, Secretary
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:
Research Group on Electronic Analogue Circuits
(Head - Professor Jan Ogrodzki, 5 members, 1
Ph.D.Student).
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,

mathematical
- 13 -
Methods and algorithms for design under
uncertainty
(manufacturing
inaccuracy,
environment variability, ageing, imprecision of
design specifications),

Simulation and optimization of circuits and
systems, development of algorithms and CAD
tools for analog and mixed domain
circuits/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,

computer forensics tools.
Research
Group
on
Biocybernetic
Instrumentation
(Head – Professor Antoni Grzanka, 5 members, 3
Ph.D.Students).
Research Group on Pulse and Digital Equipment
(Head – Professor Tomasz Starecki, 5 members, 1
Ph.D.Student).
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).
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.
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1.6. Microsystems and Measurement Systems Division
Head:
Ryszard Jachowicz, Tenured Professor, Ph.D., D.Sc.
Room: 242
Phone: 22 234 78 48
Faculty:
Jerzy Helsztyński, Emeritus Professor
Konrad Hejn, Professor, Ph.D., D.Sc.
Grzegorz Pankanin, Professor, Ph.D., D.Sc.
Krzysztof Poźniak, Professor, Ph.D., D.Sc.
Jerzy Weremczuk, Associate Professor, Ph.D., D.Sc.
Kazimierz Jędrzejewski, Reader, Ph.D.
Jacek Dusza, Assistant Professor, Ph.D.
Grzegorz Kasprowicz, Assistant Professor, Ph.D.
(since October 15, 2012)
Maciej Linczuk, Assistant Professor, Ph.D.
Tomasz Osuch, Assistant Professor, Ph.D.
Daniel Paczesny, Assistant Professor, Ph.D.
Grzegorz Tarapata, Assistant Professor, Ph.D.
Roman Iwaszko, half time Assistant, M.Sc.
Jerzy Jędrachowicz, Senior Lecturer, Ph.D.
Antoni Leśniewski, Senior Lecturer, Ph.D.
Lech Lewandowski, Senior Lecturer, Ph.D.
Zbigniew Wawrzyniak, Senior Lecturer, Ph.D.
Jerzy Berliński, half time Senior Lecturer, M.Sc.,
(till September 30, 2012)
Jacek Sochoń, Senior Lecturer, M.Sc.
Staff:
Wiesław Jasiewicz, half time Senior R&D Engineer, M.Sc., emeritus
Sławomir Lada, Senior R&D Engineer, M.Sc.
Danuta Sobczak-Bartosiewicz, M.Ph., secretary
Bogusław Sutkowski, Technician
Research Group on Microsystems and Sensors
Research Group on Industrial Measurement
Systems
(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.
(Head – Professor Grzegorz Pankanin, 2 members)
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.
- 15 -
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 Computer Measurement
Systems
Research
Systems
(Head – Professor Konrad Hejn, 3 members)
Group
on
Internet
Measurement
(Head – Professor Ryszard Romaniuk, 5 members, 12
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.
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 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, Ph.D.
Piotr Wąsiewicz, Assistant Professor, Ph.D.
Robert Nowak, Assistant Professor, Ph.D.
General information
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.
Research Group on Artificial Intelligence
Applications
(Head – Professor Jarosław Arabas, 3 members and 5
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.
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, Ph.D., 1 member)
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 Group cooperates with Genetics Division,
Warsaw University, and with the Institute of
Physical Chemistry, Polish Academy of
Sciences.
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 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 -
2010
2011
2012
66
4
9
4
1
31
11
0
6
41
11
10
65
4
13
0
2
31
9
0
6
48
11
11
68
5
14
1
2
31
9
0
6
51
8
12
1055 m2
24 m2
1170 m2
1035 m2
24 m2
1190 m2
1035 m2
24 m2
1190 m2
54
358
65
405
70
456
5106
0
5120
0
5125
0
23
21
27
3
21
22
30
7
20
23
26
5
18
17
9
6
7
25
4
5
16
27
12
2
0
4
31
37
0
3
24
42
2
1
26
38
19
103
81
0
2
13
118
66
4
0
11
79
128
10
0
17
0
0
0
35
2
6
8
11
0
5
11
4
640
37
107
3
280
70
192
3
300
36
118
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;
Professor; Microwave Circuits and Instrumentation Division; Member 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 (2007 - ), Senior Member IEEE, Vice-Chairman (20032007, 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,
IEEE Microwave and Wireless Components Letters, IEEE Transactions on Advanced
Packaging and Electronics Letters; Member of the Scientific Committee of the
International Conference on Microwaves, Radar and Wireless Communications
MIKON;
[Ph.D.Student 1], [Ph.D.Student 23], [Ph.D.Student 24], [Ph.D.Student 34],
[Ph.D.Student 51], [Edu.5], [Pro.5], [Pro.20], [Pro.33], [Pro.35], [Pro.42], [B.Sc. 2],
[Pub.14], [Pub.91], [Pub.195];
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. 20], [Edu. 45], [Edu. 55], [Edu. 63], [Conf. 26];
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. 7], [Pro.5], [Pro.20], [Pro.35];
Room: 255
Phone: 22 234 76 63
e-mail:
Kanto@
ise.pw.edu.pl;
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 47], [Edu. 44], [Edu. 53], [Edu. 54], [Pro.7], [M.Sc. 8], [M.Sc. 16],
[Pub.16], [Pub.17], [Pub.92], [Pub.152], [Rep. 10], [Rep. 11], [Conf. 135];
Room: 223
Phone: 22 234 77 31
e-mail:
jarabas@
elka.pw.edu.pl
- 20 -
Jerzy BERLIŃSKI, M.Sc. (1968); Measurement and instrumentation,
Atmospheric electricity, Flow measurement; Senior Lecturer (till September
30, 2012); Microsystems and Measurement Systems Division ;
[Edu. 65];
Room: 227
Phone: 22 234 77 32
22 234 54 00
e-mail:
j.berlinski@
ise.pw.edu.pl
Rafał BIEDRZYCKI, M.Sc. (2003), Ph.D. (2009); Artificial intelligence, Machine learning,
Bioinformatics; Assistant Professor; Artificial Intelligence Division;
[Edu. 1], [Edu. 17], [Pro.7], [Pro.23], [Pro.37], [Pub.17], [Pub.147];
Room: 215
Phone: 22 234 78 22
e-mail:
rbiedrzy@
elka.pw.edu.pl
Marian BUKOWSKI, M.Sc. (1964), Ph.D. (1983); Electronics, Electronic Circuits;
Assistant Professor; emeritus; half time; Electronic Circuits and Systems Division;
(Till January 31, 2012);
Room: 260
Phone: 22 234 73 36
e-mail:
mbuk@
ise.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. 7], [Edu. 28], [M.Sc. 25], [Award 18];
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. 30], [Edu. 31], [Pro.7], [B.Sc. 9];
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);
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, Post-Doc Associate of Clare Hall, Cambridge, UK,
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. 6], [Edu. 40], [Edu. 48], [Edu. 49], [Edu. 72], [Pro.5], [Pro.20], [Pro.35], [Pro.40],
[Pro.41], [Pro.42], [Pro.43], [M.Sc. 10], [M.Sc. 11], [M.Sc. 19], [B.Sc. 26], [Pub.14],
[Pub.93], [Pub.96], [Pub.106], [Pub.107], [Pub.153], [Pub.168], [Pub.173], [Pub.174],
[Pub.175], [Pat. 1], [Conf. 3], [Conf. 7], [Conf. 19], [Conf. 61], [Conf. 65], [Conf. 72],
[Conf. 80], [Conf. 81], [Conf. 87], [Conf. 92], [Conf. 110], [Conf. 119], [Conf. 122],
[Conf. 129], [Conf. 138], [Conf. 141], [Conf. 144], [Conf. 150];
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 5], [Ph.D.Student 36], [Ph.D.Student 39], [Ph.D.Student 48], [Edu. 14],
[Pro. 5];
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. 12], [Edu. 57], [Pub. 108], [Conf. 21], [Conf. 26], [Conf. 95], [Conf. 149];
Room: 238
Phone: 22 234 77 38
e-mail:
J.Dusza@
ise.pw.edu.pl
Andrzej FILIPKOWSKI, M.Sc. (1954), Ph.D. (1963), D.Sc. (1972), Professor title
(1980), Tenured Professor (1993); Emeritus Professor since October 2000; Electronics,
Electronic Integrated Circuits; Electronic Circuits and Systems Division; Fellow of
SEFI (Sociétée Européene pour la Formation des Ingénieurs); life-Fellow of IEEE;
Member of the Scientific Committee of the International Conference on Signals and
Electronic Systems ICSES; Member of the Scientific and Organization Committee of
the MIXDES Conference; Member of the Polish Electrical Engineers Association;
Member of TNW (1989 - ); Member of Microelectronics Section (2007-2011) and
Signals, Circuits and Systems Section (2007 - ) of the Committee of Electronics and
Telecommunication of Polish Academy of Sciences;
Room: 247
Phone: 22 234 77 44
e-mail:
filipko@
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. 3], [Pub. 111], [Pub. 135];
Room: 224
Phone: 22 234 74 80
e-mail:
zbyg@
ise.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 12], [Ph.D.Student 16], [Ph.D.Student 40], [Edu. 24], [Edu. 33], [Edu. 68],
[Pro. 1], [M.Sc. 13], [Pub. 84], [Pub. 100], [Pub. 177], [Pub. 199], [Pub. 200], [Pub. 201],
[Pub. 204], [Pub. 205], [Conf. 14], [Conf. 22], [Conf. 25], [Conf. 26], [Conf. 27], [Conf.
31], [Conf. 33], [Conf. 40];
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.15];
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 22], [Edu. 11], [Pro. 9], [Pro. 19], [Pro. 24], [Pro. 44], [Pub. 39], [Pub. 40],
[Pub. 46], [Pub. 51], [Pub. 119], [Pub. 120], [Pub. 121], [Pub. 183], [Pub. 210], [Pub.
216], [Conf. 6], [Conf. 10], [Conf. 28], [Conf. 34], [Conf. 99], [Award 19];
Room: 242
Phone: 22 234 78 48
e-mail:
rsjach@
ise.pw.edu.pl
Stanisław JANKOWSKI, M.Sc. (1970), Ph.D. (1980); 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 – );
[Edu. 34], [Edu. 71], [Pro.7], [Pro.26], [M.Sc. 26], [B.Sc. 7], [B.Sc. 14], [B.Sc. 15], [B.Sc.
29], [B.Sc. 36], [Pub. 109], [Pub. 122], [Pub. 178], [Pub. 180], [Pub. 184], [Conf. 26],
[Conf. 89], [Conf. 97], [Conf. 102], [Conf. 117];
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); 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. 52], [Pro. 18], [Pro. 45], [Pub. 42], [Pub. 54], [Pub. 61], [Pub. 62], [Pub. 209],
[Conf. 26], [Conf. 32];
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;
[Edu. 61], [Pro. 10], [Pub. 25], [Pub. 123], [Pub. 124], [Pub. 125], [Pat. 2], [Conf. 13],
[Conf. 26];
Room: 448
Phone: 22 234 58 83
e-mail:
Konrad.Jedrzejewski@
ise.pw.edu.pl
Bogusław KALINOWSKI, M.Sc. (1971), Ph.D. (1980); Circuits and systems, Digital
systems, Microprocessor techniques; Senior Lecturer; Electronic Circuits and Systems
Division; Head of Electronic Circuits and Systems Laboratory;
[Edu. 8], [Edu. 66];
Room: 270
Phone: 22 234 78 47
e-mail:
kali@
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. 23], [Pro. 12], [Pro. 49], [Ph.D. 1], [B.Sc.10], [Pub. 13], [Pub. 20], [Pub. 33], [Pub.
34], [Pub. 98], [Pub. 127], [Pub. 136], [Pub. 190], [Conf. 26], [Conf. 96], [Conf. 106],
[Award 31];
- 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 - ); Member of the Association of Old Crows AOC (2005 - );
Member of the EuMA European Microwave Association (2010 - ); Member of ISIF
International society of information fusion (2010 - ); Member of SEP; Head of the
Digital Signal Processing Laboratory; Guest editor of the Journal Radar, Sonar &
Navigation, Member of Steering Committee of the International Conferences: IRS,
EuSAR, IEEE Radar Conference, Signal Processing Symposium, EuRad, International
Conference on Information Fusion; Vice-chairman of the Joint Chapter IEES
AES/AP/MW (2008-);
[Ph.D.Student 3], [Ph.D.Student 14], [Ph.D.Student 19], [Ph.D.Student 20], [Ph.D.Student
29], [Ph.D.Student 33], [Ph.D.Student 37], [Ph.D.Student 41], [Ph.D.Student 50], [Edu. 4],
[Edu. 43], [Pro. 2], [Pro. 17], [Pro. 21], [Pro. 23], [Pro. 25], [Pro. 28], [Pro. 29], [Pro. 36],
[Pro. 37], [Pro. 38], [Pro. 39], [Pro. 45], [B.Sc. 37], [Pub. 3], [Pub. 9], [Pub. 21], [Pub. 22],
[Pub. 26], [Pub. 29], [Pub. 30], [Pub. 31], [Pub. 50], [Pub. 57], [Pub. 78], [Pub. 79], [Pub.
85], [Pub. 97], [Pub. 99], [Pub. 116], [Pub. 117], [Pub. 128], [Pub. 129], [Pub. 130], [Pub.
131], [Pub. 132], [Pub. 133], [Pub. 135], [Pub. 137], [Pub. 139], [Pub. 140], [Pub. 142],
[Pub. 171], [Pub. 172], [Pub. 197], [Pub. 203], [Pub. 207], [Pub. 215], [Rep. 2], [Rep. 5],
[Rep. 6], [Pat. 11], [Pat. 12], [Pat. 13], [Pat. 14], [Pat. 15], [Conf. 1], [Conf. 4], [Conf. 16],
[Conf. 17], [Conf. 24], [Conf. 35], [Conf. 47], [Conf. 76], [Conf. 77], [Conf. 90], [Conf.
91], [Conf. 93], [Conf. 108], [Conf. 111], [Conf. 112], [Conf. 128], [Conf. 134], [Conf.
136], [Award 8];
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. 9], [Edu. 12], [Edu. 32], [Pub. 8], [Award 3];
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;
Assistant Professor; Microwave Circuits and Instrumentation Division;
[Pro. 5], [Pro. 32], [B.Sc. 30], [B.Sc. 32], [Conf. 73], [Award 30];
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. 53], [Edu. 60], [Pro. 18], [Pub. 54], [Pub. 61], [Pub. 62], [Pub. 209], [Award 4];
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. 4], [Pro. 35], [M.Sc. 3], [B.Sc. 6], [B.Sc. 20], [B.Sc. 27], [B.Sc. 33], [B.Sc. 34],
[Pub. 111], [Conf. 20], [Conf. 26];
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); Digital Signal Processing, Synthetic
Aperture Radar, Passive Radar; Assistant Professor; Circuits and Systems Division; IEEE
Member (2003-), IET Member (2007-);
[Edu. 38], [Pro. 17], [Pro. 21], [Pro. 22], [Pro. 23], [Pro. 25], [Pro. 28], [Pro. 31], [Pro.
37], [Pro. 38], [Pro. 39], [M.Sc. 12], [M.Sc. 22], [B.Sc. 13], [Pub. 21], [Pub. 22], [Pub.
26], [Pub. 28], [Pub. 29], [Pub. 30], [Pub. 50], [Pub. 56], [Pub. 57], [Pub. 85], [Pub.
[Pub. 139], [Pub. 140], [Pub. 172], [Pub. 197], [Pub. 207], [Pub. 215], [Rep. 2], [Rep.
3], [Rep. 4], [Rep. 5], [Rep. 6], [Rep. 7], [Rep. 8], [Pat. 11], [Pat. 12], [Pat. 13], [Pat.
15], [Conf. 4], [Conf. 93], [Conf. 126], [Conf. 132], [Conf. 136], [Conf. 147], [Award
9];
Łukasz MAŁKIEWICZ, M.Sc. (2003); Ph.D. (2011); Modelling, optimization and testing
of intelligent analogue-to-digital converters; Assistant Professor; Circuits and Systems
Division;
[Pro. 8], [Pub. 65], [Pub. 141], [Conf. 26];
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; IEEE Associate Member (2008 - );
[Pro. 25], [Pro. 28], [Pro. 47], [B.Sc. 16], [B.Sc. 18], [Pub. 58], [Rep. 9], [Conf. 9],
[Award 15];
Room: 323
Phone: 22234 76 57
e-mail:
g.mazurek@
elka.pw.edu.pl
Jacek MISIUREWICZ, M.Sc. (1988), Ph.D. (1996); Digital signal processing, Radar Signal
Processing, Compressed sensing, Programmable logic systems; Assistant Professor;
Circuit and Signal Theory Division; Member Elected of the Faculty Council (20122016); IEEE Member (1991 - 2003); IEEE Senior Member (2003 - ), Technical Program
Committee Member of Conferences: Fusion 2011, SPS 2011 and IRS 2011;
[Edu. 64], [Edu. 69], [Pro. 17], [Pro. 21], [Pro. 22], [Pro. 23], [Pro. 25], [Pro. 27], [Pro.
28], [Pro. 37], [Pro. 38], [Pro. 39], [B.Sc. 21], [Pub. 21], [Pub. 22], [Pub. 31], [Pub.
[Pub. 143], [Pub. 144], [Pub. 147], [Rep. 2], [Pat. 11], [Pat. 12], [Conf. 2], [Conf. 4],
[Conf. 17], [Award 10];
Room: 447
Phone: 22 234 54 41
e-mail:
mjacek@
ise.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 49], [Edu. 25], [Pro. 7], [Pub. 118], [Pub. 179], [Pub. 181], [Pub. 187],
[Conf. 26];
Room: 225
Phone: 22 234 53 19
e-mail:
jmulawka@
elka.pw.edu.pl
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 4], [Ph.D.Student 13], [Ph.D.Student 35], [Edu. 2], [Edu. 9], [Edu. 27],
[Edu. 37], [Pro. 8], [Pro. 25], [Pro. 28], [Pro. 47], [Pub. 44], [Pub. 97], [Rep. 9[Award
13];],
Room: 446
Phone: 22 234 74 76
e-mail:
M.Nalecz@
elka.pw.edu.pl
- 26 -
Robert M. NOWAK, M.Sc. (1999), Ph.D. (2004); Bioinformatics, Artificial Intelligence,
Software Engineering, Data Fusion, Risk Management; Assistant Professor; Artificial
Intelligence Division; Member of the Polish Bioinformatics Association (2008 - );
Member of Scrum Alliance (2009 - ), Certified SCRUM Master (2009), PRINCE2
Foundation (2011 - );
[Edu. 21], [Edu. 25], [Pro. 7], [Pro. 23], [Pro. 37], [B.Sc. 11], [Pub. 11], [Pub. 86], [Pub.
[Pub. 186], [Pub. 188], [Conf. 26], [Conf. 27], [Conf. 63];
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 - );
Member
of
the
International
Water
Association
(2005 - );
[Edu. 22], [Edu. 29], [B.Sc. 4], [Pub. 45], [Pub. 104], [Pub. 105], [Conf. 26];
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;
Assistant Professor; Electronic Circuits and Systems Division;
[Edu. 16], [Edu. 66], [Pub. 150], [Conf. 26];
Room: 214
Phone: 22 234 73 84
e-mail:
kasia@
ise.pw.edu.pl
Leszek J. OPALSKI, M.Sc. (1978), Ph.D. (1988), D.Sc. (2003); Simulation and
optimization of electronic and mixed systems; Distributed computations; Professor;
Head of Electronic Circuits and Systems Division (2000 –); IEEE Senior Member,
Circuits and Systems Section (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 38], [Edu. 16], [Edu. 35], [Edu. 36], [Edu. 58], [Edu. 59], [Pro. 6], [Pub.
151], [Conf. 26], [Award 1];
Room: 258
Phone: 22 234 79 89
e-mail:
opalski@
ise.pw.edu.pl
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. 52], [Pro. 13], [Pro. 15], [Pro. 18], [Pub. 54], [Pub. 61], [Pub. 62], [Pub. 206],
[Pub. 208], [Pub. 209];
Room: 233
Phone: 22 234 77 41
e-mail:
T.Osuch@
elka.pw.edu.pl
Tomasz OWCZAREK, M.Sc. (1994), Ph.D. (2003); Digital signal processing,
Deconvolution systems for high frequency sampling systems; Assistant Professor;
Microwave Circuits and Instrumentation Division;
[Edu. 13];
Room: 248
Phone: 22 234 76 34
e-mail:
towcz@
ise.pw.edu.pl
- 27 -
Daniel PACZESNY, M.Sc. (2003), Ph.D. (2009); Smart Sensors, Dew point hygrometers,
Microsystems, Sensor networks; Assistant Professor; Microsystems and Measurement
Systems Division;
[Edu. 47], [Pro. 14], [Pro. 19], [Pro. 24], [Pro. 44], [M.Sc. 6], [Pub. 120], [Pub. 182],
[Pub. 210], [Conf. 25], [Conf. 28], [Conf. 99];
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 -);
[M.Sc. 20], [M.Sc. 24], [Pub. 41], [Conf. 15];
Room: 227
Phone: 22 234 77 32
22 234 5400
e-mail:
g.pankanin@
ise.pw.edu.pl
Anatolij A. PŁATONOW, M.Sc. (1969 with distinction), Ph.D. (1973), D.Sc. (2007);
Associate Professor in Cybernetics (1980, title awarded by decision of Highest Attesting
Commission of the Ministry Council of ZSRR); Signal Processing, Optimal Adaptive
Estimation Theory, Information Theory, Adaptive Wireless Communication Systems,
A/D conversion; Professor (2009); Circuit and Signal Theory Division; Head of Research
Group on Adaptive Information Processing Systems; IEEE Member (1991 - ); IEEE
Senior Member (2008-); Member of Committee on Measurements of Polish Society for
Measurement, Automatic Control and Robotics POLSPAR (1994 - ); Exert of the
Signals, Units and Electronic Systems Section of the Electronics and
Telecommunications Committee of the Polish Academy of Sciences (2011 - );
Coordinator of bilateral ERASMUS Agreement between the Sannio-Benevento
University, Italy and Faculty of Electronics and Information Technology (2005 - );
Coordinator of Agreement on cooperation between the Moscow State Technical
University nm. Bauman and Warsaw University of Technology (2009 - ); Expert on IT
of the Consorcium CINEKA and Ministry of University and Research (MIUR), Italy
(2012 - ); Reviewer of IEEE Transactions on Instrumentation and Measurement, Signal
Processing, IEEE Communication Letters, Measurement (Elsevier), Metrology and
Measurement Science;
[Ph.D.Student 46], [Edu. 18], [Edu. 75], [Pro. 8], [Pub. 32], [Pub. 63], [Pub. 64], [Pub.
193], [Pub. 211], [Pub. 212], [Rep. 1], [Pat. 2], [Conf. 24], [Conf. 26], [Conf. 29],
[Conf. 31], [Conf. 36], [Conf. 46];
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 18], [Ph.D.Student 45], [Edu. 73], [Edu. 74], [Pro. 35], [Pro. 49], [Pro.
50], [Pro. 51], [Pro. 52], [D.Sc. 1], [M.Sc. 1], [M.Sc. 17], [B.Sc. 1], [B.Sc. 8], [B.Sc.
22], [B.Sc. 24], [B.Sc. 25], [B.Sc. 28], [Pub. 2], [Pub. 13], [Pub. 20], [Pub. 33], [Pub.
34], [Pub. 60], [Pub. 98], [Pub. 127], [Pub. 146], [Pub. 191], [Pub. 192], [Conf. 20],
[Conf. 26], [Conf. 96], [Conf. 107];
Room: 603B
Phone: 22234 79 86
e-mail:
pozniak@
ise.pw.edu.pl
Maciej RADTKE, M.Sc. (1986); Fast analogue and digital pulse techniques; half time
Senior Lecturer; Electronic Circuits and Systems Division;
[B.Sc. 38];
Room: 269
Phone: 22 234 77 14
e-mail:
m.radtke@
elka.pw.edu.pl
Ryszard S. ROMANIUK; 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 - ); Vice-President 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 8], [Ph.D.Student 9], [Ph.D.Student 10], [Ph.D.Student 11], [Ph.D.Student
27], [Ph.D.Student 30], [Ph.D.Student 31], [Ph.D.Student 32], [Ph.D.Student 43], [Edu.
73], [Edu. 74], [Pro. 20], [Pro. 35], [Pro. 45], [Pro. 49], [Pro. 50], [Pro. 51], [Pro. 52],
[Ph.D. 1], [B.Sc. 5], [Pub. 4], [Pub. 5], [Pub. 6], [Pub. 7], [Pub. 12], [Pub. 13], [Pub.
20], [Pub. 33], [Pub. 47], [Pub. 60], [Pub. 67], [Pub. 68], [Pub. 69], [Pub. 70], [Pub. 71],
[Pub. 72], [Pub. 73], [Pub. 74], [Pub. 75], [Pub. 76], [Pub. 110], [Pub. 146], [Pub. 156],
164], [Pub. 165], [Pub. 166], [Pub. 191], [Pub. 192], [Pub. 213], [Pub. 214], [Conf. 26],
[Conf. 32], [Conf. 92];
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. 41], [Edu. 50], [Edu. 51], [Edu. 62], [Pro. 25], [Pro. 28], [Pro. 47], [Pub. 44],
[Pub. 97], [Rep. 9], [Conf. 4], [Conf. 16], [Award 14];
Room: 446
Phone: 22 234 74 76
e-mail:
m.rupniewski@
ise.pw.edu.pl
- 29 -
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. 42], [Pro. 25], [Pro. 28], [Pro. 47], [Pub. 77], [Pub. 170], [Rep. 2], [Rep. 9],
[Conf. 16], [Conf. 44];
Room: 323
Phone: 22 234 76 57
e-mail:
r.rytel@
elka.pw.edu.pl
Piotr SAMCZYŃSKI, M.Sc. (2005); Ph.D. (2010); 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 – );
[Pro. 17], [Pro. 21], [Pro. 22], [Pro. 25], [Pro. 27], [Pro. 28], [Pro. 30], [Pro. 38], [Pro.
39], [B.Sc. 12], [Pub. 9], [Pub. 21], [Pub. 22], [Pub. 26], [Pub. 35], [Pub. 50], [Pub. 57],
[Pub. 197], [Pub. 203], [Pub. 207], [Pub. 215], [Rep. 2], [Rep. 3], [Rep. 4], [Rep. 5],
[Rep. 6], [Rep. 7], [Rep. 8], [Pat. 12], [Pat. 15], [Conf. 1], [Conf. 4], [Conf. 16], [Conf.
17], [Conf. 35], [Conf. 37], [Conf. 43], [Conf. 47], [Conf. 51], [Conf. 56], [Conf. 68],
[Conf. 76], [Conf. 93], [Conf. 108], [Conf. 113], [Conf. 126], [Conf. 132], [Conf. 134],
[Conf. 137], [Award 6], [Award 11], [Award 21];
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 Digital
Equipment; Member of the Faculty Council Committee of Faculty Education Affairs
(2008 – 2012); Member of SPIE (2005 - 2009);
[Ph.D.Student 15], [Edu. 56], [Edu. 67], [Pro. 3], [M.Sc. 9], [B.Sc. 31], [Pub. 37], [Pub.
112], [Pat. 3], [Pat. 4], [Conf. 139], [Conf. 143], [Award 5];
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. 23], [B.Sc. 3], [Pub. 37], [Conf. 26];
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 6], [Edu. 18], [Pro. 23], [Pro. 37];
- 30 -
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. 26], [Edu. 46], [M.Sc. 18];
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. 10], [Pro. 23], [Pro. 37];
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
[Pro. 15], [Pro. 19], [Pro. 24], [Pro. 44], [M.Sc. 4], [B.Sc. 19], [Pub. 39], [Pub. 46],
[Pub. 120], [Pub. 183], [Pub. 216], [Conf. 28], [Conf. 99];
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. 70], [Pub. 48], [Pub. 55], [Pub. 65], [Pub. 66], [Pub. 108], [Pub. 182], [Conf.
21], [Conf. 25], [Conf. 26], [Conf. 31];
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. 7], [Pub. 38], [Pub. 113], [Pub. 114];
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); Smart Sensors, Dew
point hygrometers, Microsystems, Sensor networks; Associate Professor;
Microsystems and Measurement Systems Division;
[Edu. 39], [Pro. 19], [Pro. 24], [Pro. 44], [D.Sc. 2], [B.Sc. 17], [Pub. 39], [Pub. 40],
[Pub. 120], [Pub. 183], [Pub. 216], [Pub. 217];
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. 5], [Pro. 32], [Pub. 185], [Conf. 3];
Room: 251
Phone: 22 234 78 77
e-mail:
wiatr@
ise.pw.edu.pl
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. 6], [Pro. 16], [Pub. 169], [Pat. 7], [Pat. 8], [Pat. 9], [Pat. 16], [Conf. 26], [Conf.
45], [Award 7];
- 31 -
Room: 259
Phone: 22 234 73 36
e-mail:
pwieczor@
elka.pw.edu.pl
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- ); Member of CMS
Experiment Team at CERN (2002 - );
[Edu. 23], [Edu. 48], [Edu. 49], [Edu. 73], [Edu. 74], [Pro. 49], [Pro. 50], [Pro. 52],
[M.Sc. 2], [M.Sc. 5], [M.Sc. 7], [M.Sc. 15], [M.Sc. 21], [M.Sc. 35], [Pub. 13], [Pub.
[Conf. 26], [Conf. 98], [Conf. 103], [Conf. 148];
Wojciech ZAWORSKI, M.Sc. (1968); Electronics, Electronics Circuits, Biomedical
Engineering; Senior Lecturer; Electronic Circuits and Systems Division; Faculty Coordinator of Students Accommodation (1999 - );
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
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 5], [Pro. 20], [Pro. 41], [Pro. 43], [Pub. 94], [Pub. 95], [Pub. 96], [Pub.
173], [Conf. 3], [Conf. 5], [Conf. 59], [Conf. 69], [Conf. 84], [Conf. 94], [Conf. 119],
[Conf. 121], [Conf. 124], [Conf. 133], [Conf. 140], [Conf. 142], [Conf. 150];
Room: 2250A
Phone: 22 234 78 76
e-mail:
S.BouHabib@
Ise.pw.edu.pl
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 12], [Pro. 1], [M.Sc. 7], [Pub. 101], [Pub. 199], [Pub. 201], [Pub. 204],
[Conf. 23], [Conf. 26], [Conf. 27], [Conf. 38], [Award 20];
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;
[Pro. 16], [B.Sc. 23], [Pat. 7], [Pat. 8], [Pat. 9], [Pat. 10], [Pat. 16];
Room: 249
Phone: 22 234 76 34
e-mail:
K.Golofit@
ise.pw.edu.pl
Roman IWASZKO, M.Sc. (2008); Smart sensors, Dew point hygrometers; Microsystems,
half time Assistant; Microsystems and Measurement Systems Division;
[Ph.D.Student 22], [Pro. 19], [Pro. 25], [Pro. 44], [Pub. 40], [Pub. 51], [Conf. 10];
Room: 240
Phone: 22 234 78 20
e-mail:
R.Iwaszko@
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
- 32 -
Bartosz PIKACZ, M.Sc. (2011); Digital signal processing, Programming of signal
processors; half time Assistant; Circuit and Signal Theory Division;
[Ph.D.Student 35], [Pro. 47], [Rep. 9];
Room: 454
Phone: 22 234 77 40
e-mail:
B.Pikacz@
ise.pw.edu.pl
Ph.D. Students (January 01, 2011 – December 31, 2011):
1.
Paweł
BARMUTA
Professor Adam Abramowicz
2.
Łukasz
BARTNIK
Professor Jarosław Arabas
3.
Marcin Kamil
BĄCZYK
Professor Krzysztof Kulpa
4.
Michał Bohdan
BOHDANOWICZ
Professor Marek Nałęcz
5.
Samer
BOU HABIB
Professor Janusz Dobrowolski
[Pro. 20], [Pro. 41], [Pro. 43], [Pub.
94], [Pub. 95], [Pub. 96], [Pub. 173],
[Conf. 3], [Conf. 5], [Conf. 59], [Conf.
69], [Conf. 84], [Conf. 94], [Conf.
119], [Conf. 121], [Conf. 124], [Conf.
133], [Conf. 140], [Conf. 142], [Conf.
150];
6.
Łukasz
BUTKOWSKI
Professor Jerzy Szabatin
[Pro. 42], [Pub. 96], [Pub. 173];
7.
Tomasz
CEDRO
Professor Antoni Grzanka
[Pro. 1], [Pub. 83], [Pub. 100], [Pub.
199], [Pub. 200], [Conf. 8], [Conf.
11], [Conf. 26];
8.
Paweł
DRABIK
Professor Ryszard Romaniuk
9.
Andrzej
CICHOCKI
[Pub. 102], [Pub. 176];
10.
Radosław
CIESZEWSKI
[Pub. 103], [Conf. 26];
11.
Adrian
FIERGOLSKI
[Pub. 15];
12.
Janusz Stanisław
FRĄCZEK
[Pro. 1], [M.Sc. 7], [Pub. 101], [Pub.
199], [Pub. 201], [Pub. 204], [Conf.
23], [Conf. 26], [Conf. 27], [Conf. 38],
[Award 20];
13.
Jacek Michał
GAMBRYCH
14.
Marek
GAWEŁ
15.
Antonina
GERAS
Professor Tomasz Starecki
[M.Sc.9], [Pub. 112], [Conf. 26];
16.
Ryszard Stefan
GOMÓŁKA
[Pro. 1], [Pub. 199], [Pub. 202], [Pub.
205];
- 33 -
[Pro. 32], [Pro. 42], [Pro. 43], [Pub.
93], [Pub. 96], [Conf. 3], [Conf. 53],
[Award 23], [Award 24], [Award 27];
[Pro. 2], [Pub. 197], [Pat. 11], [Pat.
13], [Pat. 14], [Award 28]; [Award
34];
17.
Marcel Mieczysław
GOŁUŃSKI
Professor Jan Mulawka
[Pub. 113], [Pub. 114];
18.
Rafał
GRACZYK
Professor Krzysztof Poźniak
[Pub. 115], [Pub. 155], [Pub. 176];
19.
Artur
GROMEK
[Pro. 11], [Pro. 18], [Pro. 21], [Pro.
22], [Pro. 23], [Pro. 25], [Pro. 27],
[Pro. 28], [Pro. 37], [Pro. 38], [Pro.
39], [Pub. 49], [Pub. 50], [Pub. 116],
[Pub. 117], [Rep. 2], [Rep. 5], [Pat.
15], [Conf. 1], [Conf. 4], [Conf. 39],
[Conf. 47];
20.
Damian
GROMEK
[Pub. 9], [Pub. 50], [Pub. 57], [Pub.
116], [Pub. 117], [Pub. 137], [Pat.11],
[Conf. 4], [Conf. 39];
21.
Dawid
GRZEGORCZYK
[Pub. 118];
22.
Roman
IWASZKO
Professor Ryszard Jachowicz
[Pro. 19], [Pro. 25], [Pro. 44], [Pub.
40], [Pub. 51], [Conf. 10];
23.
Szymon
JABŁOŃSKI
[Pro. 42], [Pro. 43], [Pub. 106], [Conf.
26];
24.
Ewa Paulina
JANAS
[Pro. 42], [M.Sc. 10], [Pub. 96],
[Conf. 58], [Conf. 62], [Conf. 71],
[Conf. 79], [Conf. 88], [Conf. 101],
[Conf. 120], [Conf. 131], [Conf. 151];
25.
Łukasz Piotr
JASIŃSKI
26.
Grzegorz
JAŚKIEWICZ
[Pub. 10], [Pub. 52], [Pub. 53];
27.
Stefan
KOROLCZUK
[Pub. 94], [Conf. 26];
28.
Marcin Piotr
KOTZ
29.
Piotr
KRYSIK
30.
Sebastian
KRYŚ
31.
Maciej
KWIATKOWSKI
[Pro. 49];
32.
Maciej
LIPIŃSKI
[Pub. 134], [Pub. 145], [Conf. 26],
[Conf. 57];
- 34 -
[Pro. 2], [Pro. 17], [Pro. 21], [Pro. 22],
[Pro. 27], [Pro. 34], [Pro. 39], [Pub.
26], [Pub. 128], [Pub. 129], [Pub.
130], [Pub. 142], [Pub. 172], [Pub.
203], [Pub. 207], [Pat. 13], [Conf. 1],
[Conf. 4], [Conf. 16], [Conf. 17],
[Conf. 23], [Conf. 126], [Conf. 132];
33.
Łukasz
MAŚLIKOWSKI
[Pro. 2], [Pub. 26], [Pub. 57], [Pub.
59], [Pub. 128], [Pub. 137], [Pub.
142], [Pub. 143], [Pub. 172], [Pub.
197], [Pub. 203], [Rep. 5], [Pat. 15],
[Conf. 4], [Conf. 17], [Conf. 48],
[Conf. 49], [Conf. 50], [Conf. 51],
[Conf. 54], [Conf. 56], [Conf. 78],
[Award 22], [Award 29], [Award 32];
34.
Jan
PIEKARSKI
[Pro. 20], [Pro. 41], [Pro. 43], [Pub.
96], [Pub. 153], [Pub. 173];
35.
Bartosz
PIKACZ
[Pro. 47], [Rep. 9];
36.
Igor
RUTKOWSKI
[Pro. 20], [Pro. 42], [Pro. 43], [M.Sc.
19], [Pub. 96], [Pub. 168], [Pub. 173],
[Conf. 7], [Conf. 71], [Conf. 86],
[Conf. 109], [Conf. 130];
37.
Stanisław Maciej
RZEWUSKI
38.
Radosław
RYBANIEC
Professor Leszek Opalski
[M.Sc. 20], [Pub. 169];
39.
Dominik
SIKORA
[Pro. 20], [Pro. 41], [Pro. 43], [Pub.
94], [Pub. 96], [Pub. 173], [Conf. 60],
[Conf. 70], [Conf. 85], [Conf. 104],
[Conf. 115], [Conf. 119], [Conf. 123],
[Conf. 125], [Conf. 133], [Conf. 146],
[Conf. 150];
40.
Mirosław
SOBOTKA
[Pub. 177];
41.
Karol
SZUMSKI
[Pub. 129];
42.
Emanuel
TATAJ
[Pub. 179], [Conf. 26];
43.
Jakub
WĘCŁAWSKI
[M.Sc. 26], [Pub. 184];
44.
Karol Krzysztof
WOŹNIAK
[Pub. 187];
45.
Agnieszka Anna
ZAGOŹDZIŃSKA
Professor Krzysztof Poźniak
[Pro. 4], [Pub. 191], [Pub. 192], [Conf.
26], [Conf. 30], [Conf. 53], [Conf. 67],
[Conf. 118], [Conf. 145], [Award 25],
[Award 26];
46.
Ievgen
ZAITSEV
Professor Anatolij Płatonow
[Pub. 64], [Pub. 154], [Pub. 193],
[Conf. 12], [Conf. 23], [Conf. 26],
[Conf. 41], [Conf. 55];
47.
Paweł
ZAWISTOWSKI
[Pub. 24];
48.
Łukasz
ZEMBALA
[Pro. 42], [Pub. 96], [Pub. 173], [Pub.
174], [Pub. 175], [Conf. 60], [Conf.
66], [Conf. 75], [Conf. 82], [Conf.
100], [Conf. 105], [Conf. 116], [Conf.
119], [Conf. 127];
- 35 -
49.
Paweł
ZIELIŃSKI
[Pub. 23];
50.
Mariusz
ZYCH
[Pub. 43], [Pub. 80], [Pub. 81], [Pub.
82], [Pub. 194], [Pub. 198], [Pub.
218], [Conf. 4], [Conf. 35];
51.
Mateusz
ŻUKOCIŃSKI
[Pro. 33], [Pro. 42], [Pub. 96], [Pub.
153], [Pub. 195], [Pub. 196], [Conf.
3], [Conf. 18], [Conf. 42], [Conf. 64],
[Conf. 74], [Conf. 83], [Conf. 114];
2.3.
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. 5], [Pro. 20], [Pro. 35], [Award 2];
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. 17], [Pro. 21], [Pro. 22], [Pro. 25], [Pro. 27], [Pro. 38], [Pro. 39], [Pub. 197],
[Pub. 215], [Pat. 12], [Conf. 4], [Conf. 77], [Conf. 147];
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 19], [Pro. 11], [Pro. 18], [Pro. 21], [Pro. 22], [Pro. 23], [Pro. 25], [Pro.
27], [Pro. 28], [Pro. 37], [Pro. 38], [Pro. 39], [Pub. 49], [Pub. 50], [Pub. 116], [Pub.
117], [Rep. 2], [Rep. 5], [Pat. 15], [Conf. 1], [Conf. 4], [Conf. 39], [Conf. 47];
Room: 453
Phone: 22 234 55 88
e-mail:
agromek@
ise.pw.edu.pl
Patrycja HOJCZYK, Secretary;
Room: 217
Phone: 22 234 51 10
e-mail:
p.hojczyk@
ise.pw.edu.pl;
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
- 36 -
Maria JAROCKA, M. A. Librarian (1972); retired;
Room: 262
Phone: 22 234 79 54
e-mail:
M.Jarocka@
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- );
[Pro. 15], [Pro. 18], [Pub. 54], [Pub. 62], [Pub. 209];
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);
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
Sławomir LADA, M.Sc. (1979); Senior R&D Engineer; Microsystems and
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 50
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
Agnieszka SKALSKA, M.A. (2002); Accountant;
Room: 222
Phone: 22 234 51 10
e-mail:
A.Skalska@
ise.pw.edu.pl
- 37 -
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);
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;
Room: 222
Phone: 22 234 73 34
e-mail:
H.Kurowska@
ise.pw.edu.pl
- 38 -
3.
3.1.
TEACHING ACTIVITIES
Basic courses
[Edu.1] Basics of Programming (in Polish –
Podstawy programowania – PRM); lect.
2h/week; lab. 2h/week;
Rafał Biedrzycki Ph.D.
[Edu.11] Fundamentals of Sensors, (in Polish Podstawy czujników pomiarowych - PCzP);
lect. 2h/week, lab. 2h/week; electronics,
measurement systems and control;
Professor Ryszard Jachowicz
[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 Measurement (in
Polish - Podstawy pomiarów - PPOM); lect.
2h/week, lab. 2h/week; electronics;
Antoni Leśniewski Ph.D.,
Jacek Dusza Ph.D.
[Edu.3] Digital Signal Processing (in Polish Cyfrowe przetwarzanie sygnałów - CYPS); lect.
2h/week; electronics, telecommunications;
Zbigniew Gajo Ph.D.
[Edu.13] Fundamentals
of
Microprocessor
Techniques (in Polish - Podstawy techniki
mikroprocesorowej - TMIK); lect. 2h/week;
lab. 2h/week;
Tomasz Owczarek Ph.D.
[Edu.4] Digital Signal Processing Laboratory (in
Polish
Laboratorium
Cyfrowego
Przetwarzania Sygnałów – LCPS); lab.
2h/week; electronics, telecommunications;
[Edu.14] High Frequency Techniques (in Polish Podstawy techniki wielkich częstotliwości TWCz); lect. 2h/week, lab. 2h/week;
electronics, telecommunications;
[Edu.5] Electromagnetic Fields and Waves (in
Polish - Pola i fale - POFA); lect. 2h/week, lab.
1h/week; electronics;
[Edu.15] Measurement Systems (in Polish Systemy pomiarowe - SPOM); lab. 2h/week;
measurement systems and control;
Professor Konrad Hejn
[Edu.6] 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.16] Numerical Methods (in Polish – Wstęp
do metod numerycznych – WMUN); lect.
2h/week, lab.1h/week
Katarzyna Opalska Ph.D.
[Edu.7] 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.17] Object Oriented Programming (in Polish
– Programowanie obiektowe - PROE); lect.
2h/week, lab. 2h/week;
Rafał Biedrzycki Ph.D.
[Edu.8] Electronic Circuits and Systems
Laboratory (in Polish – Laboratorium
Ukladów i Systemów Elektronicznych – LUSE;
lab. 3h/week; electronics;
Bogusław Kalinowski Ph.D.
[Edu.18] Signals and Information Theory (in
Polish – Teoria sygnałów i informacji – TSI);
lect. 2h/week, lab. 1h/week;
Professor Jerzy Szabatin
Professor Anatolij Płatonow
[Edu.9] Electronics Fundamentals (in Polish –
Podstawy elektroniki – POEL); lect. 2h/week,
lab. 1 h/week, tutorial 1 h/week
;
Antoni Leśniewski Ph.D.
[Edu.19] Signals and Systems (in Polish - Sygnały
i systemy - SYMSE); lect. 2h/week, lab.
1h/week, tutorial 1h/week; electronics;
Professor Bohdan Butkiewicz
[Edu.20] Theoretical
Fundamentals
of
Cryptography (in Polish - Podstawy
teoretyczne kryptografii – PTKB); lect.
2h/week; proj. 1h/week;
Professor Tomasz Adamski
[Edu.10] Fundamentals of Electronic Equipment
Design; (in Polish - Elementy konstrukcji
sprzętu elektronicznego); lab. 2h/week; Faculty
of Applied Physics and Mathematics;
- 39 -
3.2.
Advanced courses
[Edu.21] Advanced C++ Programming (in Polish –
Zaawansowane programowanie w C++ - ZPR);
lect. 2h/week, proj. 1h/week)
Robert Nowak Ph.D
telecommunication;
Paweł Cichosz Ph.D.
[Edu.31] Machine Learning (in Polish – Uczenie
się maszyn – UM); lect. 2h/week, proj.
1h/week; computer science;
Paweł Cichosz Ph.D.
[Edu.22] Algorithms and Data Structures E (in
Polish – Algorytmy i struktury danych –
AISDE); electronics; lect. 2h/week, lab.
1h/week;
Professor Jan Ogrodzki
[Edu.32] Measurement Systems Programming (in
Polish
–
Oprogramowanie
systemów
pomiarowych - OSP); lect. 2h/week, proj.
2h/week;
Antoni Leśniewski Ph.D.
[Edu.23] 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] Modelling in Medicine Fundamentals (in
Polish – Podstawy modelowania w medycynie
– PMOM); lect. 2/week;
[Edu.24] Analysing and Modelling Physiological
Processes (in Polish – Analiza i modelowanie
procesów fizjologicznych – AMP); lect.
[Edu.34] Neural
Networks
and
Neural
Computers (in Polish - Sieci neuronowe i
neurokomputery - SNN); lect. 2h/week; proj.
1h/week;
Stanisław Jankowski Ph.D.
[Edu.25] .Bioinformatic Methods (in Polish –
Metody bioinformatyki - MBI); lect. 2h/week,
project 1h/week;
Robert Nowak Ph.D.
[Edu.35] Operating Systems (in Polish - Systemy
operacyjne - SOE); lect. 2h/week, lab. 2h/week;
computer engineering;
[Edu.26] Computer Forensics (in Polish –
Informatyka śledcza – ISL); lect. 2 h/week, lab.
1 h/week;
Magdalena Szeżyńska Ph.D.
[Edu.36] Optimization Methods in Applications
(in Polish – Metody optymalizacji w
zastosowaniach – MOZA); lect. 2 h/week, proj.
1 h/week;
[Edu.27] 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.37] Parallel Implementations of Numerical
Methods
(in
Polish
–
Równoległe
implementacje metod numerycznych – RIM);
lect. 2 h/week, proj. 1 h/week, lab. 1 h/week;
[Edu.38] Radar Signal Processing (in Polish –
Sygnały radiolokacyjne i metody ich
przetwarzania – SRMP); lect. 2h/week, lab. 1
h/week;
Mateusz Malanowski Ph.D.
[Edu.28] Elements of Analogue Technique in
Digital Systems (Elementy techniki analogowej
w systemach cyfrowych – EASY); lect.
2h/week, proj. 1h/week;
Aleksander Burd Ph.D.
[Edu.39] Sensor Networks (in Polish – Sieci
czujnikowe – SCZ); lect. 2h/week, lab.
1h/week,
proj.
1h/week;
electronics,
telecommunication;
Jerzy Weremczuk Ph.D.
[Edu.29] Hardware Description and Simulation
methods (in Polish – Metody opisu i symulacji
sprzętu – MOSS); lect. 2h/week, proj. 1h/week;
Professor Jan Ogrodzki
[Edu.30] Knowledge Discovery Methods (in Polish
– Metody odkrywania wiedzy – MOW); lect.
2h/week,
proj.
1h/week;
electronics,
[Edu.40] Signal Integrity (in Polish – Integralność
sygnałowa – ISYN); lect. 2h/week, lab.
1h/week;
40
[Edu.41] Statistical inference (in Polish – Modele i
wnioskowanie statystyczne – MWS); lect.
Marek Rupniewski Ph.D.
2h/week;
Rafał Rytel-Andrianik Ph.D.
[Edu.43] Techniques for Signal Processing (in
Polish – Techniki realizacji cyfrowego
przetwarzania sygnałów – TRA); lect. 2
h/week, proj. 1 h/week;
Professr Krzysztof Kulpa
[Edu.42] Time and Frequency Domain Signal
Analysis and Synthesis (in Polish - Czasowo
częstotliwościowe metody analizy i syntezy
sygnałów – CCM); lect. 2h/week; proj.
3.3.
Special courses
[Edu.44] Artificial Intelligence Fundamentals;
lect. 2h/week; proj. 1h/week; for Faculty of
Mathematics and Information Science Warsaw
University of Technology;
1h/week; for Faculty of Mechatronics Warsaw
[Edu.52] Fiberoptics Fundamentals (in Polish –
Podstawy techniki światłowodowej – PTSRM);
lect. 2h/week; lab. 1h/week; Evening
Professional Study in Radiocommunication;
Kazimierz Jędrzejewski Ph.D.
Lech Lewandowski Ph.D.
Tomasz Osuch Ph.D. (project)
[Edu.45] Assemblers (in English), lect. 2h/week,
lab. 1h/week; for Faculty of Mathematics and
Information Science Warsaw University of
Technology;
[Edu.53] Heuristics
Algorithms
(Algorytmy
heurystyczne – ALHE); lect. 2h/week, proj.
1h/week; for Informatics;
[Edu.46] Computer Forensic (in Polish Informatyka śledcza); lect. 2h/week, lab.
1h/week; for Faculty of Mathematics and
Technology;
[Edu.54] Introduction
to
Evolutionary
Computation (in Polish – Wstęp do
algorytmów ewolucyjnych – WAE); lect.
2h/week, proj. 1h/week; for Faculty of
[Edu.47] Computing (in Polish – Informatyka –
INFO); lab. 2h/week; for Faculty of Materials
Science and Engineering Warsaw University of
Technology;
Daniel Paczesny Ph.D.
[Edu.55] Introduction to Digital Systems (in
English), lect. 2h/week, tutorials 1h/week, lab.
1h/week; Faculty of Mathematics and
Technology;
[Edu.48] Electronics Principles (in English - EP);
lect. 1h/week, tutorial 1h/week; for Faculty of
[Edu.56] Introduction to Project Management (in
Polish – Wprowadzenie do zarządzania
projektami – WZAP); lect. 1 h/week, proj. 1
h/week; Social Science Lectures;
[Edu.49] Electronics Principles (in Polish –
Podstawy elektroniki - PE); lect. 1h/week,
tutorial 1h/week; for Faculty of Mathematics
and Information Science Warsaw University of
Technology;
[Edu.57] Metrology (in Polish – Metrologia – ME);
lect. 2h/week, lab. 2h/week; for Faculty of
Mechatronics
Warsaw
University
of
Technology;
Jacek Dusza Ph.D.
[Edu.50] Electrotechnics
(in
Polish
–
Elektrotechnika – ELKT); lect. 2h/week,
tutorial 1h/week; for Faculty of Mechatronics
Warsaw University of Technology;
[Edu.58] Operating Systems (in Polish – Systemy
operacyjne – SO); lect. 2h/week; lab. 1h/week;
Faculty of Mathematics and Information
Science Warsaw University of Technology;
[Edu.51] Electrotechnics Laboratory (in Polish –
Laboratorium elektrotechniki – LAEL); lab.
- 41 -
[Edu.59] Operating Systems (in English); lect.
2h/week; lab. 1h/week; Faculty of Mathematics
and Information Science Warsaw University of
Technology;
[Edu.60] Optoelectronics; lect. 2 h/week; Faculty
of Production Engineering Warsaw University
of Technology;
Lech Lewandowski Ph.D.
Studies in Electrical and Computer Engineering in English
2h/week;
Jerzy Berliński M.Sc.
[Edu.61] Adaptive Signals Processing (EASP);
lect. 2h/week, lab. 1h/week, proj. 1h/week;
Konrad Jędrzejewski Ph.D.
[Edu.62] Circuits
(ECIRC);
lect.
repetition 2h/week;
[Edu.66] Electronics 2 (EELE2); lect. 2h/week; lab.
2h/week;
Bogusław Kalinowski Ph.D.
Katarzyna Opalska Ph.D.
2h/week;
[Edu.67] Microprocessor Systems (EMISY), lect.
2h/week, lab. 1h/week, proj. 1h/week;
[Edu.63] Cryptography and Data Security
(ECDS); lect. 3h/week, proj. 1h/week;
[Edu.68] Programming 1 (EPRO1), lect. 2h/week,
tutorial 1 h/week, lab. 1h/week;
[Edu.64] Digital Signal Processing (EDISP); lect.
2h/week; lab. 2h/week;
Jacek Misiurewicz Ph.D.
[Edu.69] Signal
Processing
in
Telecommunications and Radar (ESPTR);
lect. 2 h/week, proj. 2 h/week
Jacek Misiurewicz Ph.D.
[Edu.65] Electrical and Computer Engineering
Laboratory (EECEL); lect. 2 h/week; lab.
3.4.
International co-operation
[Edu.70] Didactic
stay
under
ERASMUS
Programme, preparing M.Sc. dissertation and
B.Sc. dissertation
tutor: Zbigniew M.Wawrzyniak Ph.D.
Daniel Ochoa Peño: Technical University
of Madrid, Escuela Técnica Superior de
Ingenieros de Telecomunicación, Madrid,
Spain, Mobile Devices in Healthcare Data
Management.
Alicia López Dot: Universidad Publica de
Navarra, Escuela Técnica Superior de
Ingenieros Industriales y de Telecomunicación,
Navarra, Spain, Data Management in Medical
Advising Tool of Web-based Expert System IBLearnt from the Results of ECAP Outcomes.
Hugo Garcia González, Universidad de
Valladolid, Escuela Técnica Superior de
Ingenieros de Telecomunicación, Valladolid,
Spain, On-Line Advising Tool of Web-based
Medical Expert System for Users with Allergic
Diseases - Data Collection and Information
Handling
Enrique Bodi Pastor, Universitat
Politècnica de València, Escuela Técnica
Superior de Ingeniería Informática, Valencia,
Spain, Combined Data Management System for
Martial Art Training by the Use of Wireless
Device and Web-based Applications
Sergio Alejandro Orts González,
Universitat Politècnica de València, Escuela
Tecnica
Superior
de
Ingenieros
de
Telecomunicación, Valencia, Spain, Mobile
Device in Intelligent Health Care
Miguel Perez Madrigal, Universitat
Politècnica de València, Escuela Tecnica
Superior de Ingenieros de Telecomunicación,
Valencia, Spain, Data Management in Personal
Health Networks.
[Edu.71] Didactic
stay
under
ERASMUS
Programme, preparing M.Sc. dissertation
tutor: Stanislaw Jankowski Ph.D.
Guillem Cuesta Basseda Universitat
Ramon Llull, Barcelona
Carlos Rio Carrillo Universitat Ramon
Llull, Barcelona
[Edu.72] Research
and
educational/teaching
cooperation with DESY–Deutsches Elektronen
Synchrotron, Hamburg, TESLA experiment;
M.Sc. and Ph.D. Students Research Projects on
Electronics for High Energy and Elementary
Particle Physics, Research Projects on
- 42 -
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.
- cooperation coordinator, Professor Ryszard S.
Romaniuk, Wojciech Zabołotny Ph.D.
[Edu.74] 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.73] 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
[Edu.75] Research and educational co-operation with
Bauman Moscow State Technical University.
Cooperation coordinator: Professor Anatolij
Płatonow.
- 43 -
4.
4.1.
RESEARCH PROJECTS
Projects granted by the University
Projects granted by the Rector for Students' Research Group
[Pro.1] Antoni Grzanka Professor - Head of the
project for Cybernetic Students' Research
Group: Development of Brain Computer
Interface Concept aimed at the Mobile
Application and the use of Artificial Intelligence
Methods, (in Polish – Rozwój koncepcji Brain
Computer Interface ukierunkowany na aplikację
mobilną i wykorzystanie metod sztucznej
inteligencji); May 14, 2012 – December 31,
2012.
The following work was performed:
BioSig - multiplatform application for
gathering bioelectric signals (EEG, ECG) was
written. It is able to classify signals by the
artificial neural network and recognize which
mental activity is performed by the person.
Program is written in Java. It also contains
plugin for viewing recorded signals –
BioSigViewer.
Evaluation
developing
modules
containing, such devices as Bluetooth,
STM32F407VGT6, and TFT colour screen
module, were launched. We established the
connection between Arm Cortex M3 and M4
launchpad with computer via Bluetooth and
USB. It will be useful for mobile EEG system
which has been developing by us for two years.
Graphical menu library was
written for FreeRTOS operating system and
tested on Texas Instruments Stellaris Cortex M3
evaluation board. It was used for our evaluation
device for testing various methods of
amplification and filtration of biosignals.
Multiplatform application for sending and
receiving data via the serial port, written in Java
(used to transmit via USB and Bluetooth in
virtual serial port mode - Virtual Com Port)
Special film was made for conducting the
research on human emotions like fear, sadness
and happiness. Emotions from few people were
classified and compared with each other by
Emotiv Epoc software.
We were co-organizers and mentors of
Digital Days 2012
Participants: Ph.D.Students: Krzysztof
Chojnowski, Tomasz Bolesław Cedro, Ryszard
Gomółka, Tomasz Kamiński, Janusz Frączek,
Adrian Byszuk and students: Łukasz
Czupryniak, Grzegorz Leszek.
[Pro.2] Krzysztof Kulpa Professor - Head of the
project for Radiolocation and Digital Signal
Processing Students' Research Group: in Polish
–
Opracowanie
metod
otrzymywania
zobrazowań obiektów ruchomych za pomocą
radaru pasywnego GSM Development of
Registration and Preprocessing System for SAR,
(Elaboration of Methods for Moving Objects
Imaging with a GSM-based Passive Radar);
May 14, 2012 – December 31, 2012.
Participants: Ph.D.Sudents: Piotr Krysik,
Marcin Kamil Bączyk, Łukasz Maślikowski and
Janusz Kulpa B.Sc., Karol Klincewicz B.Sc.,
Krzysztof Borowiec B.Sc., Paweł Roszkowski
B.Sc.
[Pro.3] Tomasz Starecki Professor – Head of the
grant for “FOKA” Students' Research Group:
Photoacoustic Detector for Concentration
Measurements of Selected Gases, (in Polish –
Fotoakustyczny detektor do badania stężeń
wybranych gazów), May 14, 2012 – December
31, 2012.
Photoacoustic detector for concentration
measurements of selected gases. The project
scope covered design and implementation of a
chamber
for
photoacoustic
equipment
calibration. Reference measurements in the
chamber are performed by means of electronic
gas sensors (for ammonia, methan and carbon
dioxide). The chamber was tested with number
of concentration of ammonia in the air
measurements in the 10-300 ppm range.
Participants: students - Michał Bober,
Mariusz Gill, Piotr Ładnowski, Andrzej
Wojtulewicz.
[Pro.4] Maciej Linczuk Ph.D. – Head of the project
for Advanced Measurement Systems ELHEP
Students
Research
Group:
Mobile
Measurement System MMS (in Polish – Mobilny
system pomiarowy)
The project was to create a mobile
measuring system consisting of smart sensors.
Through the exchange of information between
sensors network configured itself and does not
require
user
intervention
during
the
development and modification.The network is
fault-tolerant individual sensors. The system
was launched on the basis of hardware
- 44 -
platforms Beagle Bone, Cubi Board and any
mobile devices running Linux, Android or
Windows Phone. The communication uses WiFi
and Bluetooth interfaces. For the project
developed its own communication protocol and
data exchange.
Participants:
Ph.D.Students:
Andrzej
Wojeński, Agnieszka Zagoździńska and
students – Piotr Miedzik, Tomasz Kuźma,
Tomasz Janicki, Jacek Kołodziejski, Piotr
Pośnik, Wojciech Fornal, Marcin Sosnowski.
Projects granted from statutory funds
April 1, 2012 – December 31, 2012
[Pro.5] Janusz A. Dobrowolski 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.
Rafał Biedrzycki Ph.D., Paweł Cichosz Ph.D.,
Stanisław Jankowski Ph.D., Robert Nowak
Ph.D., Piotr Wąsiewicz Ph.D.
[Pro.8] 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).
A new method for
detection of frames and determining the
probabilities of false alarm and symbol
misdetection in OFDM communication systems
was established. It resulted in a new detection
algorithm with less computational complexity
compared to those known in the literature. The
algorithm was verified in numerous simulation
experiments. Moreover, there was developed a
universal wireless measurement module that
uses advanced communications technology. The
work on the concept of application of fuzzy
logic to match the pair of stereoscopic images
was continued. Investigations to improve the
distinguishability of SAR images were taken by
examining simulated signals and real-world
data. Methods of estimating exact parameters of
a flight were established and an innovative
technique of coherent parametric focusing of
radar images was developed.
Development of the theory and
applications of the original approach to
Bayesian optimization of the analog-digital
feedback systems with adaptively adusted
analog part. Development of the methods of
optimisation and desigm of the analog
communication systems with feedback and
adaptively adjusted modulators (AFCS). Unlike
digital systens, performance of optimal AFSC
attains Shannon's boundaries of bit rate and
energy-spectral efficiency of transmission.
Development of the theory and design of new
[Pro.6] 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).
Task 1: Modeling, simulation and design
of analogue/digital electronic circuits, including
random and metastability effects
Task
2:
Development of circuits, systems and
measurement methods of bioengineering and
environment monitoring
Task 3: Development of methods and
hardware-software
co-design
tools
for
measurement and cryptographic applications
Task 4: Research on modelling, design and
applications of pulse circuits and photoacoustic
devices.
[Pro.7] Jan Mulawka Professor – Task
coordinator: Development of Intelligent
Computing Techniques and Bio-informatics, (in
Polish – Rozwój inteligentnych technik
obliczeniowych oraz bioinformatyki).
The main topics of this grant are as
follows. Development of programming methods
in biological and medical applications. This
topics concern mainly exploration of medical
data bases. The next subject is an application of
extended logics in ontological engineering and
artificial intelligence. Further topics are:
methods of evolutionary algorithms analysis and
applications, statistical learning systems their
optimisation and applications.
Participants: Professor Jarosław Arabas,
- 45 -
classes of high-resolution optimal adaptive A/C
converters with algorithmic computing the
samples codes. (Participants: Professor Anatolij
Płatonow, Konrad Jędrzejewski Ph.D., Łukasz
M. Małkiewicz Ph.D., Ievhen Zaitzev
Ph.D.Student; partners: Zbigniew Jaworski
Ph.D. (IMiO), Jakub Jasnos, Ph.D. (SigmaSoft
S.C.). New methods of filtration of passive and
active radar clutter were developed, along with
adaptive signal processing algorithms for radar.
The results achieved in the context of this work
became the basis of research conducted within
the framework of two new development
projects, in consortium with the national radar
industry leader RADWAR SA. There were
performed
numerous
developments
in
algorithms for processing signals in passive
radar. The algorithms were tested on simulated
and real-world data. The measuring system
registering the FM band reference signal from
radio transmitters and signals reflected from
moving objects was developed.
[Pro.9] 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.10] 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).
Projects granted by the Dean - grants for young researchers
[Pro.11] Artur Gromek M.Sc. – Head of the
project: in Polish – Realizacja detektora zmian
w zobrazowaniach radarowych;
optical fibers. Bragg grating are written in
hydrogen-loaded tapered fibers using CW argon
ion laser. Spectral characteristics of such
structures are measured and their evolution due
to the applied strain is examined. One of the
potential applications of such Bragg structures
is a strain sensor.
[Pro.12] Grzegorz Kasprowicz Ph.D. – Head of
the project: in Polish – Opracowanie systemu
odczytu dwuwymiarowego detektora GEM; The
project consists of conception and partial
realisation of the final system for 2-dimensional
Gas Electron Multiplier detectors readout
method. The system simultaneously samples
256 channels with 125MHz, 12 bit resolution
and processes on-line all the data using state-ofart FPGA technology. It has also ability to work
in mode of analogue integrator, thus giving 50fold performance of photon stream acquisition.
Unique feature of development is construction
of advanced, precise high voltage supply unit
that allows accurate measurement and limitation
of current in each output channel. Voltage
stabilisation and current measurement is
performed between output channels, unlike in
standard power supplies. The measurement data,
after position and energy estimation in Y and Y
channels, are sent using gigabit links to the
reconstruction circuit based on SoC technology
which is integrated FPGA with ARM processor.
Video data stream is then distributed to the user
via Ethernet network.
[Pro.14] Daniel Paczesny Ph.D. – Head of the
project: in Polish – Pokrycie powierzchni
pólprzewodnikowego detektora impedancyjnego
nanowarstwami zabezpieczającymi i metody
detekcji wody kondensującej na jego
powierzchni,; (Nanolayers Deposition on
Impedance Dew Point Detector Surface and
Development of Dew Detection Methods).The
project was mostly oriented on deposition
nanolayers on impedance dew point detector
surface. In particular the influence of different
types of materials as well as material layer
thickness on electrical and impedance detector
parameters were determinate during the project
realization. The second goal of the project was
designed and constructed electronic module for
determination dew condensation on the
impedance detector surface.
[Pro.15] Grzegorz Tarapata Ph.D. – Head of the
project:
in
Polish
–
Wykonanie
i
charakteryzacja
światłowodowych
siatek
Bragga wytworzonych w technologii “ink-jet
printing”, (Design and Characterization of Fibre
Bragg Gratings Fabricated in Ink-jet Printing
Technology). The aim of the project is to
perform research and characterization of fiber
Bragg gratings using „ink-jet printing
[Pro.13] Tomasz Osuch Ph.D. – Head of the
project: in Polish – Siatki Bragga o zmiennym
okresie na przewężeniach światłowodowych,
(Bragg Gratings with Variable Period on
Optical Fiber Tapers). The aim of this project is
to develop new fiber optic components – Bragg
gratings with variable period written in tapered
- 46 -
technology". From the standpoint of Long
Period Grating production methods, currently
dominate two methods: - fabrication by periodic
illumination fibre core by UV laser through
amplitude mask or so. by point by point –
mechanical method involving periodical
deformation of the fibre core and coat utilizing
clas sical fusion splicer. Proposed subject in this
project is a novel method for Long Period
Grating fabrication, and the expected results are
promising; participants: Tomasz Osuch Ph.D.,
Wiesław Jasiewicz M.Sc.
Most metastability based solutions operate on
the uncertainty of a logical output state of a
device (flip-flop, D-latch) aimed to resolve
from exact metastable point. The aim of this
project was to build a device in which the direct
proximity of the metastable point is not
mandatory. In this concept two transition times
of two devices are compared. Such
constructions are less sensitive on the proximity
of the metastable point, temperature fluctuations
and power supply's instabilities. For now two
models of generators have been patented: with
CPLD XC9572xl device, and with FPGA
Spartan 3E device with "on the fly"
bitstream postprocessing. Essential statistical
second-level analysis of obtained random
data-streams have been applied; participant:
Krzysztof Gołofit M.Sc.
[Pro.16] Piotr Zbigniew Wieczorek Ph.D. – Head
of the project: in Polish – Rozwój badań nad
metastabilnościowymi
generatorami
liczb
prawdziwie losowych, (Research Development
on Metastable based True Random Number
Generators). Project introduces new concepts of
a true random number generators (TRNGs).
4.2.
Projects granted by Ministry of Science and Higher Education
Research grants
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.17] Krzysztof Kulpa Professor – Head of the
project No 5525/B/T00/2010/39: Development
of Methods for Signal Processing in Passive
Radar Signals Working with DVB-T Signals, (in
Polish - Opracowanie metod przetwarzania
sygnałów w radarach pasywnych pracujących z
wykorzystaniem sygnałów telewizji cyfrowej
DVB-T), October 28, 2010 – October 27, 2012.
The work is focused on DVB-T signal
processing algorithms development and testing
in passive radars.
Participants: Jacek Misiurewicz Ph.D.,
Mateusz Malanowski Ph.D., Piotr Krysik M.Sc.,
Piotr Samczyński Ph.D., Artur Gromek M.Sc.,
Adam Gorzelańczyk M.Sc.
[Pro.19] Participation in the project No 54527:
Design and Characterisation of Receptor
Layers of Sensors and Biosensors, (in Polish Projektowanie i charakteryzacja warstw
receptorowych sensorów i biosensorów), Head
of the project - Professor Elżbieta Malinowska,
Faculty of Chemistry WUT, September 30,
2009 – September 29, 2012.
The
project
aims to design and synthesize new receptor
layers of sensors and biosensors and to fabricate
innovative transducers build of gold clusters of
nanometre dimensions finally on witch designed
layers will be deposited. Receptor layers will
consist of: 1) DNA parts of defined sequence,
acting as a tumour, harmful bacteria and genetic
modified food markers; 2) antigens capable to
recognize antibodies persisting in examined
solutions, which may lead to recognize mutation
in miozine motoric domain of heart muscle; 3)
enzymes
(e.g.
acetylocholinesterazis)
immobilized on gold in aim to mark inhibitors
(e.g. compounds considered as a potential
medicine on Alzheimer disease).
Participants from IES: Professor Ryszard
Jachowicz, Daniel Paczesny Ph.D., Grzegorz
[Pro.18] Kazimierz Jędrzejewski Ph.D. – Head of
the 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.
- 47 -
Tarapata
Ph.D.,
Jerzy Weremczuk Ph.D.,
Roman Iwaszko Ph.D.Student.
Co-foundated projects for international grants
[Pro.20] 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 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.
4.3.
Co-funding project for SARINA – SAR-based
Augmented Integrity Navigation Architecture,
(in Polish - SARINA - System Nawigacyjny o
zwiększonej dokładności bazujący na technice
SAR), February 19, 2010 – February 19, 2012.
[Pro.22] Mateusz Malanowski Ph.D. - Head of the
Co-funding project for SARAPE - Synthetic
Aperture Radar for all Weather Penetrating
UAV Application, November, 2010 –November,
2012.
Piotr Samczyński Ph.D., Adam Gorzelańczyk
M.Sc., Artur Gromek M.Sc., Piotr Krysik M.Sc.
[Pro.23] Jacek Misiurewicz Ph.D. – Head of the
project for European Defence Agency EDA
R&T Joint Investment Programme on Force
Protection, DAFNE - Distributed and Adaptive
Multisensor Fusion Engine, June 9, 2009 December 9, 2011.
Participants: Professor Jerzy Szabatin,
Professor Bohdan Butkiewicz, Professor
Krzysztof Kulpa, Rafał Biedrzycki Ph.D.,
Mateusz Malanowski Ph.D., Robert Nowak
Ph.D., Edward Śliwa Ph.D., Artur Gromek
M.Sc.
Projects granted by National Center for Research and Development (NCBiR)
Development projects (in Polish - projekty rozwojowe)
[Pro.24] 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 1, 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 D.Sc.,
Daniel Paczesny Ph.D., Grzegorz Tarapata
Ph.D., Roman Iwaszko M.Sc.
part of the development project (in Polish –
projekt rozwojowy) No O R00 0151 12:
Development of Technology Demonstrator of a
Tracking Radar for Anti-aircraft Gun, (in Polish
- Opracowanie demonstratora technologii radaru
śledzącego
do
kierowania
artylerią
- 48 -
przeciwlotniczą), December 9, 2010 –December
15, 2012. Participants of the consortium
BUMAR Elektronika S.A.
The aim of this project is to develop new
tracking radar for an anti-aircraft gun operating
in the Ku band.
Participants: Professor Krzysztof Kulpa,
Professor Marek Nałęcz, Jacek Misiurewicz
Ph.D, Piotr Samczyński Ph.D, Rafał Rytel –
Andrianik Ph.D, Marek Rupniewski Ph.D.,
Gustaw Mazurek Ph.D, Adam Gorzelańczyk
M.Sc., Artur Gromek M.Sc.
[Pro.28] Rafał Rytel-Andrianik Ph.D. - Head of
the part of the development project No O R00
0153 12: Technology Demonstrator for Multiband Radar with Increased Robustness against
Active Interference, (in Polish – Opracowanie
demonstratora radaru wielopasmowego o
podwyższonej odporności na zakłócenia
aktywne); December 9, 2010 – December 15,
2012.
The project aims to develop a technology
demonstrator of two-band active radar. Data
from the two bands will be fused and advanced
electronic counter-counter measures applied.
This will result in increased likelihood of small
air targets detection and increased interference
immunity in comparison with single-band active
radar.
Professor Marek Nałęcz, Mateusz Malanowski
Ph.D., Jacek Misiurewicz Ph.D, Piotr
Samczyński Ph.D, Marek Rupniewski Ph.D.,
Gustaw Mazurek Ph.D, Artur Gromek M.Sc.
[Pro.26] Stanisław Jankowski Ph.D. – Head of the
part of the development project No
00117/R/T00/2010/11: AURA - Autonomous
Obstacle Avoidance System using Method of
Objects Active Teledetection for Unmanned
Aerial Vehicules, (in Polish – Autonomiczny
układ
antykolizyjny
przeznaczony
dla
bezzałoowych
środków
latających
wykorzystujący aktywną metodę teledetekcji
obiektów): September 17, 2010 – September 16,
2012;
Head of the project – Jerzy Graffstein
Ph.D., Institute of Aviation.
[Pro.29] Krzysztof Kulpa Professor, Head of the
project: in Polish – Opracowanie pototypu
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); December 2012 –
December 2017.
[Pro.27] Jacek Misiurewicz Ph.D. - Head of the
part of the development project O R00 0182 12:
in Polish – Projekt i wykonanie modułów
programowych i sprzętowych, dla realizacji
trybów AIS, ISAR, HISAR i ECCM w
wielofunkcyjnym radarze pokładowym dla
patrolowych samolotów rozpoznania morskiego;
December 16, 2010 – December 15, 2012.
Participants: Piotr Samczyński Ph.D.,
Adam Gorzelańczyk M.Sc., Artur Gromek
M.Sc., Piotr Krysik M.Sc.
Projects for the outstanding young researchers
[Pro.30] Piotr Samczyński 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; 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,
4.4.
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.31] Mateusz Malanowski Ph.D. – Ministry of
Science and Higher Education Scholarship for
Outstanding Young Researchers, November 30,
2011 – November 30, 2013;
Projects granted by National Science Center (NCN)
kalibracji wektorowego analizatora obwodów
oparta
na
statystycznym
[Pro.32] Arkadiusz Lewandowski Ph.D. – Head of
the project: in Polish - Uogólniona metodyka
- 49 -
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.
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., Paweł
Barmuta Ph.D.Student.
[Pro.33] 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
- 50 -
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.
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
imaging and diagnostics.
Participants:
Mateusz
Żukociński
Ph.D.Student, Professor Adam Abramowicz.
[Pro.34] Piotr Krysik M.Sc. – Head of the project:
in Polish - Monitoring ruchu z wykorzystaniem
4.5.
Projects granted by international institutions
Seventh Framework Programme (FP 7)
– 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.35] 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 IES team
participates in two work packages of the
EuCARD Project: WP2 – Dissemination,
Communication and Outreach (DCO) and WP10
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
(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
- 51 -
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.
Projects granted by other international institution
arbitration, sensor relocation, algorithm
selection, etc. Level 4 therefore comprises a
number of algorithms and techniques that
examine the outputs of the Fusion levels and
regulates and adjusts sensors and algorithms so
to optimize the processes to better achieve the
mission’s objectives. The main goals of the
project are
1. Enhance situational awareness during
military operations by a fusion engine able to
combine data from the sensors employed in an
urban warfare scenario. The architecture will be
scalable and capable of working in a distributed
fusion.
2. Improved target detection, identification
(classification/recognition), tracking in a urban
scenario (Level 1,2).
3. Adaptive resource management
(sensors, algorithms) for fusion process
refinement (Level 4 implementation).
4. Accommodate contextual information
provided by external databases.
Participants: Professor Jerzy Szabatin,
Professor Bohdan Butkiewicz, Professor
Krzysztof Kulpa, Rafał Biedrzycki Ph.D.,
Mateusz Malanowski Ph.D., Robert Nowak
Ph.D., Edward Śliwa Ph.D., Artur Gromek
M.Sc.
[Pro.37] Jacek Misiurewicz Ph.D. – Head of the
Protection, DAFNE - Distributed and Adaptive
Multisensor Fusion Engine, reference A-0830RT-GC, June 9, 2009 - December 9, 2011.
The DAFNE project aims at designing and
experimenting a multi sensor fusion engine that
will combine data from heterogeneous sensors
in order to generate estimates about the entities
present in an urban warfare scenario. These
sensors provide data that can be exploited for
tasks such as target detection, localization,
tracking, identification and recognition. Each
task can be benefit from the availability of
multiple sources providing additional data of the
same type (thus adding redundancy) or of
complementary type. In both cases, the
reliability of the estimates on a given entity can
be improved through fusion processes that fall
under the Levels 1 and 2 categorization of the
JDL model. The improved confidence, gained
through the fusion process, on the observed
entities allows further processing at a higher
level of abstraction, which is geared to build the
situation picture of the scenario, predict the
possible impacts in the near future, and thus
aiding the commander in taking decisions. This
higher level processing matches the level 2 and
3 of the JDL model. Level 1 fusion is therefore
of paramount importance, as its outputs will
affect all the subsequent processing at Level 2
and 3 thus conditioning the decision making
process. An aspect that has not received much
attention in the fusion literature and research
community is the refinement of the fusion
process (Level 4).This refinement step involves
actions, which include sensor selection, sensor
Protection, reference number A-1088-RT-GC
SARAPE - Synthetic Aperture Radar for all
Weather
Penetrating
UAV
Application,
November 29, 2010 –November 28, 2012.
The aim of the SARape – Synthetic
Aperture Radar for all weather penetrating UAV
application project is to develop a new real time
- 52 -
SAR system with high resolution. The project
includes the design of small sized radar together
with a pre-processing unit based on the aircraft
as well as a new high speed digital data
transmission unit used to send the pre-processed
data to a ground station. The new concept using
a broadband digital data transmission line is
inevitable to combine raw data and telemetry
data for synchronized data processing. The
ground station, which is built up from COTS
hardware, will operate an algorithm also
developed and implemented in this project to
process the transmitted data stream online to
obtain SAR images with high resolution and
quality.
Jacek Misiurewicz Ph.D, Piotr Samczyński
Ph.D., Adam Gorzelańczyk M.Sc., Artur
Gromek M.Sc.
Protection, reference number A-0932-RT-GC
SARINA - SAR-based Augmented Integrity
Navigation Architecture, (in Polish - SARINA System nawigacyjny o zwiększonej dokładności
bazujący na technice SAR), February 2010 –
February 2012. Consortium leader: IDS Ingegneria dei Sistemi, Italy, project coordinator:
Aldo Bonsignore. Consortium participant:
Polyvionics, France.
The
project aims at designing and assessing a novel
Inertial Navigation System for missile and UAV
that will make use of features extracted from
SAR imagery and on-board terrain landmark
database in order to ensure robustness against
uncompensated Inertial Measurement Unit errors
due to possible GPS lack of integrity.
[Pro.39] Krzysztof Kulpa Professor - Head of the
Other projects
project for DESY Deutsches Elektronen
Synchrotron, LLRF System – Annex 8, in Polish
– System sterowania LLRF – Annex 8, April 1,
2012 – December 31, 2012.
SAP database support of material
management and financial reporting. Data
management, reporting and its documentation
for the MSK group and the projects.
Documentation and reporting of quality
management, quality control, specifications, test
procedures, hardware and software modules of
the LLRF team projects.
Participant: Izabela Malka
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
Butkowski, Marek Dominik, Adam Dworzański,
Maciej Grzegrzółka, Szymon Jabłoński, Ewa
Janas, Przemysław Kownacki, Igor Rutkowski,
Łukasz Zembala, Mateusz Żukociński
Synchrotron, LLRF System – Annex 9, in Polish
– System sterowania LLRF – Annex 9, October
31, 2011 – September 30, 2012.
Research, design and realization of
prototype solutions for the XFEL accelerator.
Main focus is on electronic hardware
development for Beam Arrival Monitors,
continuous wave optical phase measurements,
applications of ultra-fast ADCs for accelerators,
RF hardware for LLRF systems including
downconverters and automated drift calibration
modules and also research for high precision RF
Participants: Ph.D.Students: Samer Bou
Habib, Jan Piekarski, Dominik Sikora.
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;
This project covers research, design and
- 53 -
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
4.6.
methods for drift reduction in high precision RF
Participants:
Samer Bou Habib M.Sc. Ph.D.Student and
Ph.D.Students: Paweł Barmuta, Szymon
Jabłoński, Jan Piekarski, Dominik Sikora, Igor
Rutkowski
Projects granted by European Union
[Pro.44] 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
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.
Innovative Economy (POIG) ROBAL Project;
January 2009 – December 2011; in Polish Utworzenie
grupy
innowacyjnych,
komplementarnych laboratoriów badawczych w
obszarze mikro-, nano- i optoelektroniki,
(Launching
a
Group
of
Innovative,
Supplementing Research Laboratories in the
Area of Micro-, nano- and optoelectronics). The
project aims at building at the Faculty of
Electronics and Information Technologies a
group of research laboratories in the area of
micro-, nano- and optoelectronics. IES
participates with Internet Measuring Systems
Laboratory and Radar Systems Laboratory.
Professor Krzysztof Kulpa, Docent Kazimierz
Jędrzejewski Ph.D., Michał Ramotowski M.Sc.
Innovative Economy (POIG) FOTEH Project;
June 2010 – December 2013; in Polish –
Fotonika i Technologie Terahercowe – rozwój
Wydziałowego Centrum Badawczego “FOTEH”.
4.7. Other projects
[Pro.47] Professor Marek Nałęcz – Head of the
project for Radwar 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.
Sensing Application, (in Polish - Opracowanie
metody syntezy pseudolosowych sygnałów o
zwiększonej ortogonalności i metod estymacji
parametrów ech obiektów w zagadnieniu
teledetekcji z wykorzystaniem 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 echoes will be developed Selected results will be published at conferences
and in journals - research towards Ph.D. Thesis
will be advanced.
[Pro.48] Janusz KulpaM.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
- 54 -
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.
Krzysztof Poźniak Ph.D., 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: Krzysztof Poźniak Ph.D. 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.
Krzysztof Poźniak Ph.D., 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
- 55 -
5.
5.1.
DEGREES AWARDED
D.Sc. degrees
[D.Sc. 1] Krzysztof POŹNIAK: in Polish - Metody
diagnostyczne
systemów
tridaq
implementowanych w układach FPGA dla
eksperymentów
fizyki
wysokich
energii,
(Diagnostic Methods of FPGA based TRIDAQ
Systems for High Energy Physics Experiments);
March 20, 2012
[D.Sc.2] Jerzy WEREMCZUK; the homogenous
series of publications concerning microsystems
and
microsensors
for
gas
humidity
measurements. (in Polish - jedno-tematyczny
cykl publikacji dotyczący mikrosystemów i
mikroczujników do pomiaru wilgotności
gazów); September 29, 2012
5.2.
Ph.D. degrees
[Ph.D.1] Grzegorz
KASPROWICZ:
Determination of Beam Intensity and Position in
a Particle Accelerator, (in Polish - Metody i
algorytmy pomiaru natężenia i położenia wiązki
w akceleratorze cząstek)
Tutor: Professor Ryszard Romaniuk
June 26, 2012
- 56 -
5.3.
M.Sc. degrees
Tutor: Wojciech Zabołotny Ph.D.
Grade: 5
[M.Sc.1] Stefan
Boruc:
in
Polish
–
Parametryzowany moduł akwizycji do analizy
stanów logicznych w układzie FPGA do celów
diagnostycznych, (Parameterized Acquisition
Module for the Analysis of Logic States in
FPGA for Diagnostic Purposes);
Tutor: Professor Krzysztof Poźniak
Grade: 5
[M.Sc.8] Maciej Gąbka: in Polish - Sterowanie
robotem – zawodnikiem rozgrywek RoboCup,
(Controlling the Player of the RoboCup
Componenttions);
Tutor: Professor Jarosław Arabas
Grade: 5
[M.Sc.2] Adrian Byszuk: in Polish – Zastosowanie
nowych rozwiązań technologicznych układów
FPGA Spartan 6 do realizacji systemu akwizycji
danych dla detektora GEM, (Application of
New Technological Advancements Present in
Spartan 6 FPGA Chips for Implementation of
Data Acquisition System for GEM Detectors);
Grade: 5
[M.Sc.9] Antonina Geras: in Polish - Tercjowy
analizator widma dla pasma akustycznego,
(Third –octave Spectrum Analyzer for Audio
Frequency Range);
Tutor: Professor Tomasz Starecki
Grade: excellent
[M.Sc.10] Ewa Janas: in Polish – Precyzyjny układ
synchronizacji
optyczno-elektrycznej
dla
akceleratorów FLASH i XFEL, (Precise Optical
– electrical Synchronization System for
Acceleration FLASH and XFEL);
Tutor: Krzysztof Czuba Ph.D.
Grade: excellent
[M.Sc.3] Grzegorz Daniluk: in Polish – White
Rabbit PTP Core sub- subnanosekundowa
synchronizacja czasu w sieci Ethernet, (White
Rabbit PTP Care the Sub-nanosecond Time
Synchronization over Ethernet);
Tutor: Maciej Linczuk Ph.D.
Grade: excellent
[M.Sc.11] Przemysław Kownacki: in Polish –Układ
do aktywnej stabilizacji fazy sygnałów w.cz. w
przewodach koncentrycznych, (System for
Active Phase Drift Compensation in Coaxial
Cables);
Grade: 5
[M.Sc.4] Andrzej Dobrzycki: in Polish –
Bezprzewodowa
sieć
czujnikowa
do
monitoringu parametrów środowiskowych w
aplikacjach ogrodniczych, (Wireless Sensor
Network for Monitoring Environmental
Parameters Horticultural Applications);
Tutor: Grzegorz Tarapata Ph.D.
Grade: 5
[M.Sc.12] Grzegorz Krawczyk: in Polish Opracowanie algorytmów równoległych dla
radaru
SAR
oraz
implementacja
z
wykorzystaniem technologii CUDA, (Scientific
Description of Parallel Algorithms for SAR
Radar and Implementation with CUDA
Technology);
Tutor: Mateusz Malanowski Ph.D.
Grade: 5
[M.Sc.5] Piotr Marcin Duda: in Polish Sterowanie systemem informatycznym z
wykorzystaniem gestów rąk, (Hand Gesture
based Information System Interactin);
Grade: 4
[M.Sc.13] Adam Krupczyński: in Polish Obiektywizacja oceny głosu w zintegrowanym
systemie
telefoniatrycznym,
(Objective
Measurement of Speech Quality in the
Expanded Telephoniatric System);
Tutor: Professor Antoni Grzanka
Grade: 4
[M.Sc.6] Paweł Domitr: in Polish – Aplikacja
komputerowa do archiwizacji i analizy danych
pomiarowych TEWL, (Computer Application
for Collecting and Analyzing Data from TWEL
Measurements);
Tutor: Daniel Paczesny Ph.D.
Grade: 4
[M.Sc.14] Wojciech Maj: in Polish – Sterowanie i
stabilizacja
pojazdu
latającego
z
zastosowaniem logiki rozmytej na przykładzie
platformy quadcoptera, (Quadcopter Controller
Supported by Fuzzy Logic);
[M.Sc.7] Janusz Frączek: in Polish – Ocena
współczesnych metod akwizycji sygnałów
elektroencefalograficznych; (Evaluation of
Modern
Methods
for
Acquisition
of
Electroencephalographic Signals);
- 57 -
Tutor: Professor Bohdan Butkiewicz
Grade: 5
FPGA generatora na podstawie dowolnego
algorytmu DSP opisanego w języku wysokiego
poziomu, (DSP procesor architekturę generated
on any DSP algorithm described in the high
level programming language);
Tutor: Wojciech Zabołotny Ph.D
Grade: 5
[M.Sc.15] Jakub Matraszek: in Polish – Sterowanie
systemem syntezy muzycznej z wykorzystaniem
gestów rąk, (Controlling Music Synthesis
System with Hand Gestures);
Grade: 4
[M.Sc.22] Ewelina Szpakowska: in Polish Opracowanie
i
implementacja
modułu
wykorzystania
obiektów
w
radarowym
detektorze przeszkód, (Development and
Implementation of Module of Target Detection
for the Targets Radar Detector);
Grade: 5
[M.Sc.16] Kamil
Muszyński:
in
Polish
Zdecentralizowany
algorytm
sterowania
robotem mobilnym w rozgrywce symulacyjnej
RoboCup, (Decentrolised Algorithm for Mobile
Robot Controlling in a RoboCup Game
Simulation);
Tutor: Professor Jarosław Arabas
Grade: 5
[M.Sc.23] Kamil Trzciński: in Polish – Graficzny
edytor cieniowania, (Shading Editor);
Tutor: Professor Przemysław Rokita
Grade: 5
[M.Sc.17] Bartłomiej Nitoń: in Polish – Wtyczka do
Eclipsea dla języka VHDL z zaawansowanym
systemem formatowania kodu źródłowego,
(Eclipse Plug-in for VHDL Source Codes with
Advanced Source Formatting Features);
Grade: 5
[M.Sc.24] Maciej
Walesiak:
in
Polish
Opracowanie
oprogramowania
systemu
pomiarowego do wzorcowania czujników
przepływu oraz badań termoanemometrycznych
pola prędkości, (Software Development for
Flow
Sensors
Calibration
and
for
Thermoanemometric Studies of Velocity
Distribution);
Tutor: Professor Grzegorz Pankanin
Grade: 5
[M.Sc.18] Łukasz Romanowski Polish - Generatory
liczb losowych TRNG i ich właściwości
statystystyczne, (True Random Number
Generators and their Statistical Properties),
Tutor:
Grade: 4
[M.Sc.25] Michał Waśkiewicz: in Polish Automatyczny analogowo – cyfrowy miernik
zniekształceń
harmonicznych,
(Automatic
Analogue – digital Total Harmonic Distortion
Measurement Unit);
Tutor: Aleksander Burd Ph.D.
Grade: excellent
[M.Sc.19] Igor Rutkowski: in Polish - Modulator
wektorowy dla systemu LLRF akceleratora
XFEL, (Vector Modulator for LLRF Control
System for XFEL Accelerator);
Grade: 5
[M.Sc.20] Radosław Rybaniec: in Polish – Sztuczny
horyzont - system estymacji kątów orientacji
przestrzennej, (Artifical Horizon - attitude
Determination System);
Tutor: Professor Grzegorz Pankanin
Grade: 5
[M.Sc.26] Jakub Węcławski: in Polish –
Klasyfikator LS- SVM z jądrem kontrastowym
do analizy danych łańcuchowych, (LS-SVM
Classifier with Contrast Patten Kernel for
Strings Analysis);
Tutor: Stanisław Jankowski Ph.D.
Grade: 5
[M.Sc.21] Jan Sochoń: in Polish – Architektura
procesora DSP dla układów programowalnych
5.4.
B.Sc. Degrees
[B.Sc.1] Stanisław Bartosiewicz: in Polish Aplikacja wspomagająca ręczny montaż PCB,
(Application
Supporting
Manual
PCB
Assembly);
Grade: 4
- 58 -
[B.Sc.2] Michał Bandzul: in Polish – Analiza
działania anteny tago RFID na 868 MHz,
(Analysis of RFID Tag Working on 868 MHz);
Tutor: Professor Adam Abramowicz
Grade: 4
with Wireless Communication);
Tutor: Grzegorz Kasprowicz Ph.D.
Grade: 4
[B.Sc.11] Tomasz Kaczyński: in Polish –
Automatyczny odtwarzacz sekwencji DNA
kodującej białko za pomocą ukrytych modeli
Markowa, (Automatic Recreation (Reverse
Translations) of Proteincoding DNA Sequences
using Markov Models);
Tutor: Robert Nowak Ph.D.
Grade: 4
[B.Sc.3] Michał Bober: in Polish – Prosty
analizator stanów logicznych z wykorzystaniem
układu FPGA, (Simple Logic State Analyzer
with FPGA Circuit);
Tutor: Mariusz Suchenek Ph.D.
Grade:4
[B.Sc.4] Chukwuma Chianu Okoli: in Polish –
Zjawisko piezoelektryczności z wydobywania
energii z drgającego materiału, (Piezoelectricity
and Energy Harvesting from a Vibrating
Source);
Tutor: Professor Jan Ogrodzki
Grade: 3,5
[B.Sc.12] Karol
Klincewicz:
in
Polish
–
Demonstrator radaru SAR z falą ciągłą FMCW,
(Demonstrator of SAR radar with FMCW);
Tutor: Piotr Samczyński Ph.D.
Grade: 4
[B.Sc.13] Ndini Kselpi: in Polis - Realizacja
demonstratora radaru FMCW do detekcji
obiektów ruchomych, (The Implementation of
on FMCW Radar);
Grade: 4
[B.Sc.5] Piotr Ciemski: in Polish – Serwer czasu
IEEE 1588 z wykorzystaniem procesora ARM,
(Time Serwer IEEE 1588 using ARM CPV);
Tutor: Professor Ryszard Romaniuk
Grade: 4
[B.Sc.14] Kamil Kuba: in Polish – Klasyfikacja
wysokorozdzielczych sygnałów EKG za pomocą
maszyny wektorów nośnych z optymalizacją
hiperparametrów, (Classification of High
Resolution ECG Signals by using Support
Vector
Machine
with
Hyperparameters
Optimization);
Grade: 5
[B.Sc.6] Wojciech
Fofnal:
in
Polish
–
Implementacja skalowanego przetwarzania
wideo w języku VHDL, (Implemmentation of
Sealable Video Processing in VHDL);
Grade: 4
[B.Sc.7] Hubert Grzywacz: in Polish –
Modelowanie
chaotycznych
układów
dynamicznych za pomocą metody uogólnionej
ortogonalnej regresji postępującej (GOFR),
(Modeling Dynamical Chaotic Systems by
Generalized Orthogonal Forward Regression
(GOFR);
Grade: 4
[B.Sc.15] Jan Kurdel: in Polish – Identyfikacja
nieliniowych obiektów dynamicznych metodą
uogólnionej
regresji
postępującej
z
ortogonalizacją, (Identificatin of Nonlinear
Dynamical Objects based on Generalized
Orthogonal);
Grade: 5
[B.Sc.8] Mikołaj
Jamroży:
in
Polish
–
Uniwersalna płyta bazowa dla modułów FMC z
FPGA i mikroprocesorem Power PC,
(Universal FMC Carrier Board with FPGA and
Power PC Microprocessor);
Grade: 5
[B.Sc.16] Leszek Lamentowski: in Polish –
Platforma
testowa
dla
implementacji
algorytmów cyfrowego przetwarzania sygnałów
w strukturach FPGA, (Testing Platform for
Digital
Signal
Processing
Algorithms
Implementation on FPGA Structures);
Tutor: Gustaw Mazurek Ph.D.
Grade:
[B.Sc.9] Tomasz Jarocki: in Polish – Sterowanie
pojazdem przy użyciu algorytmów uczenia się,
(Learning Algorithms for Vehicule Control);
Tutor: Paweł Cichosz Ph.D.
Grade: 4
[B.Sc.17] Mateusz Masny: in Polish – System do
bezprzewodowego
odczytu
informacji
z
czujników pasywnych w technologii RFID,
(System for Wireless Data Acquisition from
Passive Sensors using the RFID Technology);
[B.Sc.10] Bartłomiej Juszczyk: in Polish –
Przenośny terminal pomiarowy z komunikacją
bezprzewodową, (Mobile Measuring Terminal
- 59 -
Grade: 4
Tutor: Jerzy Weremczuk D.Sc.
Grade: 4
[B.Sc.18] Grzegorz Marciniszyn: in Polish –
Oprogramowanie systemu pomiarowego z
transmisją USB, (Software Measurement
System with USB Transmission);
Tutor: Gustaw Mazurek Ph.D.
Grade: 4
[B.Sc.25] Mateusz Popławski: in Polish –
Uniwersalna
platforma
pomiarowa
dla
rozproszonego
wirtualnego
systemu
pomiarowego,
(Universal
Measurement
Platform for Distributed Virtual Measuring
System);
Grade: 4
[B.Sc.19] Michał Marzęcki: in Polish – Wykonanie
elementów pasywnych w technologii „Inkjet
printing”
i
ich
charakteryzacja,
(Implementation of Passive Compenents and
their Charactaerization);
Tutor: Grzegorz Tarapata Ph. D.
Grade: 4
[B.Sc.26] Piotr Pośnik: in Polish – Sterownik
syntezera częstotliwości 2 - 18GHz, (2 - 18GHz
Microwave Frequency Synthesizer Controller);
Grade: 4
[B.Sc.20] Piotr Miedzik: in Polish – System
automatycznej instalacji oprogramowania na
komputerach, (Automated OS Installation
System);
Grade: 4
[B.Sc.27] Michał Roszkowski: in Polish –
Mikromocowy czujnik temperatury z interfejsem
bezprzewodowym (Energy Harwesting);
Grade: 4
[B.Sc.28] Adrian Samociuk:
in Polish –
Zintegrowany sterownik serwonapędu BLDC z
komendami wysokiego poziomu, (Intergrated
BLDC Servo-motor Controller with High –
level Commands);
Grade: 3,5
[B.Sc.21] Karol Obłękowski: in Polish –
Implementacja
odbiornika
DVB-T
do
zastosowań w radiolokacji pasywnej z
wykorzystaniem układu FPGA, (Implementation
of DVB-T Reciver for Passive Radar System
with use of FPGA Technology);
Tutor: Jacek Misiurewicz Ph.D.
Grade: 4
[B.Sc.29] Wojciech Sadurski: in Polish –
Optymalizacja generalizacji maszyny wektorów
nośnych
z
zastosowaniem
kryterium
promień/margines, (Optimization of Support
Vector Machine generalization using radius/
morgin bound);
Grade: 4
[B.Sc.22] Łukasz Piekarzewski: in Polish –
Wykonanie sterownika w języku Java do
komunikacji między CII – Frame work a
komputerem CII – VHDL na platformie FPGA,
(Crealing Driver Implemented in Java
Programming
Language
for
Managing
Communication
between
CIIVHDL
Components on FPGA Platform);
Grade: 3,5
[B.Sc.30] Łukasz Skolimowski: in Polish –
Bezprzewodowa sieć czujników o małym
poborze mocy, (Low Power Wireless Sensor
Network);
Tutor: Arkadiusz Lewandowski Ph.D.
Grade: 4
[B.Sc.23] Hubert Pitura: in Polish – Środowisko
programistyczne oraz system operacyjny czasu
rzeczywistego dla mikrokontrolerów rodziny ST
STR9 oparte o oprogramowanie open source,
(Software Development Environment and Real
Time Operating System for ST STR9 Family of
Microcontrollers based on Open Source
Components);
Tutor: Krzysztof Gołofit M.Sc.
Grade: 4
[B.Sc.31] Marcin Smoczyński: in Polish – Telefon
komórkowy
jako
interfejs
systemu
pomiarowego, (Mobile Phone as a User
Interface in a Measurement System);
Tutor: Professor Tomasz Starecki
Grade: 4
[B.Sc.32] Grzegorz Snawadzki: in Polish –
Wzmacniacz mocy na częstotliwości 1,3 GHz o
małych zniekształceniach intermodulacyjnych,
(Power Amplifier for Frequency 1,3 GHz with
Low Intermodulation Distortion);
[B.Sc.24] Paweł Poławski: in Polish – Komputer
pokładowy do samolotu autonomicznego,
(Embedded Computer for Autonomous Plane);
- 60 -
Grade: 4
Tutor: Arkadiusz Lewandowski Ph.D.
Grade: 4
[B.Sc.33] Maciej Sumiński: in Polish – Odtwarzacz
plików FLAC z interfejsem Ethernet, (Audio
FLAC Payer with the Ethernet Interface);
Grade: 5
[B.Sc.36] Michał Szyszka: in Polish – Metody
klasyfikacji transdukcyjnej i zastosowanie do
oceny sygnałów elektrokardiograficznych;
Grade: 3,5
[B.Sc.34] Marcin
Szczerba:
in
Polish
Opracowanie systemu monitorującego prace
silnika samochodowego, (Developing a Car
Engine Live Monitoring System);
Grade: 4
[B.Sc.37] Maciej Wielgo: in Polish – Demodulacja
oraz dekodowanie sygnałów OFDM standardu
IEEE 802.11g dla celów radiolokacji pasywnej,
(Demodulation and Deccoding of the IEEE
802.11g Standard OFDM Signals for Passive
Radiolocation Purposes);
Tutor: Professor Krzysztof Kulpa
Grade: 4
[B.Sc.35] Jacek Śpiewak: in Polish - Wykorzystanie
procesu sygnałowego ds PIC 30f6014 do
modułu dydaktycznego dla laboratorium
przedmiotu „Cyfrowe przetwarzanie sygnałów
biologicznych, (Creating Didactic Module for
“Digital processing of biomedical signals”
Course with Use of Signal Processor dsPIC
30f6014);
[B.Sc.38] Andrzej Wojtulewicz: in Polish
Szerokopasmowy układ próbkujący, (UltraWideband Sampling Unit);
Tutor: Maciej Radtke M.Sc.
Grade: excellent
- 61 -
–
PUBLICATIONS
5.5.
Scientific and technical books, chapters in books, translations, editorships
Scientific and technical books
eksperymentów fizyki wysokich
energii,
(Diagnostic Methods of FPGA based TRIDAQ
Systems for High Energy Physics Experiments);
Prace naukowe Politechniki Warszawskiej Elektronika, no 177, 2012, Printing House of
Warsaw University of Technology, 142 pages
[Pub.1] Baranowski Jerzy: in Polish - Elementy
balistyki - dla dociekliwych, i nie tylko dla
myśliwych, 2012, HELION SA, ISBN 978-83934379-0-0, 189 pages
[Pub.2] Poźniak Krzysztof: in Polish - Metody
diagnostyczne
systemów
tridaq
implementowanych w układach FPGA dla
Edited books
[Pub.3] Kulpa
Krzysztof
(editor):
13th
International Radar Symposium - IRS 2012,
2012, ISBN 978-1-4577-1835-9, 563 pages
High-Energy Physics Experiments 2012, 2012,
SPIE, 500 pages, DOI: doi:10.1117/12.2012565
[Pub.6] Woliński Wiesław, Jankiewicz Zdzisław,
Romaniuk
Ryszard
(editors):
Laser
Technology 2012: Applications of Lasers, 8703,
2012, SPIE, ISBN 9780819494948, 170 pages
[Pub.7] Woliński Wiesław, Jankiewicz Zdzisław,
Romaniuk
Ryszard
(editors):
Laser
Technology 2012: Progress in Lasers, 8702,
vol. 8702, 2012, ISBN 9780819494931, 176
pages
[Pub.4] Romaniuk Ryszard, Wójcik Waldemar
(eds.): Optical Fibers and Their Applications
2012, vol. 8698, 2012, SPIE , ISBN
9780819494856,
130
p.,
DOI:10.1117/12.2019090
[Pub.5] Romaniuk Ryszard (editor): Proceedings
SPIE 8454, Photonics Applications in
Astronomy, Communications, Industry, and
Translation
[Pub.8] Leśniewski Antoni: in Polish Wzmacniacze operacyjne teoria i praktyka, in
original - Carter Bruce, Mancini Ron: OP
AMPS for everyone, 2011, Wydawnictwo BTC,
2012, ISBN 978-83-60233-71-9, 536 pages
Chapters in books
[Pub.9] Mordzonek Maj, Nowakowski Mirosław,
Krzonkalla Jarosław, Kulpa Krzysztof,
Samczyński Piotr Jerzy, Gromek Damian:
Loty w trudnych warunkach atmosferycznych z
wykorzystaniem radaru SAR, in: Mechanika w
lotnictwie ML-XV 2012 / Sibilski Krzysztof
(eds.), 2012, ISBN 978-83-932107-2-5, pp. 255271, 4 points
vol. 390, 2012, Springer, ISBN 978-3-64224808-5, pp. 77-95, DOI:10.1007/978-3-64224809-2_6, 5 points
[Pub.11] Nowak
Robert
Marek:
Genome
Assembler for Repetitive Sequences, in: Lecture
Notes in Bioinformatics - subseries of Lecture
Notes in Computer Science, Springer, vol.
LNBI 7339, 2012, pp. 422-429, 5 points
[Pub.12] Romaniuk
Ryszard:
Światłowody
nietelekomunikacyjne, in: Problemy metrologii
elektronicznej i fotonicznej (5) / Janusz
Mroczka (eds.), 2012, Printing House of
Wroclaw University of Technology, ISBN 97883-7493-686-6, pp. 63-207, 4 points
[Pub.10] Nguyen S. Hoa, Świeboda Wojciech,
Jaśkiewicz Grzegorz: Extended Document
Representation for Search Result Clustering, in:
Intelligent Tools for Building a Scientific
Information Platform / Bembenik Robert [et al.]
(eds.), Studies in Computational Intelligence,
- 62 -
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
[Pub.13] Abbiendi G., Abbrescia M., Et al./ CMS
Collaboration, Kasprowicz Grzegorz Henryk,
Poźniak Krzysztof, Romaniuk Ryszard,
Zabołotny Wojciech: Observation of a New
Boson at a Mass of 125 GeV with the CMS
Experiment at the LHC, in: Physics Letters B,
vol. 716, no. 1, 2012, pp. 30-61,
DOI:10.1016/j.physletb.2012.08.021, 40 points
[Pub.17] Biedrzycki Rafał, Arabas Jarosław: KIS:
An Automated Attribute Induction Method for
Classification of DNA Sequences, in:
International Journal of Applied Mathematics &
Computer Science, University of Zielona Góra
and Lubuskie Scientific Society (Poland), vol.
22,
no.
3,
2012,
pp.
711-721,
DOI:10.2478/v10006-012-0053-2, 20 points
[Pub.14] Abramowicz Adam, Czuba Krzysztof
Marek: Investigatons on Inter-System Ground
Noise in LLRF System at FLASH Accelerator,
in: Przegląd Elektrotechniczny, Sigma NOT, no.
8, 2012, pp. 72-74, 15 points
[Pub.18] Buraczewski
Adam,
Stobińska
Magdalena: Numerical Model for Macroscopic
Quantum Superpositions based on phasecovariant Quantum Cloning, in: Computer
Physics Communications, Elsevier, vol. 182, no.
10,
2012,
2245–2253,
DOI:
10.1016/j.cpc.2012.04.027, 35 points
[Pub.15] Antchev Tamás Csörg\Hofor the TOTEM
CollaborationG., Aspell P., Atanassov I., Avati
V., Baechler J., Berardi V., Berretti M., Bossini
E., Bozzo M., Brogi P., Brücken E., Buzzo A.,
Cafagna F. S., Calicchio M., Catanesi M. G.,
Covault C., Csanád M., Deile M., Dimovasili
E., Doubek M., Eggert K., Eremin V., Ferretti
R., Ferro F., Fiergolski Adrian, Garcia F.,
Giani S., Greco V., Grzanka L., Heino J.,
Hilden T., Intonti M. R., Janda M.,
Ka\\textbackslash\vspar J., Kopal J., Kundrát
V., Kurvinen K., Lami S., Latino G.,
Lauhakangas R., Leszko T., Lippmaa E.,
Lokají\\textbackslash\vcek M., Vetere M. Lo,
Rodríguez F. Lucas, Macrí M., Magaletti L.,
Magazzù G., Mercadante A., Meucci M.,
Minutoli S., Nemes F., Niewiadomski H,
Noschis E., Novák T., Oliveri E., Oljemark F.,
Orava R., Oriunno M., Österberg K., Palazzi P.,
Perrot A.-L., Pedreschi E., Petäjäjärvi J.,
Procházka J., Quinto M., Radermacher E.,
Radicioni E., Ravotti F., Robutti E., Ropelewski
L., Ruggiero G., Saarikko H., Sanguinetti G.,
Santroni A., Scribano A., Sette G., Snoeys W.,
Spinella F., Sziklai J., Taylor C., Turini N.,
Vacek V., Vítek M., Welti J., Whitmore J.:
Elastic Scattering and Total Cross-Section in
p+p Reactions, in: Progress of Theoretical
Physics Supplement, vol. 193, 2012, pp. 180-183, DOI: 10.1143/PTPS.193.180, 20 points
[Pub.19] Chudzian Paweł: Evaluation Measures
for Kernel Optimization, in: PATTERN
RECOGNITION LETTERS, Elsevier, vol. 33,
no.
9,
2012,
pp.
1108-1116,
DOI:10.1016/j.patrec.2012.01.006, 30 points
[Pub.20] CMS Collaboration et al./, Kasprowicz
Grzegorz Henryk, Poźniak Krzysztof,
Romaniuk Ryszard, Zabołotny Wojciech: A
New Boson with a Mass of 125 GeV Observed
with the CMS Experiment at the Large Hadron
Collider, in: Science, vol. 338, no. 1569, 2012,
pp. 1569-1575, DOI:10.1126/science.1230816,
50 points
[Pub.21] Dawidowicz Bartłomiej, Samczyński
Piotr Jerzy, Malanowski Mateusz Piotr,
Misiurewicz Jacek, Kulpa Krzysztof:
Detection of Moving Targets with Multichannel
Airborne Passive Radar, in: IEEE Aerospace
and Electronic Systems Magazine, vol. 27, no.
11,
2012,
pp.
42-49,
DOI:10.1109/MAES.2012.6380825, 20 points
[Pub.22] Dawidowicz
Bartłomiej,
Kulpa
Krzysztof, Malanowski Mateusz Piotr,
Misiurewicz Jacek, Samczyński Piotr Jerzy,
Smolarczyk Maciej: DPCA Detection of Moving
Targets in Airborne Passive Radar, in: IEEE
Transactions on Aerospace and Electronic
Systems, Aerospace & Electronic Systems
Society, vol. 48, no. 2, 2012, pp. 1347 - 1357,
DOI: 10.1109/TAES.2012.6178066, 35 points
[Pub.16] Arabas Jarosław: Approximating the
Genetic Diversity of Populations in the Quasiequilibrium State, in: IEEE Transactions On
Evolutionary Computation, IEEE, vol. 16, no. 5,
2012,
pp.
632-644,
DOI:10.1109/TEVC.2011.2166157, 50 points
[Pub.23] Długosz Maciej, Antosiewicz Jan,
Zieliński Paweł, Trylska Joanna: Contributions
- 63 -
of Far-Field Hydrodynamic Interactions to the
Kinetics of Electrostatically Driven Molecular
Association, in: Journal of Physical Chemistry
B,
no.
116
(18),
2012,
5437–
5447DOI:10.1021/jp301265y, 35 points
Helicopters with Application of CLEAN
Method, in: IEEE Transactions on Aerospace
and Electronic Systems, Aerospace &
Electronic Systems Society, vol. 48, no. 4, 2012,
pp.
3525--3537,
DOI:10.1109/TAES.2012.6324734, 35 points
[Pub.24] Grzenda
Maciej,
Bustillo
Andres,
Zawistowski Paweł: A Soft Computing System
using Intelligent Imputation Strategies for
Roughness Prediction in Deep Drilling, in:
Journal of Intelligent Manufacturing, Springer,
vol. 23, no. 5, 2012, pp. 1733--1743, DOI:
10.1007/s10845-010-0478-0, 25 points
[Pub.32] Płatonow Anatolij: Capacity and PowerBandwidth Efficiency of Wireless Adaptive
Feedback Communication Systems, in: IEEE
Communications Letters, vol. 16, no. 5, 2012,
pp.
573
576
,
DOI:10.1109/LCOMM.2012.031912.112225,
30 points
[Pub.25] Jędrzejewski Konrad: Elimination of
Draft-like Errors in Intelligent Cyclic A/D
Converters, in: Measurement, vol. 45, no. 2,
2012,
pp.
170-174,
DOI:
10.1016/j.measurement.2011.03.021, 25 points
[Pub.33] Poźniak
Krzysztof,
Kasprowicz
Grzegorz Henryk, Zabołotny Wojciech,
Romaniuk Ryszard, CMS Collaboration (from
ISE)/ Et Al.,: Inside Story: The Search in CMS
for the Higgs Boson, in: JOURNAL OF HIGH
ENERGY PHYSICS, Springer, vol. 52, no. 7,
2012, pp. 49-50, 40 points
[Pub.26] Krysik Piotr, Samczyński Piotr Jerzy,
Malanowski Mateusz Piotr, Maślikowski
Łukasz,
Kulpa
Krzysztof:
Velocity
Measurement and Traffic Monitoring Using a
GSM Passive Radar Demonstrator, in: IEEE
Aerospace and Electronic Systems Magazine,
IEEE , vol. 27, no. 10, 2012, pp. 43-51,
DOI:10.1109/MAES.2012.6373911, 20 points
[Pub.34] Rzadkiewicz J., Dominik W, Scholz M.,
Czernyshova M., Czarski T., Czyrkowski H.,
Dabrowski R, Jakubowska K., Karpiński L.,
Kasprowicz Grzegorz Henryk, Kierzkowski
K., Poźniak Krzysztof, Salapa Z., Zabołotny
Wojciech, Blanchard P., Tyrrell S., Zastrow
K.D.: Design of T-GEM Detectors for X-ray
Diagnostics on JET, in: Nuclear Instruments &
Methods in Physics Research Section A
Accelerators, Spectrometers, Detectors and
Associated Equipment, Elsevier, 2012, 25
points
[Pub.27] Kudrewicz
Jacek:
One-dimensional
Dynamics of the van der Pol Circuit, in:
International Journal of Bifurcation and Chaos,
vol. 22, no. 12, 2012, pp. 1250306-1-125030611, DOI:10.1142/S0218127412503063
[Pub.28] Malanowski Mateusz Piotr: Detection
and Parameter Estimation of Manoeuvring
Targets with Passive Bistatic Radar, in: IET
Radar Sonar and Navigation, vol. 6, no. 8, 2012,
pp. 739 --745, DOI:10.1049/iet-rsn.2012.0072,
25 points
[Pub.35] Samczyński
Piotr
Jerzy:
SuperConvergent Velocity Estimator for an Autofocus
Coherent MapDrift Technique, in: IEEE
Geoscience and Remote Sensing Letters, IEEE
Geoscience and Remote Sensing Society , vol.
9,
no.
2,
2012,
pp.
204-208,
DOI:10.1109/LGRS.2011.2163700, 30 points
[Pub.29] Malanowski Mateusz Piotr, Kulpa
Krzysztof: Detection of Moving Targets with
Continuous-Wave Noise Radar: Theory and
Measurements, in: IEEE Transactions on
Geoscience and Remote Sensing, IEEE
Geoscience and Remote Sensing Society, vol.
50,
no.
9,
2012,
pp.
3502-3509,
DOI:10.1109/TGRS.2011.2181521, 40 points
[Pub.36] Stołbińska M., Töppe F., Sekatski P.,
Buraczewski Adam, Żukowski M., Chekhova
M.V., Leuchs G., Gisin N.: Filtering of the
Absolute Value of Photon-Number Difference
for
Two-Mode
Macroscopic
Quantum
Superpositions, in: Physical Review A,
American Physical Society, no. 6, 2012, pp. 111, DOI:10.1103/PhysRevA.86.063823, 40
points
Krzysztof:
Two
Methods
for
Target
Localization in Multistatic Passive Radar, in:
IEEE Transactions on Aerospace and Electronic
Systems, Aerospace & Electronic Systems
Society, vol. 48, no. 1, 2012, pp. 572-580,
DOI:10.1109/TAES.2012.6129656, 35 points
[Pub.37] Suchenek Mariusz Jarosław, Starecki
Tomasz: Programmable Pulse Generator
Based on Programmable Logic and Direct
Digital
Synthesis,
in:
REVIEW
OF
SCIENTIFIC INSTRUMENTS, AIP American
[Pub.31] Misiurewicz Jacek, Kulpa Krzysztof,
Czekała Z, Filipek T.A.: Radar Detection of
- 64 -
Institute of Physics, vol. 83, no. 12, 2012, pp. 14, DOI:doi.org/10.1063/1.4771921, 30 points
and Actuators B - Chemical, ELSEVIER, vol.
175,
2012,
137–141,
DOI:10.1016/j.snb.2012.01.014, 40 points
[Pub.38] Syczewska
Małgorzata,
Kocel
K.,
Wąsiewicz Piotr: Gait Parameter Set for
Gillette Gait Index Depends on Disorder—
Optimization of Data Set Choice with Data
Mining Algorithms, in: Gait & Posture, vol. 36,
no.
Supplement
1,
2012,
S42-S43,
DOI:10.1016/j.gaitpost.2011.10.252, 35 points
[Pub.41] Wójcik Amadeusz, Pankanin Grzegorz:
IN Polish - Zastosowanie transformaty
Hilberta-Huanga do przetwarzania sygnału z
przepływomierza wirowego, in: Przegląd
Elektrotechniczny, Sigma NOT, no. 10a, 2012,
pp. 37-45, 15 points
[Pub.42] Wrobel P., Stefaniuk T., Antosiewicz T.J.,
Et Al., Jędrzejewski Kazimierz: Fabrication of
Corrugated Ge-doped Silica Fibers, in: Optics
Express, Optical Society American, vol. 20, no.
13, 2012, pp. 14508-14513, 45 points
[Pub.39] Weremczuk Jerzy, Tarapata Grzegorz,
Jachowicz Ryszard: The Ink-Jet Printing
Humidity Sorption Sensor – Modelling, Design,
Technology
and
Characterization,
in:
Measurement Science & Technology, IOP
Science, vol. 23, no. 1, 2012, pp. 1-10,
DOI:10.1088/0957-0233/23/1/014003, 35 points
[Pub.43] Zych Mariusz: The Impact of Incorrectly
Selected Soil Permittivity Value on Focused
GPR Image, in: Przegląd Elektrotechniczny,
Sigma NOT, vol. 11a, 2012, pp. 77-81, 15
points
[Pub.40] Weremczuk Jerzy, Iwaszko Roman,
Jachowicz Ryszard: The Method of Water
Molecules Counting During Condensation
Process in the Dew Point Detector, in: Sensors
Scientific and technical papers not included
in the Journal Citation Reports
Ministry of Science and Higher Education - List B of Journals
[Pub.44] Brenner Tadeusz, Hardejewicz Jan,
Rupniewski Marek Wojciech, Nałęcz Marek:
Detection of Targets in Two Band Radar, in:
Elektronikakonstrukcje,
technologie,
zastosowania, SIGMA NOT, no. 7, 2012, pp.
53-56, 6 points
[Pub.48] Grinn-Gofroń Agnieszka, Puc Małgorzata,
Lipiec Agnieszka, Rapiejko Piotr, Kiziewicz
Bożena, Gajo Bernadetta, Chłopek Kazimiera,
Dąbrowska-Zapart Katarzyna, Kalinowska Ewa,
Wawrzyniak Zbigniew M., Puc Mirosław: in
Polish - Zarodniki Alternaria w powietrzu
wybranych miast Polski w 2011 r, in:
Alergoprofil, Medical Education, vol. 8, no. 1,
2012, pp. 41-44, 4 points
[Pub.49] Gromek Artur, Jenerowicz Małgorzata:
Change Detection for SAR Imagery Using
Connected
Components
Analysis,
in:
International Journal of Electronics and
Telecommunications, PAN, vol. 58, no. 2, 2012,
pp. 111-116, DOI:10.2478/v10177-012-0015-5,
8 points
[Pub.45] Cortés Udave Ernesto Diego, Ogrodzki
Jan, Gutiérrez de Anda Miguel Angel: DC
Large-Scale Simulation of Nonlinear Circuits
on Parallel Processors, in: International Journal
of Electronics and Telecommunications, PAN,
vol. 58, no. 3, 2012, pp. 285-295,
DOI:10.2478/v10177-012-0040-4, 8 points
[Pub.46] Dobrzycki Andrzej, Tarapata Grzegorz,
Jachowicz
Ryszard:
in
Polish
Bezprzewodowa
sieć
czujnikowa
do
monitoringu parametrów środowiskowych w
aplikacjach ogrodniczych, in: Elektronikakonstrukcje, technologie, zastosowania, SIGMA
NOT, no. 5, 2012, pp. 46-49, 6 points
[Pub.50] Gromek Damian, Gromek Artur, Kulpa
Samczyński Piotr Jerzy, Tański Grzegorz:
SAR/InSAR Raw Data Simulator using 3D
Terrain Model, in: Elektronika- konstrukcje,
technologie, zastosowania, SIGMA NOT, no. 7,
2012, pp. 44-46, 6 points
[Pub.47] Gajda Jerzy, Romaniuk Ryszard: in
Polish - Technologia i Zastosowania Laserów
2012, in: Elektronika - konstrukcje, technologie,
115-121, 6 points
[Pub.51] Iwaszko Roman, Jachowicz Ryszard: in
Polish - Metody analizy parametrów roboczych
detektora punktu rosy typu MEMS, in:
- 65 -
[Pub.59] Misiurewicz
Jacek,
Maślikowski
Łukasz: Compressed Sensing Applied to Imge
Reconstruction in a Noise SAR, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, no. 7, 2012, pp. 37-40, 6 points
[Pub.60] Nitoń Bartłomiej, Poźniak Krzysztof,
Romaniuk Ryszard: in Polish - Wtyczka dla
Eclipse dla kodów źródłowych VHDL:
funkcjonalności, in: Elektronika - konstrukcje,
2012, pp. 125-132, 6 points
Elektronikakonstrukcje,
technologie,
31-34, 6 points
[Pub.52] Jaśkiewicz Grzegorz: in Polish Funkcjonowanie botów w grze Counter-Strike
na przykładzie bota E[POD], in: Homo Ludens,
no. 1(4), 2012, pp. 97-108, 4 points
[Pub.53] Jaśkiewicz Grzegorz: Procedural Content
Generation in Game Development Process, in:
Challenges of Modern Technology, WUT PhD
Students Board, vol. 3, 2012, pp. 7-10, 2 points
[Pub.61] Osuch
Tomasz
Przemysław,
Jędrzejewski Kazimierz, Lewandowski Lech,
Anders Krzysztof Paweł, Gdula Paweł
Grzegorz, Piramidowicz Ryszard: in Polish Charakteryzacja
światłowodowych
siatek
Bragga metodą reflektometrii optycznej w
dziedzinie częstotliwości, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, no. 11, 2012, pp. 17-20, 6 points
[Pub.54] Jędrzejewski Kazimierz, Osuch Tomasz
Przemysław, Lewandowski Lech, Jasiewicz
Wiesław: in Polish - Światłowodowe skośne
siatki Bragga, in: Elektronika - konstrukcje,
technologie, zastosowania, SIGMA NOT, no.
11, 2012, pp. 21-22, 6 points
[Pub.55] Lipiec
Agnieszka,
Rapiejko
Piotr,
Kiziewicz Bożena, Kosieliński Przemysław,
Buczyłko Krzysztof, Wagner Aneta, WeryszkoChmielewska Elżbieta, Piotrowska Krystyna,
Malkiewicz Małgorzata, Klaczak Kamila,
Chłopek
Kazimiera,
Dąbrowska-Zapart
Katarzyna,
Myszkowska
Dorota,
Puc
Małgorzata, Wawrzyniak Zbigniew M.: in
Polish - Analiza stężenia pyłku olszy w 2012
roku w wybranych miastach Polski, in:
2012, pp. 28-32, 4 points
[Pub.56] Malanowski Mateusz Piotr: Algorithm
for Target Tracking Using Passive Radar, in:
pp. 345-350, DOI:10.2478/v10177-012-0047-x,
8 points
[Pub.62] Osuch
Tomasz
Przemysław,
Jasiewicz Wiesław: Shaping the Spectral
Characteristics of Fiber Bragg Gratings Written
in Optical Fiber Taper Using Phase Mask
Method, in: Photonics Letters of Poland, vol. 4,
no.
4,
2012,
pp.
128-130,
DOI:10.4302/plp.2012.4.03, 7 points
[Pub.63] Płatonow Anatolij: Analysis of Adequacy
of Power-Bandwidth Efficiency and MSE of
Transmission
as
the
Measures
of
Communication Systems Performance, in:
Przegląd Telekomunikacyjny- Wiadomości
Telekomunikacyjne, SIGMA NOT, no. 4, 2012,
pp. 116-119, 4 points
[Pub.64] Płatonow Anatolij, Zaitsev Ievgen:
Virtual Research Bench for the Analysis of
Adaptive Feedback Communication Systems
Functioning and Performance, in: Przegląd
TelekomunikacyjnyWiadomości
Telekomunikacyjne, SIGMA NOT, vol.
LXXXI, no. 8-9, 2012, pp. 1034-1044, 4 points
Krzysztof,
Samczyński
Piotr
Jerzy,
Misiurewicz Jacek, Kulpa Janusz, Roszkowski
Paweł, Dzwonkowski Paweł, Gromek Damian,
Maślikowski Łukasz, Misiurewicz Marek,
Podkalicki Łukasz: Experimental Results
Obtained with FM-based Passive Radar
Demonstrator Developed at Warsaw University
of Technology, in: Elektronika - konstrukcje,
2012, pp. 41-43, 6 points
[Pub.65] Rapiejko Piotr, Małkiewicz Łukasz
Michał, Lipiec Agnieszka, Klaczak Kamila,
Puc
Małgorzata,
Chłopek
Kazimiera,
Dąbrowska-Zapart
Katarzyna,
Buczyłko
Krzysztof, Wagner Aneta, Wawrzyniak
Zbigniew M., Et Al.,: in Polish - Analiza
stężenia pyłku brzozy w wybranych miastach
Polski w 2012 roku, in: Alergoprofil, Medical
Education, vol. 8, no. 2, 2012, pp. 33-37, 4
points
[Pub.58] Mazurek Gustaw Stanisław: Digital
Vibration Sensor Constructed with MEMS
Technology, in: International Journal of
Electronics and Telecommunications, PAN, vol.
58,
no.
2,
2012,
pp.
117-122,
DOI:10.2478/v10177-012-0016-4, 8 points
- 66 -
[Pub.66] Rapiejko
Piotr,
Lipiec
Agnieszka,
Buczyłko
Krzysztof,
Wagner
Aneta,
Malkiewicz Małgorzata, Klaczak Kamila,
Kiziewicz Bożena, Kosieliński Przemysław,
Puc
Małgorzata,
Weryszko-Chmielewska
Elżbieta, Piotrowska Krystyna, Chłopek
Kazimiera,
Dąbrowska-Zapart
Katarzyna,
Myszkowska Dorota, Wawrzyniak Zbigniew
M.: in Polish - Analiza stężenia pyłku leszczyny
w 2012 roku w wybranych miastach Polski, in:
2012, pp. 23-27, 4 points
[Pub.74] Romaniuk Ryszard: Space and High
Energy Experiments Advanced Electronic
Systems 2012, in: International Journal of
58,
no.
4,
2012,
pp.
441-462,
DOI:10.2478/v10177-012-0060-0, 8 points
[Pub.67] Romaniuk Ryszard: Accelerator Science
and Technology in Europe EuCARD 2012, in:
pp. 327-334, DOI:10.2478/v10177-012-0045-z,
8 points
[Pub.76] Romaniuk Ryszard: in Polish - Technika
akceleratorowa i eksperymenty fizyki wysokich
energii, Wilga 2012, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, vol. 53, no. 9, 2012, pp. 162-169, 6 points
[Pub.75] Romaniuk Ryszard, Wójcik Marek: in
Polish - Światłowody i ich Zastosowania 2012,
in: Elektronika - konstrukcje, technologie,
zastosowania, SIGMA NOT, vol. 53, no. 12,
2012, pp. 120-126, 6 points
[Pub.68] Romaniuk Ryszard: in Polish Astronomia i techniki satelitarne, Wilga 2012,
in: Elektronika - konstrukcje, technologie,
2012, pp. 140-147, 6 points
[Pub.77] Rytel-Andrianik Rafał Piotr: Estimation
of Two Sinusoids in a Very Short Signal, in:
123-128, DOI:10.2478/v10177-012-0017-3, 8
points
[Pub.69] Romaniuk Ryszard: Communications,
Multimedia, Ontology, Photonics and Internet
Engineering 2012, in: International Journal of
58,
no.
4,
2012,
pp.
463-478,
DOI:10.2478/v10177-012-0061-z, 8 points
Piotr
Jerzy,
Kulpa
Krzysztof: SAR Imaging for Bistatic Passive
Radars Using Space-Based Pulse Radars as
Illuminators of Opportunity, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, no. 7, 2012, pp. 33-37, 6 points
[Pub.79] Samczyński Piotr Jerzy, Wilkowski
Michał, Kulpa Krzysztof: Trial Results on
Bistatic Passive Radar Using Non-Cooperative
Pulse Radar as Illuminator of Opportunity, in:
pp. 171-176, DOI:10.2478/v10177-012-0025-3,
8 points
[Pub.70] Romaniuk Ryszard: in Polish - Fizyka
fotonu i badania plazmy, Wilga 2012, in:
Elektronika
konstrukcje,
technologie,
2012, pp. 170-176, 6 points
[Pub.71] Romaniuk Ryszard: in Polish Inteligencja
obliczeniowa,
zastosowania
biomedyczne i ontologiczne bazy wiedzy, Wilga
2012, pp. 154-162, 6 points
[Pub.80] Zych Mariusz: in Polish - Metody
cyfrowego przetwarzania w impulsowym
radarze do sondowań podpowierzchniowych, in:
Elektronika
konstrukcje,
technologie,
zastosowania, SIGMA NOT, vol. 8, 2012, pp.
114-118, 6 points
[Pub.72] Romaniuk Ryszard: in Polish Optoelektronika, komunikacja, multimedia Wilga 2012, in: Elektronika- konstrukcje,
technologie, zastosowania, SIGMA NOT, vol.
53, no. 10, 2012, pp. 148-154, 6 points
[Pub.81] Zych Mariusz, Łuszczyk Mariusz, Sędek
Edward, Słomski Rafał: in Polish - Wybrane
przykłady
zastosowania
sensorów
mikrofalowych i optycznych, in: Elektronika konstrukcje, technologie, zastosowania, SIGMA
NOT, no. 3, 2012, pp. 37-42, 6 points
[Pub.73] Romaniuk Ryszard: in Polish - Rozwój
techniki akceleratorowej w Europie – EuCARD
2012, pp. 147-153, 6 points
[Pub.82] Zych Mariusz: in Polish - Wyniki
pomiarów szumowym radarem do sondowań
podpowierzchniowych, in: Elektronika -
- 67 -
konstrukcje, technologie, zastosowania, SIGMA
NOT, vol. 9, 2012, pp. 140-144, 6 points
Other scientific and technical papers
[Pub.83] Cedro Tomasz, Kuzia M.: A Bits' Life, in:
Hakin9 Mobile Security, Software Press Sp. z
o.o. SK, no. 2, 2012, pp. 34-40
[Pub.87] Nowak Robert Marek: in Polish Komunikacja z serwerem w aplikacjach Flex.
Wykorzystywanie klasy RemoteObject do
obsługi serwisów, in: Programista - Magazyn
specjalisty IT, [email protected],
no. 7, 2012, pp. 52-54
[Pub.84] Grzanka Antoni: in Polish - Polska
ochrona zdrowia - wyzwania i priorytety, in:
Ogólnopolski System Ochrony Zdrowia,
KAMSOFT S.A., no. 12, 2012, pp. 20-21
[Pub.88] Nowak Robert Marek: in Polish Wydajne i elastyczne programy. Łączenie C++
i Pythona przy pomocy boost_python, in:
Programista - Magazyn specjalisty IT,
[email protected], no. 4, 2012, pp.
11-14
[Pub.85] Kulpa Krzysztof, Malanowski Mateusz
Piotr, Samczyński Piotr Jerzy, Misiurewicz
Jacek, Dawidowicz Bartłomiej: Passive Radar
for Airborne Platform Protection, in:
International Journal of Microwave and
Wireless Technologies, Cambridge University
Press, University Printing House, Shaftesbury
Road, Cambridge, CB2 8BS, United Kingdom,
2012, pp. 137-145
[Pub.89] Nowak Robert Marek: in Polish Wyrażenia regularne w C++ biblioteka
boost::regex i boost::xpressive, in: Programista
Magazyn
specjalisty
IT,
6-9
[Pub.86] Nowak Robert Marek: in Polish -Badanie
pokrycia kodu C++ testami jednostkowymi.
Wykorzystywanie narzędzia Google trucov, in:
Programista - Magazyn specjalisty IT,
10-13
[Pub.90] Zabołotny
Wojciech:
Efficient
Transmission of Measurement Data from FPGA
to Embedded System via Ethernet Link, in:
arXiv:1208.4490, 2012
5.7. Scientific and technical papers in conference proceedings
Scientific and technical papers published in the international conference proceedings
Multiple Artificial Neural Networks, in: 19th
International Conference on Microwaves,
Radar& Wireless Communications: MIKON
2012, 2012, pp. 462-466, 10 points
[Pub.91] Abramowicz Adam, Jaworski M.,
Gierlowski P.: Miniature HTS Filter for 2.45
GHz ISM Band, in: 19th International
Conference on Microwaves, Radar& Wireless
Communications: MIKON 2012, 2012, pp. 224
--227, DOI:10.1109/MIKON.2012.6233489, 10
points
[Pub.92] Arabas Jarosław, Maitre Ogier, Collet
Pierre: PARADE: A Massively Parallel
Differential Evolution Template for EASEA, in:
Swarm and Evolutionary Computation /
Rutkowski Leszek [et al.] (eds.), Lecture Notes
In Computer Science, vol. 7269, 2012, Springer,
ISBN
978-3-642-29352-8,
pp.
12-20,
DOI:10.1007/978-3-642-29353-5_2, 10 points
[Pub.94] Bou Habib Samer, Sikora Dominik,
Szewiński Jarosław, Korolczuk Stefan:
Development of uTCA Hardware for BAM
System at FLASH and XFEL, in: Proceedings of
the 19th International Conference Mixed Design
of Integrated Circuits and Systems / Napieralski
Andrzej (eds.), 2012, Technical University of
Lodz, ISBN 978-83-62954-43-8, pp. 147-151,
10 points
[Pub.95] Bou
Habib
Samer:
Performance
Evaluation of 8-Channel ADC ATCA Card for
Direct Sampling of 1.3 GHz, in: Proceedings of
the 2012 IEEE Real Time Conference, 2012, pp.
1, 10 points
[Pub.93] Barmuta Paweł, Płoński Piotr, Czuba
Krzysztof Marek, Avolio G, Schreurs D:
Nonlinear AlGaN/Ga HEMT Model Using
- 68 -
[Pub.96] Branlard J., et al., Barmuta Paweł, Bou
Habib Samer, Butkowski Łukasz, Czuba
Krzysztof Marek, Grzegrzółka M., Janas Ewa,
Piekarski Jan, Rutkowski Igor, Sikora
Dominik, Zembala Łukasz, Żukociński
Mateusz Sebastian: The European XFEL LLRF
System, in: Proceedings of International Particle
Accelerator Conference 2012 , 2012, pp. 55-57,
10 points
[Pub.102] Cichocki Andrzej, Nowosielski W.,
Orleański Piotr: Versatile Self-Reconfigurable
Digital Processing Platform for Satellite and
Aerospace Applications, in: Proceedings SPIE
8454, Photonics Applications in Astronomy,
Communications, Industry, and High-Energy
Physics Experiments 2012 / Romaniuk Ryszard
(eds.),
2012,
SPIE,
84540I-1-84540I-8,
DOI:10.1117/12.2000217, 10 points
[Pub.97] Brenner T. , Hardejewicz J., Rupniewski
Marek Wojciech, Nałęcz Marek: Signals and
Data Fusion in a Two-Band Radar, in:
Proceedings of the 13th International Radar
Symposium - IRS 2012 / Kulpa Krzysztof
[Pub.103] Cieszewski
Radosław:
Accelerating
Artificial Intelligence with Reconfigurable
Computing, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, 84541L-1-84541L-8,
DOI:10.1117/12.2000098, 10 points
[Pub.98] Byszuk Adrian, Kołodziejski Jacek,
Kasprowicz Grzegorz Henryk, Poźniak
Krzysztof,
Zabołotny
Wojciech:
Implementation
of
PCI
Express
Bus
Communication
for
FPGA-based
Data
Acquisition System, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, 84540N-1-84540N-6,
DOI:10.1117/12.2000232, 10 points
[Pub.104] Cortes Udave Diego Ernesto , Ogrodzki
Jan, Gutierrez de Anda Miguel Angel: A Study
of the Parallel Algorithm for Large-Scale DC
Simulation of Nonlinear Systems, in:
Proceedings SPIE 8454, Photonics Applications
in Astronomy, Communications, Industry, and
High-Energy Physics Experiments 2012 /
Romaniuk Ryszard (eds.), 2012, SPIE, 84541F1-84541F-6, DOI:10.1117/12.2000011, 10
points
[Pub.99] Caris M., Stanko S., Essen H., Leuther A.,
Tessmann A., Weber R., Malanowski Mateusz
Piotr, Samczyński Piotr Jerzy, Kulpa
Krzysztof, Meszoly G., Papanastasiou A.,
Tooping C., Georgiou G., Guraly R., Bilacz Z.:
Synthetic Aperture Radar for All Weather
Penetrating UAV Application (SARAPE) project presentation, in: Proceedings of EUSAR
2012, 2012, pp. 290-293, 10 points
[Pub.105] Cortés Udave Ernesto Diego, Ogrodzki
Jan, Gutiérrez de Anda Miguel Angel: DC
Simulator of Large-Scale Nonlinear Systems for
Parallel Processors, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, 84541G-1-84541G-8,
DOI:10.1117/12.2000012, 10 points
[Pub.100] Cedro Tomasz, Kuzia Marcin, Grzanka
Antoni: LibSWD Serial Wire Debug Open
Framework for Low-Level Embedded Systems
Access, in: Proceedings of the 2012 Federated
Conference on Computer Science and
Information Systems (FedCSIS), 2012, pp. 615620, 10 points
[Pub.106] Czuba Krzysztof Marek, Jabłoński
Szymon: Active Compensation of Microvawe
Amplifier Phase Drifts, in: Proceedings of the
19th International Conference on Microwave
Radar and Wireless Communications (MIKON),
2012, ISBN 9781457714375, pp. 193 --196,
DOI:10.1109/MIKON.2012.6233477, 10 points
[Pub.101] Chojnowski K., Frączek Janusz: EEG
Signal Classification Based on Artificial Neural
Networks and Amplitude Spectra Features, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84541Q1-84541Q-9, DOI:10.1117/12.2000166, 10
points
[Pub.107] Czuba Krzysztof Marek, Hoffmann
Matthias, Jeżyński Tomasz, Ludwig Frank,
Schlarb H.: RF Backplane for MTCA.4 Based
LLRF Control System, in: Proceedings of the
IEEE RT Conference Record (RT2012), 2012,
pp. 1-4, 10 points
[Pub.108] Dusza Jacek, Wawrzyniak Zbigniew M.,
Gonzales C.F.M: Simplified Model of Mean
Double Step (MDS) in Human Body Movement,
in: Proceedings SPIE 8454, Photonics
- 69 -
Applications in Astronomy, Communications,
Industry, and High-Energy Physics Experiments
2012 / Romaniuk Ryszard (eds.), 2012, SPIE,
84541N-1-84541N-13,
DOI:10.1117/12.2000058, 10 points
Romaniuk Ryszard (eds.), 2012, SPIE, 84542A1-84542A-11, DOI:10.1117/12.2000238, 10
points
[Pub.109] Fallavollita P., Cimini F., Balsi Marco,
Esposito Salvatore, Jankowski Stanisław: A
New Bio-Inspired Decision Chain for UAV
Sense-and-Avoid Applications, in: Proceedings
Romaniuk Ryszard (eds.), 2012, SPIE, 84541Z1-84541Z-8, DOI:10.1117/12.2000271, 10
points
[Pub.115] Graczyk Rafał, Stolarski Marcin, MarieCatherine Palau, Orleański Piotr: Dynamic
Partial FPGA Reconfiguration in Space
Applications, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.),
2012,
SPIE,
pp.
7,
DOI:10.1117/12.2000190, 10 points
[Pub.110] Gajda Jerzy, Romaniuk Ryszard: Laser
Technology and Applications 2012: A preview,
pp.
845418-1-845418-11,
DOI:10.1117/12.2006608, 10 points
[Pub.116] Greco M., Querry S., Pinelli G., Kulpa
Krzysztof, Samczyński Piotr Jerzy, Gromek
Damian, Gromek Artur, Malanowski
Mateusz Piotr, Querry B., Bonsignore A.: SARbased
Augmented
Integrity
Navigation
Architecture
(SARINA
project
results
presentation), in: Proceedings of the 13th
International Radar Symposium - IRS 2012 /
Kulpa Krzysztof (eds.), 2012, ISBN 978-14577-1835-9, pp. 225-229, 10 points
[Pub.111] Gajo
Zbigniew,
Linczuk
Maciej
Grzegorz: Application of the Least Squares
Constant Modulus Algorithm for Multipath
Removal in the FM Signal, in: Proceedings
Romaniuk Ryszard (eds.), 2012, SPIE, 4541M1-84541M-6, DOI:10.1117/12.2006791, 10
points
[Pub.117] Gromek Damian, Gromek Artur, Kulpa
Samczyński Piotr Jerzy, Tański Grzegorz:
SAR/InSAR Raw Data Simulator using DTM
Scene Definitions, in: Proceedings of the 13th
[Pub.112] Geras Antonina, Starecki Tomasz:
Properties of Digital 1/3-Octave Filters
Implemented According to ANSI S1.11, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84541J1-84541J-7,
DOI:10.1117/12.2000191,
10
points
[Pub.118] Grzegorczyk Dawid, Mulawka Jan,
Nieznański Edward: On Proving in Epistemic
Logic, in: Proceedings SPIE 8454, Photonics
pp.
845427-1-845427-7,
DOI:10.1117/12.2000207, 10 points
[Pub.119] Jachowicz Ryszard: From Microsensors
to MEMS – 60 years of development, in:
Proceedings 5-th International Scientific and
Technical Conference –Sensors Electronics and
Technology– SEMST-5 / Ian Randall (eds.),
2012, pp. 1-5, 3 points
[Pub.113] Gołuński Marcel, Wąsiewicz Piotr:
Interfacing Clojure with Pogamut 3 platform,
pp.
845429-1-845429-11,
DOI:10.1117/12.2000228, 10 points
[Pub.120] Jachowicz Ryszard, Paczesny Daniel,
Tarapata Grzegorz, Weremczuk Jerzy:
Integrated MEMS Detector for Dynamic
Humidity Measurement, in: Proceedings 5-th
International
Scientific
and
Technical
Conference
–Sensors
Electronics
and
[Pub.114] Gołuński Marcel, Tomanek Roman,
Wąsiewicz Piotr: Modeling Iintelligent Agent
Beliefs in a Card Game Scenario, in:
- 70 -
Technology– SEMST-5 / Ian Randall (eds.),
2012, pp. 1-5, 3 points
Multichannel Acquisition System for the GEM
Detector, in: Proceedings SPIE 8454, Photonics
84540M-1-84540M-8,
DOI:10.1117/12.2000211, 10 points
[Pub.121] Jachowicz Ryszard: Microsystems for
Dynamic Measurement of Dew Point
Temperature Applied for Measurement of
Transepidermal
Water
Loss
(TEWL,
Dermatology) and for Measurement of the
Moisture in the Nose and Throat During
Breathing (Laryngology), in: Proceedings of the
Innovative
Technologies
for
Medicine
Conference - ITMed 2012, 2012, 3 points
[Pub.128] Krysik Piotr, Samczyński Piotr Jerzy,
Łukasz, Kulpa Krzysztof: Detection of Fast
Maneuvering Air Targets Using GSM Based
Passive Radar, in: Proceedings of the 13th
[Pub.122] Jankowski Stanisław, Sadurski Wojciech:
Optimization of Support Vector Machine
Hyperparameters Using Radius/Margin Bound,
pp.
845423-1-845423-8,
DOI:10.1117/12.2002318, 10 points
[Pub.129] Krysik
Piotr,
Kulpa
Krzysztof,
Samczyński Piotr Jerzy, Szumski Karol,
Misiurewicz Jacek: Moving Target Detection
and Imaging Using GSM-Based Passive Radar,
in: Proceedings of International Conference on
Radar Systems – IET RADAR 2012, 2012, pp.
1-5, 10 points
[Pub.123] Jędrzejewski Konrad: A New Approach
to Drift Compensation in Adaptive Feedback
Communication Systems, in: Proceedings of the
Conference ICSES 2012, 2012, pp. 1-4, 10
points
[Pub.130] Krysik Piotr, Kulpa Krzysztof: The Use
of a GSM-based Passive Radar for Sea Target
Detection, in: Proceedings of the 9th European
Radar Conference, 2012, pp. 142-145, 10 points
[Pub.124] Jędrzejewski Konrad: A New Approach
to Improvement of Pipeline A/D Converters
Characteristics, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.),
2012,
SPIE,
84541I-1-84541I-8,
DOI:10.1117/12.2000186, 10 points
[Pub.131] Kulpa Krzysztof: Noise Radar Systems,
in: Proceedings of the European Microwave
Week (EuMW 2012). , 2012, pp. 1-64, 10 points
[Pub.132] Kulpa Krzysztof, Samczyński Piotr
Jerzy, Malanowski Mateusz Piotr, Gwarek
Wojciech, Salski Bartłomiej Wacław, Tański
Grzegorz: SAR Raw Radar Simulator
Combining Optical Geometry and Fullwave
Electromagnetic Approaches, in: Proceedings of
the 9th European Conference on Synthetic
Aperture Radar , 2012, pp. 24-26, 10 points
[Pub.125] Jędrzejewski Konrad, Jasnos Jakub
Paweł: Simplification of Intelligent Cyclic A/D
Converters Architecture Using Feedback DAC
with Minimal Resolution, in: Proceedings of the
Conference ICSES 2012, 2012, 10 points
[Pub.133] Kulpa Krzysztof, Samczyński Piotr
Jerzy, Malanowski Mateusz Piotr: Platform
Self Protection Aagainst PCL Systems, in:
Proceedings of STO-MP-SET-177 - Passive
Radar ECM, EPM and Critical Aspects, RTO
Workshop / Kulpa Krzysztof (eds.), 2012, pp. 17, 3 points
[Pub.126] Kaczyński Tomasz, Nowak Robert
Marek: Reverse Translations of Gene-Coding
DNA Sequences Using Hidden Markov Models,
84541P-1-84541P-6, DOI:10.1117/12.2000163,
10 points
[Pub.134] Lipiński Maciej Marek, Włostowski
Tomasz, Serrano J., Alvarez P., et al.:
Performance Results of the First White Rabbit
Installation for CNGS Time Transfer, in:
Proceedings of ISPCS201, 2012, pp. 13-18, 10
points
[Pub.127] Kasprowicz Grzegorz Henryk, Czarski
Tomasz, Chernyshova M., Dominik Wojciech,
Jakubowska K., Karpiński L., Kierzkowski K.,
Poźniak Krzysztof, Rzadkiewicz J., Scholz M.,
Zabołotny Wojciech: Fast ADC Based
- 71 -
[Pub.135] Lukin Konstantin, Vyplavin Pavlo,
Palamarchuk Vladimir, Kudriashov Volodymyr,
Kulpa
Krzysztof,
Gajo
Zbigniew,
Misiurewicz Jacek, Kulpa Janusz: Precision
of Target Shifs Detection Using Ka-band
Ground Based Noise Waveform SAR, in:
(eds.), 2012, ISBN 978-1-4577-1835-9, pp. 475478, DOI:10.1109/IRS.2012.6233368, 10 points
Romaniuk Ryszard (eds.), 2012, SPIE, 84540Z1-84540Z-9, DOI:10.1117/12.2000245, 10
points
[Pub.142] Maślikowski Łukasz, Krysik Piotr,
Kulpa
Krzysztof,
Dąbrowska-Zielińska
Katarzyna, Bartold Maciej:
A Radar
Demonstrator for Ground-Based L-Band
Ground
Reflectivity
Measurements,
in:
Proceedings of the 9th European Radar
Conference, 2012, pp. 119-122, 10 points
[Pub.136] Majcher Ariel, Sokołowski Marcin, Batsch
Tadeusz, Castro-Tiradod A. J., et al.,
Kasprowicz Grzegorz Henryk, Majczyna
Agnieszka: Parallax in “Pi of the Sky” Project,
84540A-1-84540A-6,
DOI:10.1117/12.2000221, 10 points
[Pub.143] Misiurewicz
Jacek,
Maślikowski
Łukasz: Compressed Sensing Experiments in a
Noise SAR, in: Proceedings of the 13th
[Pub.144] Misiurewicz Jacek: Signal Processing in
Noise Radars, in: Proceedings of the European
Microwave Week (EuMW 2012), 2012, pp. 164, 10 points
Krzysztof,
Samczyński
Piotr
Jerzy,
Misiurewicz Jacek, Kulpa Janusz, Roszkowski
Paweł, Dzwonkowski Paweł, Gromek Damian,
Maślikowski Łukasz, Misiurewicz Marek,
Podkalicki Ł.: Experimental Results of the
PaRaDe Passive Radar Field Trials, in:
(eds.), 2012, ISBN 978-1-4577-1835-9, pp. 6568, DOI:10.1109/IRS.2012.6233290, 10 points
[Pub.145] Moreira P., Serrano J., Alvarez P.,
Lipiński Maciej Marek, Włostowski Tomasz,
Darwazeh I.: Distributed DDS in a White Rabbit
Network: An IEEE 1588 Application, in:
Proceedings of ISPCS201, 2012, pp. 19-24, 10
points
[Pub.146] Nitoń Bartłomiej, Poźniak Krzysztof,
Romaniuk Ryszard: A Plug-in to Eclipse for
VHDL Source Codes: Functionalities, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84542C1-84542C-18, DOI:10.1117/12.2005981, 10
points
[Pub.138] Malanowski Mateusz Piotr, Haugen R.,
Greco M.S., O'Hagan W., Plsek R., Stove A.G.,
Bernard A.: Land and Sea Clutter from FMbased Passive Bistatic Radars, in: Proceedings
of International Conference on Radar Systems –
IET RADAR 2012, 2012, pp. 1-6, 10 points
Krzysztof,
Samczyński
Piotr
Jerzy,
Misiurewicz Jacek, Kulpa Janusz: Long Range
FM-Based Passive Radar, in: Proceedings of
International Conference on Radar Systems –
IET RADAR 2012, 2012, pp. 1-5, 10 points
[Pub.147] Nowak Robert Marek, Biedrzycki Rafał,
Misiurewicz Jacek: Machine Learning
Methods in Data Fusion Systems, in:
[Pub.140] Malanowski Mateusz Piotr, Samczyński
Piotr Jerzy, Kulpa Krzysztof, Misiurewicz
Jacek: Analog Front End for Multichannel FMbased PCL Radar, in: Proceedings of STO-MPSET-177 - Passive Radar ECM, EPM and
Critical Aspects, RTO Workshop / Kulpa
Krzysztof (eds.), 2012, pp. 1-8, 3 points
[Pub.148] Nowotka Michał, Nowak Robert Marek:
Heuristics for Haplotype Frequency Estimation
with a Large Number of Analyzed Loci, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84541S-
[Pub.141] Małkiewicz Łukasz Michał: Improvement
of Intelligent Cyclic ADC Resolution by
Randomization of DAC INL Errors, in:
- 72 -
1-84541S-6,
points
DOI:10.1117/12.2000202,
[Pub.155] Rajkowski T., Graczyk Rafał, Palau
M.C., Orleański Piotr: Low Cost and High
Performance
on-Board
Computer
for
Picosatellite, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, 84540J-1-84540J-7,
DOI:10.1117/12.2000237, 10 points
10
[Pub.149] Nowotka
Michał,
Pawełkowicz
Magdalena, Wojcieszek Michał, Przybecki
Zbigniew, Nowak Robert Marek: Automated
Functional Annotation Using Classification and
Data Fusion Algorithms for Genomic,
Transcriptomic and Proteomic Science, in:
Proceedings of the XIII Conference DIAGMOL
2012 "Molecular biology in diagnostics of
infectious diseases and biotechnology", 2012,
ISBN 978-83-7583-396-6, pp. 164-167, 3 points
[Pub.156] Romaniuk Ryszard: Accelerator Science
and Technology in Europe – EuCARD 2012, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84540O1-84540O-11, DOI:10.1117/12.2005980, 10
points
[Pub.150] Opalska Katarzyna: Transmission Line
Model with Skin Effect for Generic Circuit
Simulator, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, 84541K-1-84541K-8,
DOI:10.1117/12.982009, 10 points
[Pub.157] Romaniuk
Ryszard:
Accelerator
Technology and High Energy Physics
Experiments Photonics Applications and Web
Engineering WILGA May 2012, in: Proceedings
Romaniuk Ryszard (eds.), 2012, SPIE, pp.
845404-1-845404-14,
DOI:10.1117/12.2005974, 10 points
[Pub.151] Opalski Leszek J.: Benchmarking a
Derivative-Free Minimax Optimizer for EM
Design, in: Proceedings SPIE 8454, Photonics
84541H-1-84541H-7,
DOI:10.1117/12.2000051, 10 points
[Pub.158] Romaniuk Ryszard: Astronomy and
Space Technologies Photonics Applications and
Web Engineering WILGA May 2012, in:
845403-1-845403-19,
DOI:10.1117/12.2005972, 10 points
[Pub.152] Opara
Karol,
Arabas
Jarosław:
Decomposition and Metaoptimization of
Mutation Operator in Differential Evolution, in:
Swarm and Evolutionary Computation /
Rutkowski Leszek [et al.] (eds.), Lecture Notes
In Computer Science, vol. 7269, 2012, Springer,
ISBN 978-3-642-29352-8, pp. 110-118,
DOI:10.1007/978-3-642-29353-5_13, 10 points
[Pub.159] Romaniuk
Ryszard:
Biomedical,
Artificial Intelligence and DNA Computing
Photonics Applications and Web Engineering
WILGA May 2012, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, pp. 845407-1-845407-13,
DOI:10.1117/12.2005979, 10 points
[Pub.153] Piekarski Jan, Żukociński Mateusz
Sebastian,
Czuba
Krzysztof
Marek,
Hoffmann Matthias, Ludwig F, Schlarb H.:
3.9GHz Accelerating Cavity Field Detection
Hardware for the Free-Electron Laser, in:
Proceedings of the 19th International
Conference on Microwave Radar and Wireless
Communications (MIKON), 2012, ISBN
9781457714375,
pp.
197
--200,
DOI:10.1109/MIKON.2012.6233497, 10 points
[Pub.160] Romaniuk Ryszard, Gajda Jerzy: Laser
Technology 2012, in: Optical Fibers and Their
Applications 2012 / Romaniuk Ryszard, Wójcik
Waldemar (eds.), vol. 8698, 2012, SPIE , ISBN
9780819494856,
86980P-1-86980P-11,
DOI:10.1117/12.2019118, 10 points
[Pub.154] Pilinsky V.V., Rozvadovskiy A.F., Zaitsev
Ievgen: Assessment Mains Electromagnetic
Environmental Formed by SMPS & PLC
Systems, in: Proceedings of the International
Symposium on Electromagnetic Compatibility
(EMC Europe) / Marcello D'Amore (eds.),
2012, 10 points
[Pub.161] Romaniuk Ryszard: Optical Fibers and
Photonics Applications Topical Tracks at Wilga
- 73 -
Conferences, in: Optical Fibers and Their
9780819494856,
86980S-1-86980S-19,
DOI:10.1117/12.2020035, 10 points
[Pub.168] Rutkowski Igor, Czuba Krzysztof
Marek, Makowski Dariusz: Vector Modulator
Card for MTCA-Based LLRF Control System
for Linear Accelerators, in: Proceedings of the
2012 IEEE Real Time Conference, 2012, pp. 16, 10 points
[Pub.162] Romaniuk Ryszard, Wójcik Waldemar:
Optical Fibers and Their Applications 2012, in:
Optical Fibers and Their Applications 2012 /
Romaniuk Ryszard, Wójcik Waldemar (eds.),
vol. 8698, 2012, SPIE , ISBN 9780819494856,
pp.
869805-1-869805-16,
DOI:10.1117/12.2019090, 10 points
[Pub.169] Rybaniec Radosław, Wieczorek Piotr Z.:
Measuring and Minimizing Interrupt Latency in
Linux-Based
Embedded
Systems,
in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84540Y1-84540Y-6, DOI:10.1117/12.2000230, 10
points
[Pub.163] Romaniuk
Ryszard:
Optoelectronic
Devices,
Sensors,
Communication
and
Multimedia Photonics Applications and Web
Engineering WILGA May 2012, in: Proceedings
845406-1-845406-15,
DOI:10.1117/12.2005977, 10 points
[Pub.170] Rytel-Andrianik Rafał Piotr: Efficient
Algotirhm for High-Resolution Two Targets
Angles Estimation Using Four Subapertures, in:
Proceedings of International Conference on
Radar Systems – IET RADAR 2012, 2012, pp.
1-6, 10 points
Piotr
Jerzy,
Kulpa
Krzysztof: Passive SAR Imaging Using a
Satellite Pulsed Radar as an Illuminator of
Opportunity, in: Proceedings of the 13th
[Pub.164] Romaniuk Ryszard: Photon Physics and
Plasma Research Photonics Applications and
Web Engineering WILGA May 2012, in:
845405-1-845405-15,
DOI:10.1117/12.2005976, 10 points
Piotr
Jerzy,
Kulpa
Krysik Piotr, Maślikowski Łukasz: Trial
Results on Passive SAR Measurement using the
Envisat-1 Satellite as an Illuminator of
Opportunity, in: Proceedings of the Conference
EUSAR 2012, 2012, pp. 291 --294, 10 points
[Pub.165] Romaniuk Ryszard: Review of EuCARD
Project on Accelerator Infrastructure in
Europe, in: Optical Fibers and Their
9780819494856,
86980Q-1-86980Q-10,
DOI:10.1117/12.2019713, 10 points
[Pub.173] Schlarb H., et al., Czuba Krzysztof
Marek, Butkowski Łukasz, Piekarski Jan,
Rutkowski Igor, Sikora Dominik, Zembala
Łukasz, Bou Habib Samer: High-Precision
Accelerator RF Control for the European
XFEL, in: Proceedings of the 2012 IEEE Real
Time Conference, 2012, pp. 1, 10 points
[Pub.166] Romaniuk Ryszard: WILGA Photonics
and Web Engineering January 2012, in:
845402-1-845402-13, 10 points
[Pub.174] Sekutowicz Jacek, Ayvazyan V, et al.,
Czuba Krzysztof Marek, Zembala Łukasz:
CW and LP Operation Test of XFEL-Like
Cryomodule, in: Proceedings of International
Particle Accelerator Conference IPAC'12, 2012,
pp. 2215-2217, 10 points
[Pub.167] Róż Piotr, Nowak Robert Marek:
Classification of RNA Secondary Structure, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84541R1-84541R-6, DOI:10.1117/12.2000184, 10
points
[Pub.175] Sekutowicz Jacek, Ayvazyan V, et al.,
Czuba Krzysztof Marek, Zembala Łukasz:
Second CW and LP Operation Test of XFEL
- 74 -
Prototype Cryomodule, in: Proceedings of
LINAC12 Conference, 2012, pp. 1-3, 10 points
[Pub.182] Wawrzyniak Zbigniew M., Paczesny
Daniel: Data Management and Quality
Assurance in a Population Study, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84541O1-84541O-12, DOI:10.1117/12.2001454, 10
points
[Pub.176] Skup
Konrad,
Cichocki
Andrzej,
Graczyk Rafał, et al.: Instrument Data
Processing Unit for Spectrometer/Telescope for
Imaging X-rays (STIX), in: Proceedings SPIE
(eds.), 2012, SPIE, 84540K-1- 84540K-9,
DOI:10.1117/12.2000714, 10 points
[Pub.183] Weremczuk Jerzy, Tarapata Grzegorz,
Jachowicz Ryszard: Humidity Sensor Printed
onTextile with Use of Ink-Jet Technology, in:
Proceedings of 26th European Conference on
Solid-State
Transducers
EUROSENSORS
XXVI / Brzózka Zbigniew, French P.J. (eds.),
no. 47, 2012, ELSEVIER, ISBN 1877-7058, pp.
1366-1369, DOI:10.1016/j.proeng.2012.09.410,
10 points
[Pub.177] Sobotka Mirosław, Grzanka Antoni:
Noninvasive Articulograph. OMAP Architecture
in Visual Signal Processing, in: Proceedings of
the IEEE Joint Conference: New Trends in
Audio and Video, 2012, pp. 59-62, 3 points
[Pub.178] Szymański
Zbigniew,
Jankowski
Stanisław, Szczyrek Jan: Reconstruction of
Environment Model by Using Radar Vector
Field Histograms, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.),
2012,
SPIE,
pp.
1-7,
DOI:10.1117/12.2001354, 10 points
[Pub.184] Węcławski Jakub, Jankowski Stanisław,
Szymański Zbigniew: Feature Selection from
Short Amino Acid Sequences in Phosphorylation
Prediction Problem, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.),
2012,
SPIE,
pp.
1-7,
DOI:10.1117/12.2001270, 10 points
[Pub.179] Tataj
Emanuel,
Mulawka
Jan,
Nieznański Edward: On a Categorial Aspect of
Knowledge Representation, in: Proceedings
845426-1-845426-7, DOI:10.1117/12.2000187,
10 points
[Pub.185] Wiatr Wojciech: Source-Pull Noise
Characterization of GaAs pHEMTs, in:
Communications: MIKON 2012, 2012, pp. 794798, 10 points
[Pub.186] Wojcieszek M., Róż Piotr, Pawełkowicz
M., Nowak Robert Marek, Przybecki Z.:
Development of Genome Viewer „Web Omics
Viewer” for Managing Databases of Cucumber
Genome, in: Proceedings SPIE 8454, Photonics
84541Y-1-84541Y-5,
DOI:10.1117/12.2000236, 10 points
[Pub.180] Tor Sylwester, Jankowski Stanisław:
Unmanned Aerial Vehicle 3d Flight Simulator
by Vector Field Histogram, in: Proceedings
845421-1-845421-6, DOI:10.1117/12.2001329,
10 points
[Pub.187] Woźniak Karol, Mulawka Jan: On Data
Modeling for Neurological Application, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 84541X1-84541X-8, DOI:10.1117/12.2001312, 10
points
[Pub.181] Wachulski Marcin F., Mulawka Jan,
Nieznański Edward: in Polish - Implementation
of Inherence Calculus in the PowerLoom
Environment, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, pp. 845425-1-845425-7,
DOI:10.1117/12.2000055, 10 points
[Pub.188] Wójtowicz-Krawiec Anna, Nowak Robert
Marek, Michalak M., Plucienniczak G., Binko
- 75 -
K., Lukasiewicz N., Sokolowska I., Mikiewicz
D., Plucienniczak Andrzej: Obtaining an
Analogue of the UBP4 Protease Gene Using
Synthetic Fragments of DNA created by
DnaSynth Software Employing Evolutionary
Algorithms, in: Proceedings of the 22nd IUBMB
International Congress of Biochemistry and
Molecular Biology, 2012, pp. 1-36, 10 points
Accelerator, in: Optical Fibers and Their
9780819494856,
86980O-1-86980O-10,
DOI:10.1117/12.2019711, 10 points
[Pub.193] Zaitsev Ievgen, Płatonow Anatolij:
Particularities of Design and Application of
Model-Based Simulation Research Bench to
Analysis of Adaptive Feedback Communication
Systems, in: Proceedings SPIE 8454, Photonics
84540R-1-84540R-9, DOI:10.1117/12.2000247,
10 points
[Pub.189] Zabołotny Wojciech: Development of
Embedded PC and FPGA Based Systems with
Virtual Hardware, in: Proceedings SPIE 8454,
Photonics
Applications
in
Astronomy,
(eds.), 2012, SPIE, 84540S-1-84540S-7,
DOI:10.1117/12.981877, 10 points
[Pub.194] Zych Mariusz: Suppression of GPR
Range Sidelobes Based on NLFM Signal, in:
[Pub.190] Zabołotny
Wojciech,
Kasprowicz
Grzegorz Henryk: Low Cost USB-Local Bus
Interface for FPGA Based Systems, in:
Romaniuk Ryszard (eds.), 2012, SPIE, 8454OS1-8454OS-7, DOI:10.1117/12.981878, 10 points
[Pub.195] Żukociński
Mateusz
Sebastian,
Abramowicz Adam: Center Frequency of
Wideband Direct-Coupled Resonator Filters, in:
Communications: MIKON 2012, 2012, pp. 726728, DOI:10.1109/MIKON.2012.6233575, 10
points
[Pub.191] Zagoździńska
Agnieszka,
Poźniak
Krzysztof, Romaniuk Ryszard: Heavy Stable
Charged Particles Search by Novel Pattern
Comparator Procesor, in: Proceedings SPIE
(eds.), 2012, SPIE, 84540P-1-84540P-6,
DOI:10.1117/12.2000244, 10 points
[Pub.196] Żukociński
Mateusz
Sebastian:
Wideband
and
UWB
Filters
with
Complementary Couplings, in: Proceedings of
the Asia-Pacific Microwave Conference, 2012,
Kin-Lu Wong, General Chair, pp. 253-255, 10
points
[Pub.192] Zagoździńska Agnieszka, Romaniuk
Ryszard, Poźniak Krzysztof, Zalewski P:
TRIDAQ Systems in HEP Experiments at LHC
Scientific and technical papers published in the national Conference Proceedings
UiSR 2012 – Urządzenia i Systemy
Radioelektroniczne
/
Witczak
Andrzej,
Kaczmarek Paweł (eds.), 2012, pp. 15, 1 point
[Pub.197] Bączyk Marcin Kamil, Kulpa Krzysztof,
Łukasz,
Samczyński
Piotr
Jerzy,
Gorzelańczyk Adam: in Polish - Radar
pasywny działający w oparciu o sygnał
naziemnej telewizji cyfrowej, in: National
Conference UiSR 2012 – Urządzenia i Systemy
Radioelektroniczne
/
Witczak
Andrzej,
Kaczmarek Paweł (eds.), 2012, pp. 1-11, 1 point
[Pub.199] Cedro
Tomasz, Frączek Janusz,
Chojnowski Krzysztof, Gomółka Ryszard,
Kamiński Tomasz, Czupryniak Łukasz, Takiel
Piotr, Grzanka Antoni: Brain Computer
Interface, in: Proceedings of the XXXI National
Conference
„Konferencja
Elektroniki
i
Telekomunikacji
Studentow
i
Mlodych
Pracownikow Nauki”, SECON 2012, Materialy
Konferencyjne. Warszawa 2012 / Wnuk Marian
[Pub.198] Bolek Małgorzata, Zych Mariusz, Lenik
Czesław: in Polish - Wyniki filtracji MTD
rzeczywistych zobrazowań zarejestrowanych
radarem, in: National Conference Proceedings
- 76 -
(eds.), 2012, WAT, ISBN 978-83-62954-35-3,
pp. 1-6, 1 point
[Pub.206] Koba
Marcin,
Osuch
Tomasz
Przemysław, Szczepański Paweł: in Polish Progowy model generacji promieniowania w
laserach posiadających ośrodek aktywny w
postaci kryształu fotonicznego o symetrii
kwadratowej, in: Proceedings of the X
Sympozjum Techniki Laserowej STL 2012 /
Kwaśniewska Joanna, Gajda Jerzy (eds.), 2012,
ISBN 978-83-7663-122-6, pp. 117, 1 point
[Pub.200] Cedro Tomasz, Grzanka Antoni:
CeDeROM Brain Computer Interface, in:
Information Technologies in Biomedicine /
Piętka Ewa, Kawa Jacek (eds.), Lecture Notes
In Computer Science, no. 7339, 2012, Springer,
ISBN 978-3-642-31195-6, pp. 219-231, 3 points
[Pub.201] Chojnowski
K.,
Frączek
Janusz,
Grzanka Antoni: in Polish - Wykorzystanie
sztucznych sieci neuronowych do klasyfikacji
sygnału EEG w badaniach nad BCI, in:
Proceedings of the National Conference fo
Yound Students and PhD Students ICT
YOUNG 2012, 2012, pp. 1-6, 1 point
Krzysztof, Samczyński Piotr Jerzy, Krysik
Piotr: in Polish - Zastosowanie sygnałów
nadajników komercyjnych do teledetekcji, in:
Proceedings of the URSI, 2012, pp. 1-4, 1 point
[Pub.208] Osuch Tomasz Przemysław, Kowalik A.,
Jaroszewicz Zbigniew, Sarzyński Marcin:
Apodized Phase Masks Obtained by Means of
HEBS Glasses, in: Proceedings of the 8th EOS
Topical Meeting on Diffractive Optics (DO
2012), 2012, pp. 1-2, 3 points
[Pub.202] Czarzasta
Katarzyna,
CudnochJędrzejewska Agnieszka, Gomółka Ryszard,
Puchalska Liana, Szczepańska-Sadowska Ewa:
in Polish - Wpływ diety wysokotłuszczowej na
ośrodkową regulację ciśnienia tętniczego u
szczurów zdrowych i szczurów z pozawałową
niewydolnością serca, in: Proceedings of the
XVII
Sympozjum
Sekcji
Kardiologii
Eksperymentalnej PTK Komitetu Nauk
Fizjologicznych i Farmakologicznych PAN,
2012, pp. 1, 1 point
[Pub.209] Osuch
Tomasz
Przemysław,
Jasiewicz Wiesław: in Polish - Kształtowanie
charakterystyk spektralnych siatek Bragga w
procesie nanoszenia metodą maski fazowej na
przewężenia światłowodowe, in: Proceedings of
the XIV National Conference: Światłowody i
ich zastosowania, 2012, pp. 1-5, 1 point
[Pub.203] Dąbrowska-Zielińska Katarzyna, Bartold
Maciej, Turlej Konrad, Tomaszewska Monika,
Gatkowska Martyna, Maślikowski Łukasz,
Samczyński Piotr Jerzy, Krysik Piotr, Kulpa
Krzysztof: in Polish - Analiza satelitarnych
zdjęć mikrofalowych do określenia parametrów
roślinno-glebowych, in: Proceedings of the
National Conference URSI, 2012, pp. 1-3, 1
point
[Pub.210] Paczesny
Daniel,
Mikłaszewicz
Franciszek, Jachowicz Ryszard: in Polish –
Nowa konstrukcja higrometru punktu rosy z
detektorem półprzewodnikowym do pomiaru
współczynnika TEWL, in: Proceedings of the
XII National Conference COE Czujniki
Optoelektroniczne i Elektroniczne, 2012, 2012,
pp. 1, 1 point
[Pub.204] Frączek Janusz, Kamiński Tomasz,
Grzanka Antoni: First Measurements with
Objective Bipolar Electrogustometer, in:
Information Technologies in Biomedicine /
Piętka Ewa, Kawa Jacek (eds.), Lecture Notes
In Computer Science, no. 7339, 2012, Springer,
ISBN 978-3-642-31195-6, pp. 286-294, 3 points
[Pub.211] Płatonow Anatolij: Bayesian Methods in
Optimization of Analog Communication Systems
with Feedback, in: Proceedings of the XVI
Poznańskie Warsztaty Telekomunikacyjne PWT 2012, 2012, pp. 32-35, 1 points
[Pub.212] Płatonow Anatolij: Top Performance Low
Energy-Size-Cost Adaptive Analog Transmitters
for Short Range Applications, in: Information
and Communication Technologies Work
Programme, 2012, pp. 25, 1 point
[Pub.205] Gomółka Ryszard, Grzanka Antoni,
Cudnoch-Jędrzejewska Agnieszka: Parametric
Model of Centrally Mediated Blood Pressure
Regulation via ANG / APELIN / AVP
Mechanism, in: proceedings of the XVII
Sympozjum
Sekcji
Kardiologii
Eksperymentalnej PTK Komitetu Nauk
Fizjologicznych i Farmakologicznych PAN,
2012, pp. 1, 1 point
[Pub.213] Romaniuk Ryszard: Free Electron Laser
Infrastructure in Europe 2012, in: Proceedings
of the Laser Technology 2012: Progress in
Lasers, 8702 / Woliński Wiesław, Jankiewicz
Zdzisław, Romaniuk Ryszard (eds.), vol. 8702,
- 77 -
2012, ISBN 9780819494931, 87020M-187020M-15, DOI:10.1117/12.2007576, 3 points
Proeedings of the XII National Conference COE
Czujniki Optoelektroniczne i Elektroniczne,
2012, 2012, pp. 1-4, 1 point
[Pub.214] Romaniuk Ryszard: in Polish - Rozwój
technologii i infrastruktury FEL w Europie, in:
Proceedings of the X Symposium Technika
Laserowa STL 2012 / Kwaśniewska Joanna,
Gajda Jerzy (eds.), 2012, ISBN 978-83-7663122-6, pp. 51, 1 point
[Pub.217] Ziętkiewicz Robert, Weremczuk Jerzy: in
Polish - System do wyznaczania położenia
kątowego dla autonomicznych pojazdów
bezałogowych, in: Proceedings of the XXXI
National
Conference
Elektroniki
i
Telekomunikacji
Studentow
i
Młodych
Pracownikow Nauki, SECON 2012, Warsaw
2012 / Wnuk Marian (eds.), 2012, WAT, ISBN
978-83-62954-35-3, pp. 1-11, 1 point
[Pub.215] Roszkowski Krzysztof, Kulpa Krzysztof,
Samczyński Piotr Jerzy, Malanowski
Mateusz Piotr, Gorzelańczyk Adam: in Polish
- Niekooperujący radar bistatyczny na pasmo
VHF, in: Proceedings of the National
Conference UiSR 2012 – Urządzenia i Systemy
Radioelektroniczne
/
Witczak
Andrzej,
Kaczmarek Paweł (eds.), 2012, pp. 1-11, 1 point
[Pub.218] Zych Mariusz: in Polish - Zobrazowania
wynikowe uzyskane radarem do sondowań
podpowierzchniowych FMCW GPR, in:
Proceedings of the National Conference UiSR
2012
–
Urządzenia
i
Systemy
Radioelektroniczne
/
Witczak
Andrzej,
Kaczmarek Paweł (eds.), 2012, pp. 52, 1 point
[Pub.216] Tarapata Grzegorz, Weremczuk Jerzy,
Jachowicz Ryszard: Humidity Textile Sensors
Fabricated in Inkjet Printing Technology, in:
- 78 -
6.
REPORTS
6.1. Research reports
[Rep.1] Gajda Janusz, Al. Et , Płatonow
Anatolij: in Polish - Raport Komitetu
Metrologii i Aparatury Naukowej PAN pt.
''Stan i perspektywy rozwojowe metrologii jako
interdyscypliny naukowej (w skali globalnej)'',
26 pages, 2012
[Rep.6] Malanowski
Mateusz
Piotr,
Samczyński Piotr Jerzy, Kulpa Krzysztof:
Synthetic Aperture Radar for all Weather
Penetrating UAV Application, Technical
Report for the Agreement number: A-1088RT-GC – 4th Progress Report, 2012
[Rep.2] Malanowski Mateusz Piotr, Kulpa
Krzysztof, Samczyński Piotr Jerzy, Gromek
Artur,
Rytel-Andrianik
Rafał
Piotr,
Misiurewicz Jacek: in Polish - Opracowanie i
testowanie symulacyjne algorytmów systemu
cyfrowego przetwarzania sygnałów, Technical
report for the development project O R00 0151
12: Development of Technology Demonstrator
of a Tracking Radar for Anti-aircraft Gun, (in
Polish
Opracowanie
demonstratora
technologii radaru śledzącego do kierowania
artylerią przeciwlotniczą), 2012
[Rep.7] Malanowski
Mateusz
Piotr,
Samczyński Piotr Jerzy: Synthetic Aperture
Radar for all Weather Penetrating UAV
Application, Technical
report for the
Agreement number: A-1088-RT-GC – SAR
Algorithms Demonstrator – Task 6.3, WUT
Deliverable No. 19, 2012
[Rep.8] Malanowski
Mateusz
Piotr,
Application, Technical report for the
Agreement number: A-1088-RT-GC – SAR
Processor Concept and Design – Task 6.2,
WUT Deliverable No. 9, 2012
[Rep.3] Malanowski
Mateusz
Piotr,
Application Agreement number: A-1088-RTGC – 1st Progress Report, 2012
[Rep.9] Nałęcz Marek, Rytel-Andrianik Rafał
Piotr, Rupniewski Marek Wojciech,
Mazurek Gustaw Stanisław, Pikacz Bartosz:
in Polish - Weryfikacja projektu technicznego
radaru
MSR-296
oraz
analiza
oprogramowania wyrobów 196 i 254 pod
kątem jego zastosowania w radarze MSR 296.
Technical report, 17 pages, 2012
[Rep.4] Malanowski
Mateusz
Piotr,
Application, Technical report for the
Agreement number: A-1088-RT-GC - 2nd
Progress Report, 2012
[Rep.10] Opara Karol, Arabas Jarosław:
Censoring Mutation in Differential Evolution,
Technical Report for RB/11/2012, 6 pages,
2012
[Rep.5] Malanowski
Mateusz
Piotr,
Samczyński Piotr Jerzy, Kulpa Krzysztof,
Gromek Artur, Maślikowski Łukasz:
Synthetic Aperture Radar for all Weather
Penetrating UAV Application , Technical
report for the Agreement number: A-1088-RTGC – 3rd Progress Report, 2012
6.2.
[Rep.11] Opara Karol, Arabas Jarosław: in
Polish - Procedury oceny algorytmów
optymalizacji ciągłej, Technical report for
RB/12/2012, 12 p., 2012
Other reports
- 79 -
7.
PATENTS
7.1. Foreign patent applications
[Pat. 1] Czuba
Krzysztof:
Backplane
Configuration for Use in Electronic Crate
Systems
European patent application
no 12004371.6
Decision date: August 1, 2012
no P386946
Decision date: December 19, 2012
7.2. Home patents
[Pat. 2] Płatonow
Anatolij,
Jędrzejewski
Konrad: in Polish - Potokowy przetwornik
analogowo-cyfrowy
no 213117
Decision date: August 7, 2012
[Pat. 5] Wąsiewicz Piotr: in Polish - Sposób
wykonywania operacji odejmowania na
liczbach binarnych przy użyciu cząsteczek DNA
no 212785
Decision date: June 18, 2012
[Pat. 3] Starecki Tomasz: in Polish - Komora
fotoakustyczna
no P386945
[Pat. 6] Wąsiewicz Piotr: in Polish - Sposób
wykonywania operacji dodawania na liczbach
binarnych przy użyciu cząsteczek DNA
no 214232
[Pat. 4] Starecki Tomasz: in Polish - Sposób
detekcji fotoakustycznej
Patent applications
układ do stosowania tego sposobu
no P401209
Decision date: October 15, 2012
[Pat. 7] Gołofit Krzysztof, Piotr Zbigniew
Wieczorek: in Polish - Metastabilnościowy
generator losowy
no P401519
Decision date: November 8, 2012
[Pat. 12] Krzysztof Kulpa, Mateusz Malanowski,
Janusz Kulpa, Paweł Roszkowski, Adam
Gorzelańczyk, Jacek Misiurewicz: in Polish
- Układ odbiorczy dla radaru pasywnego
no P401208
generator losowy
no P401522
[Pat. 13] Kulpa Krzysztof, Bączyk Marcin Kamil,
Samczyński Piotr, Malanowski Mateusz,
Krysik Piotr: in Polish - Sposób kalibracji
kołowego szyku antenowego i układ do
stosowania tego sposobu
no P400195
Decision date: July 31, 2012
generator losowy
no P401523
[Pat. 10] Gołofit Krzysztof: in Polish - Generator
metastabilnościowych interwałów czasowych
no P401521
[Pat. 14] Kulpa Krzysztof, Bączyk Marcin Kamil:
in Polish - Sposób pozyskiwania sygnałów do
wyznaczania
funkcji
niejednoznaczności
wzajemnej w radarze pasywnym i układ do
stosowania tego sposobu
no P400194
Decision date: July 31, 2012
[Pat. 15] Kulpa Krzysztof, Malanowski Mateusz,
Samczyński Piotr, Maślikowski Łukasz,
Gromek Artur, Kulpa Janusz: in Polish -
[Pat. 11] Krzysztof Kulpa, Jacek Misiurewicz,
Mateusz Malanowski, Marcin Kamil
Bączyk, Janusz Kulpa, Anna Kurowska,
Damian Gromek: in Polish - Sposób
tłumienia stałych ech będących poza
zasięgiem radaru w układzie odbiornika i
- 80 -
Sposób syntezy i analizy sygnałów dla radaru
impulsowego i układ do stosowania tego
sposobu
no P401210
[Pat. 16] Wieczorek Piotr Zbigniew, Gołofit
Krzysztof: in Polish - Arbiter
no P401520
- 81 -
8.
8.1.
CONFERENCES, SEMINARS AND MEETINGS
International conferences
[Conf.1] 9th European Conference on Synthetic
Aperture Radar EuSAR 2012, Nurenberg,
Germany, April 23-27, 2012. Participants:
Professor Krzysztof Kulpa, Piotr Samczyński
Ph.D., Artur Gromek Ph.D.Student, Piotr Krysik
Ph.D.Student
[Conf.10] The 26th European Conference on Solid
State Transducers EUROSENORS’12, Kraków,
Poland, September 9-12, 2012. Participants:
Professor Ryszard Jachowicz, Roman Iwaszko
M.Sc.
[Conf.11] Federated Conference on Computer and
Information Systems – FedCSIS2012, Wroclaw,
Poland, September 9 – 11, 2012. Participant:
Tomasz Cedro Ph.D.Student
[Conf.2] 1st International Workshop on Compressed
Sensing Applied to Radar, Bonn, Germany, May
14-16, 2012. Participant: Jacek Misiurewicz
Ph.D.
[Conf.12] International
Symposium
on
Electromagnetic Compatibility EMC Europe
2012, Sapienza University of Rome, Rome,
Italy, September 17-22, 2012, Participant:
Ievgen Zaitsev Ph.D.Student
[Conf.3] International Conference on Microwaves,
Radar and Wireless Communications MIKON2012, Warsaw, Poland, May 21-23, 2012.
Participants: Krzysztof Czuba Ph.D., Wojciech
Wiatr Ph.D., Samer Bou Habib Ph.D.Student,
Paweł
Barmuta
Ph.D.Student,
Mateusz
Żukociński Ph.D.Student
[Conf.13] International Conference on Signals and
Electronic Systems, ICSES 2012, Wrocław,
Poland, September 18-21, 2012. Participant:
Konrad Jędrzejewski Ph.D.
[Conf.4] 13th International Radar Symposium IRS2012, Warsaw, Poland, May 23-25, 2012.
Mateusz Malanowski Ph.D., Jacek Misiurewicz
Ph.D., Marek Rupniewski Ph.D., Piotr
Samczyński Ph.D., Adam Gorzelańczyk M.Sc.
and Ph.D.Students: Artur Gromek, Damian
Gromek, Piotr Krysik, Łukasz Maślikowski,
Mariusz Zych
[Conf.14] International
Conference
Virtual
Physiological Human VPH2012, London,
United Kingdom, September 18-20, 2012.
Participant: Professor Antoni Grzanka
[Conf.15] IEEE Membership Development Officers
Workshop and Training, Leuven, Belgium,
September 21-23, 2012. Participant: Professor
Grzegorz Pankanin
[Conf.5] MIXDES
2011
19th
International
Conference Mixed Design of Integrated Circuits
and Systems, Warsaw, Poland, May 24-26,
2012. Participants: Samer Bou Habib
Ph.D.Student
[Conf.16] IEEE CIE International Conference on
Radar RADAR2012, Glasgow, United Kingdom,
October 22-25, 2012. Participants: Professor
Krzysztof Kulpa, Rafał Rytel-Andrianik Ph.D.,
Marek Rupniewski Ph.D., Piotr Samczyński
Ph.D., Piotr Krysik Ph.D.Student
[Conf.6] International Scientific and Technical
Conference Sensors Electronics and Technology
– SEMST-5, Odessa, Ukraine, June 4-8, 2012.
Participant: Professor Ryszard Jachowicz
(invited - keynote paper).
[Conf.17] European Radar Conference 2012
Amsterdam, Holland, October 30 – November
4, 2012. Participants: Professor Krzysztof
Kulpa, Jacek Misiurewicz Ph.D., Piotr
Samczyński Ph.D. Janusz Kulpa M.Sc. and
Ph.D.Students:
Piotr
Krysik,
Łukasz
Maślikowski
[Conf.7] 18th Real Time Conference 2012, Berkeley,
USA, June 7-17, 2012. Participants: Krzysztof
Czuba Ph.D., Igor Rutkowski Ph.D.Student
[Conf.8] Third
International
Conference
on
Information in Biomedicine ITIB 2012,
Gliwice, Poland, June 11-13, 2012. Participant:
Tomasz Cedro Ph.D.Student
[Conf.18] Asia-Pacific
Microwave
Conference
APMC-2012, Kaohsiung, Taiwan, December 47, 2012. Participant: Mateusz Żukociński
Ph.D.Student
[Conf.9] International Conference on Earth Science
and Remote Sensing (ESRS 2012), Hong Kong,
China, September 4-5, 2012. Participant:
Gustaw Mazurek Ph.D.
[Conf.19] MTCA Workshop for Industry and
Research, Hamburg, Germany, December 1112. Participant: Krzysztof Czuba Ph.D.
- 82 -
8.2.
Local conferences
[Conf.20] XXIXrd Symposium on Photonics and
Web Engineering, Advanced Applications of
Photonic and Electronic Systems, January 2728, 2012, Warsaw, Poland, participants:
Professor Ryszard Romaniuk, Krzysztof
Poźniak Ph.D., Maciej Linczuk Ph.D., Michał
Ramotowski M.Sc., Ryszard Kossowski Ph.D.,
Ph.D.Students
Piotr Sitek, Emanuel Tataj,
Zagoździńska, Ievgen Zaitsev
[Conf.27] National Conference on Information
Technologies in Biomedicine, Kamień Śląski,
Poland, June 11-13, 2012. Participants:
Professor Antoni Grzanka, Robert Nowak
Ph.D., Janusz Frączek M.Sc.
[Conf.28] National
Conference
Czujniki
Optoelektroniczne i Elektroniczne COE’XII,
Karpacz,
Poland,
June
24-27,
2012.
Participants: Professor Ryszard Jachowicz,
Daniel Paczesny Ph.D., Grzegorz Tarapata
Ph.D.
[Conf.21] VII Symposium Analiza ruchu - teoria i
praktyka w zastosowaniach klinicznych,
Warsaw, Poland, March 2, 2012. Participants:
Zbigniew M. Wawrzyniak Ph.D., Jacek Dusza
Ph.D.
[Conf.22] National Conference Secon 2012, Warsaw,
Poland, March 21, 2012, Participants: Professor
Antoni Grzanka, Janusz Frączek M.Sc.
[Conf.23] Conference
TeleCreativa
Bydgoszcz, Poland, April 12-15,
Participant: Piotr Krysik Ph.D.Student
Agnieszka
[Conf.29] National Symosium Telekomunikacja i
Teleinformatyka KSTiT, September 12-14,
2012. Participant: Professor Anatolij Płatonow
2012,
2012.
[Conf.30] 7th Conference Young Scientists Towards
Challenges of Modern Technology, Warsaw,
Poland, September 17-20, 2012. Participant:
Agnieszka Zagoździńska Ph.D.Student
[Conf.24] National Conference Radiokomunikacji,
Radiofonii i Telewizji KKRRiT-2012, Gdańsk,
Poland, May 14-16, 2012. Participants:
Professor Krzysztof Kulpa, Professor Anatolij
Płatonow, Ievgen Zaitsev Ph.D.Student
[Conf.31] ICT-Proposer's Day 2012, proposal for
call FP7-ICT-2013-10 Challenge 5 Objective
ICT-2013.5.2, Virtual Physiological Human
Target outcomes: Personal Health Forecasting,
Warsaw, Poland, September 26-27, 2012.
Participants: Professor Antoni Grzanka,
Professor Anatolij Płatonow, Zbigniew M.
Wawrzyniak Ph.D.
[Conf.25] National Conference Forum polityki
zdrowotnej i e-zdrowia, The Polish National
Health Care System (Ogólnopolski System
Ochrony Zdrowia), Warsaw, Poland, May 17,
2012. Participants: Professor Antoni Grzanka,
Daniel Paczesny Ph.D., Zbigniew M.
Wawrzyniak Ph.D.
[Conf.32] XIVth Conference and IIIrd School
Światłowody i ich zastosowania TAL 2012,
Lublin/Nałęczów, Poland, October 8-12, 2012.
Participsants: Professor Ryszard Romaniuk,
Docent Kazimierz Jędrzejewski
[Conf.26] XXXth Symposium on Electronics and
Photonics for Astronomy and High Energy
Physics Experiments, Wilga, Poland, May 28 –
June 2, 2012. Participants: Professor Ryszard
Romaniuk, Professor Tomasz Adamski,
Professor Antoni Grzanka, Professor Jan
Mulawka, Professor Jan Ogrodzki, Professor
Leszek Opalski, Professor Anatolij Płatonow,
Docent Kazimierz Jędrzejewski, Jacek Dusza
Ph.D., Stanisław Jankowski Ph.D., Konrad
Jędrzejewski Ph.D., Grzegorz Kasprowicz
Ph.D., Łukasz Małkiewicz Ph.D., Robert
Nowak Ph.D., Katarzyna Opalska Ph.D.,
Krzysztof Poźniak Ph.D., Maciej Linczuk
Ph.D., Mariusz Suchenek Ph.D., Zbigniew
M.Wawrzyniak Ph.D., Piotr Z.Wieczorek Ph.D.,
Wojciech Zabołotny Ph.D., Janusz Frączek
M.Sc. and Ph.D.Students: Tomasz Bolesław
Cedro, Radosław Cieszewski, Antonina Geras,
Szymon Jabłoński, Maciej Lipiński, Stefan
Korolczuk, Arkadiusz Kalicki, Dominik Rybka,
[Conf.33] National Conference Stan Polskiego
Internetu, Warsaw, Poland, November 21, 2012.
[Conf.34] Conference Innovative Technologies for
Medicine – ITMed 2012, Białystok, Poland,
November 21-23, 2012. Participant: Professor
Ryszard Jachowicz
[Conf.35] 44th National Conference Radiolokacja i
Urządzenia i Systemy Radioelektroniczne UiSR
2012, Sobienie Szlacheckie, Poland, December
5-7, 2012. Participants: Professor Krzysztof
Kulpa, Piotr Samczyński Ph.D., Mariusz Zych
Ph.D.Student
[Conf.36] National Conference XVI Poznańskie
Warsztaty
Telekomunikacyjne
PWT-2012,
Poznań, Poland, December 12-14, 2012.
Participant: Professor Anatolij Płatonow
- 83 -
8.3.
Schools and seminars
Krzysztof Kulpa, Piotr Samczyński Ph.D., Artur
Gromek Ph.D.Student
[Conf.37] Training on Lab View core 1 and 2
(National Instruments), Warsaw, Poland,
January 30 – February 3, 2012. Participant:
Piotr Samczyński Ph.D.
[Conf.48] Training on Lab View Real Time 1, 2
October 9-12, 2012. Participant: Łukasz
Maślikowski Ph.D.Student
[Conf.38] Training by Bartłomiej Boral: in Polish Mapy myśli w zarządzaniu projektem i procesie
generowania pomysłów, Warsaw, Poland,
March 31, 2012. Participant: Janusz Frączek
M.Sc.
[Conf.49] Training on Lab View FPGA (National
Instruments), Warsaw, Poland, October 16-17,
2012.
Participant:
Łukasz
Maślikowski
Ph.D.Student
[Conf.39] NATO LECTURES, Gdańsk, Poland,
April 16-19, 2012. Participants: Artur Gromek
Ph.D.Student, Damian Gromek Ph.D.Student
[Conf.50] Training on Lab View Performance
October 18-19, 2012. Participant: Łukasz
Maślikowski Ph.D.Student
[Conf.40] Bio-, Medical- and Neuroinformatics
Workshop, Bracelona, Spain, June 6, 2012.
[Conf.51] Training on Data Acqusition and
Conditioning (National Instruments), Warsaw,
Poland, November 13-14, 2012. Participants:
Piotr Samczyński Ph.D. Łukasz Maślikowski
Ph.D.Student
[Conf.41] C Code Generation with MATLAB for
Signal Processing Systems, Warsaw, Poland, June
20,
2012.
Participant:
Ievgen
Zaitsev
Ph.D.Student
[Conf.42] Advanced Techniques in LLRF control for
XFEL - Collaboration Workshop, Łódź, Poland,
August 6-8, 2012. Participant: Mateusz
[Conf.52] 7th International Accelerator School for
Linear Colliders, Raja Ramanna Centre for
Advanced Technology, India, November 27 –
December 8, 2012. Participant: Paweł Barmuta
Ph.D.Student
[Conf.43] Training on CVI Core 1 (National
Instruments), Warsaw, Poland, September 1012, 2012. Participant: Piotr Samczyński Ph.D.
[Conf.53] International School of Trigger and DATA
Acquisiton, Kraków, Poland, December 1-8,
2012. Participant: Agnieszka Zagoździńska
Ph.D.Student
[Conf.44] RADAR2012 Tutorials, Glasgow, United
Kingdom, October 22, 2012. Participant: Rafał
Rytel-Andrianik Ph.D.
[Conf.54] Training on Lab View Core 3 (National
Instruments), Warsaw, Poland, December 1012, 2012. Participant: Łukasz Maślikowski
Ph.D.Student
[Conf.45] Training
on
MSP430FR
16bit
Microcontrolers and ARM Cortex M4 Stellaris
Microcontrolers,
organized
by
Texas
Instruments: Kracow, Poland, October 23-24,
2012. Participant: Piotr Z.Wieczorek Ph.D.
[Conf.55] MATLAB Collaboration with Measurement
Equipment and External Software, Warsaw,
Poland, December 11, 2012. Participant: Ievgen
Zaitsev Ph.D.Student
[Conf.46] Presentation during ICT Proposals Days
(organized by European Commission), EXPO
XXI, Warsaw, Poland, September 25-26, 2012.
Participant: Professor Anatolij Płatonow
[Conf.56] Training on Lab View Connectivity
December 13-14, 2012. Participants: Piotr
Samczyński Ph.D., Łukasz Maślikowski
Ph.D.Student
[Conf.47] Training on "ASTER 12", Żagań, Poland,
October 7-11, 2012. Participants: Professor
8.4.
Meetings
Switzerland, June 1, 2010 – June 1, 2013,
participant: Maciej Lipiński Ph.D.Student
[Conf.57] Research stay under “Doctoral Student
Programme”, CERN (Organisation Européenne
pour la Recherche Nucléaire), Geneva,
[Conf.58] Research stay in DESY (Deutsches
Elektronen Synchrotron), Hamburg, Germany,
- 84 -
December 27, 2011 – January 5, 2012,
participant: Ewa Janas Ph.D.Student
February 22 – March 10, 2012, participants:
Ewa Janas Ph.D.Student, Igor Rutkowski
Ph.D.Student
January 7 – February 4, 2012, participant:
Samer Bou Habib Ph.D.Student
February 27 – March 3, 2012, participant:
January 8 - 28, 2012, participants: Dominik
Sikora
Ph.D.Student,
Łukasz
Zembala
Ph.D.Student
[Conf.73] Technical meeting in Rhode&Schwarz,
Munchen, Germany, March 2, 2012,
participant: Arkadiusz Lewandowski Ph.D.
January 10 - 18, 2012, participant: Krzysztof
Czuba Ph.D.
March 4-17, 2012, participant: Mateusz
Ewa Janas Ph.D.Student
March 4 - 24, 2012, participant: Łukasz
Zembala Ph.D.Student
[Conf.63] Final Programme meeting on DAFNE
Project for EDA, Brussels, Belgium, January
22-24, 2012, participant: Robert Nowak Ph.D.
[Conf.76] Technical meeting in IDS - Ingegneria Dei
Sistemi S.p.A., Pisa, Italy, March 6-10, 2012,
participants: Professor Krzysztof Kulpa, Piotr
Samczyński Ph.D.
Mateusz Żukociński Ph.D.Student
[Conf.77] Technical
meeting
in
SESM-A
FINMECCANICA COMPANY, Rome, Italy,
March 10 - 12, 2012, participants: Professor
Krzysztof Kulpa, Adam Gorzelańczyk M.Sc.
[Conf.78] Technical meeting NATO RTO research
group NATO RTO SET-184 Capabilities of
Noise Radar, Paris, France, March 14 - 17,
2012, participants: Professor Krzysztof Kupla,
Łukasz Maślikowski Ph.D.Student
February 5 - 25, 2012, participant: Łukasz
March 21 – April 6, 2012, participant: Ewa
Janas Ph.D.Student
[Conf.67] Research stay in CERN (Organisation
Européenne pour la Recherche Nucléaire),
Geneva, Switzerland, February 6 – March 4,
2012, participant: Agnieszka Zagoździńska
Ph.D.Student
March 19 - 24, 2012, participant: Krzysztof
Czuba Ph.D.
[Conf.68] Technical meeting NATO RTO research
group NATO RTO SET-152, Rome, Italy,
February 6 - 10, 2012, participant: Piotr
Samczyński Ph.D.
[Conf.81] Third Annual Review of the EuCARD
SRF Collaboration , Berlin, Germany, March
28-30, 2012, participant: Krzysztof Czuba
Ph.D.
April 5 - 28, 2012, participant: Łukasz Zembala
Ph.D.Student
Dominik Sikora Ph.D.Student
- 85 -
April 10-21, 2012, participant:
Mateusz
[Conf.96] Research visit in Culham Centre for
Fusion Energy (CCFE), Oxfordshire, United
Kingdom, May 13 – 26, 2012, participants:
Krzysztof Poźniak D.Sc., Grzegorz Kasprowicz
Ph.D.
April 10 - 24, 2012, participant: Samer Bou
Habib Ph.D.Student
[Conf.97] Research visit in the University of
Michigan, Ann Arbor, USA, May 15 - 21,
2012, participant: Stanisław Jankowski Ph.D.
April 10 - 28, 2012, participant: Dominik
Sikora Ph.D.Student
Kingdom, May 20 – 26, 2012, participant:
April 10 – June 2, 2012, participant: Igor
Rutkowski Ph.D.Student
[Conf.99] Research visit in the Institut fur
Microsystemtechnik
(IMTEK),
AlbertLudwigs-Universitat, Freiburg, Germany, May
23 – 25, 2012, participants: Professor Ryszard
Jachowicz, Daniel Paczesny Ph.D., Grzegorz
Tarapata Ph.D.
April 16 - 21, 2012, participant: Krzysztof
Czuba Ph.D.
May 27 – June 16, 2012, participant: Łukasz
April 17 – May 17, 2012, participant: Ewa
Janas Ph.D.Student
May 29 – June 30, 2012, participant: Ewa Janas
Ph.D.Student
[Conf.89] Didactic
stay
under
ERASMUS
Programme, University La Sapienza, Italy,
April 17 – 24, 2012, lecturer: Stanisław
Jankowski Ph.D.
[Conf.102] Didactic stay under ERASMUS
Programme, Paris, France, June 7 - 15, 2012,
lecturer: Stanisław Jankowski Ph.D.
[Conf.90] Organisation
Committee
Technical
meeting EuRAD2012 Conference, Amsterdam,
Holland, April 22-23, 2012, participant:
Kingdom, June 13- July 13, 2012, participant:
[Conf.91] Technical Meeting in European Defence
Agency, Amsterdam, Holland, April 22-23,
2012, participant: Professor Krzysztof Kulpa
June 16 - 30, 2012, participant: Dominik Sikora
Ph.D.Student
[Conf.92] EuCARD Third Annual Meeting, Warsaw,
Poland, April 25-27, 2012, participants:
Professor Ryszard Romaniuk, Krzysztof Czuba
Ph.D., Ph.D. Students
June 17 – July 9, 2012, participant: Łukasz
[Conf.93] Technical meeting on SARAPE Project
(Synthetic Aperture Radar for all weather
penetrating UAV application) for EDA,
Fraunhofer FHR, Freiburg, Germany, May 711, 2012, participants: Professor Krzysztof
Kulpa, Piotr Samczyński Ph.D., Mateusz
Malanowski Ph.D.
[Conf.106] Research stay in Culham Centre for
Kingdom, June 18 – 23, 2012, participant:
Grzegorz Kasprowicz Ph.D.
May 10-23, 2012, participant: Samer Bou
Habib Ph.D.Student
[Conf.107] Research stay in Culham Centre for
Kingdom, June 18 – July 18, 2012, participant:
Krzysztof Poźniak D.Sc.
[Conf.95] Didactic
stay
under
ERASMUS
Programme, Universitat de Valencia, Spain,
May 12 – 19, 2012, lecturer: Jacek Dusza Ph.D.
- 86 -
Fraunhofer FHR, Freiburg, Germany, June 1923, 2012, participants: Professor Krzysztof
Kulpa, Piotr Samczyński Ph.D.
Ph.D.Student, Dominik Sikora Ph.D.Student,
Łukasz Zembala Ph.D.Student
August 12 - 25, 2012, participant: Ewa Janas
Ph.D.Student
June 2 – August 24, 2012, participant: Igor
August 13 - 22, 2012, participant: Samer Bou
Habib Ph.D.Student
June 26 – July 4, 2012, participant: Krzysztof
Czuba Ph.D.
August 18 - 25, 2012, participant: Krzysztof
Czuba Ph.D.
[Conf.111] Technical meeting NATO RTO
research group NATO RTO SET-186, Pisa,
Italy, July 3 - 7, 2012, participant: Professor
Krzysztof Kulpa
[Conf.123] Accelerator Research and Development
Workshop ST3 “PS-FS Electron and Photon
Beams”, Hamburg, Germany, August 21-22,
2012, participant: Dominik Sikora Ph.D.Student
research group NATO RTO “TOPIC SEC2013.3.2-2 Sensor Technology for under
Foliage Detection,Rome, Italy, July 9 - 11,
2012, participant: Professor Krzysztof Kulpa
August 27 – September 4, 2012, participant:
research group NATO RTO SET-152, Oslo,
Norway, July 9 - 13, 2012, participant: Piotr
Samczyński Ph.D.
August 19 – September 6, 2012, participant:
July 9 - 22, 2012, participant: Mateusz
Fraunhofer FHR Institut für Kommunikation,
Informationsverarbeitung und Ergonomie,
Wachtberg, Germany, September 3-8, 2012,
participants: Mateusz Malanowski Ph.D., Piotr
Samczyński Ph.D., Piotr Krysik M.Sc.
July 17 – August 4, 2012, participant: Dominik
Sikora Ph.D.Student
July 17 – August 5, 2012, participant: Łukasz
September 3 – December 31, 2012, participant:
Łukasz Zembala Ph.D.Student
[Conf.117] Didactic stay under SOCRATES
Programme,
Universitat
Ramon
Llull,
Barcelona, Spain, June 28 – July 6, 2012,
lecturer: Stanisław Jankowski Ph.D.
[Conf.128] Technical Meeting in European
Defence Agency, Brussels, Belgium, September
9 - 11, 2012, participant: Professor Krzysztof
Kulpa
Geneva, Switzerland, July 28 – September 9,
2012, participant: Agnieszka Zagoździńska
Ph.D.Student
September 12 - 21, 2012, participant: Krzysztof
Czuba Ph.D.
[Conf.119] Advanced Techniques in LLRF Control
for XFEL - Collaboration meeting, Łódź,
Poland, August 6 - 8, 2012, participants:
Krzysztof Czuba Ph.D., Samer Bou Habib
September 16 - 21, 2012, participant: Igor
- 87 -
September 30 – October 10, 2012, participant:
Ewa Janas Ph.D.Student
November 6 - 14, 2012, participant: Krzysztof
Czuba Ph.D.
November 12 – December 1, 2012, participant:
Fraunhofer FHR Institut für Kommunikation,
Informationsverarbeitung und Ergonomie,
Wachtberg, Germany, October 1-5, 2012,
participants: Mateusz Malanowski Ph.D., Piotr
Samczyński Ph.D., Piotr Krysik M.Sc.
[Conf.143] Poland – Silicon Valley Science and
Technology Symposium, USA, November 14 –
17, 2012, participant: Professor Tomasz
Starecki
December 4 - 13, 2012, participant: Krzysztof
Czuba Ph.D.
October 1 - 13, 2012, participants: Samer Bou
Habib
Ph.D.Student,
Dominik
Sikora
Ph.D.Student
Geneva, Switzerland, November 19 –
December 10, 2012, participant: Agnieszka
Zagoździńska Ph.D.Student
research group NATO RTO SET-152, Oslo,
Norway, October 7- 9, 2012, participants:
Professor Krzysztof Kulpa, Piotr Samczyński
Ph.D.
November 25 – December 13, 2012,
participant: Dominik Sikora Ph.D.Student
[Conf.135] Technical
meeting,
Luxemburg,
October 6-10, 2012, participant: Professor
Jarosław Arabas
(European
Defence
Agency),
Brussels,
Belgium, November 28 -30, 2012, participants:
Mateusz
Malanowski
Ph.D.,
Adam
Gorzelańczyk M.Sc.
research group NATO RTO SET-184 and 186,
Istanbul, Turkey, October 12 - 16, 2012,
participants: Professor Krzysztof Kulpa,
Mateusz Malanowski Ph.D.
research group NATO STO-TG-SCI-252,
Ankara, Turkey, October 15 - 18, 2012,
participant: Piotr Samczyński Ph.D.
Kingdom, December 2 - 15, 2012, participant:
October 15 - 24, 2012, participant: Krzysztof
Czuba Ph.D.
[Conf.149] Didactic stay under ERASMUS
Programme, Universitat de Valencia, Spain,
December 10 - 14, 2012, lecturer: Jacek Dusza
Ph.D.
[Conf.139] Technical meeting in the Kyugpook
National University, South Korea, October 22 –
27, 2012, participant: Professor Tomasz
Starecki
[Conf.150] MTCA Workshop for Industry and
Research, Desy Hamburg, Germany, December
14 - 15, 2012, participants: Krzysztof Czuba
Ph.D., Samer Bou Habib Ph.D.Student,
October 28 – November 8, 2012, participant:
December 26, 2012 – January 5, 2013,
participant: Ewa Janas Ph.D.Student
- 88 -
9.
GUESTS IN THE INSTITUTE OF ELECTRONIC SYSTEMS
2012, lectures supported by the European Union
in the framework of European Social Fund
[Visit 1] Professor Wolfgang Lucklum, Otto-vonGuericke-University, Faculty of Electrical
Engineering and Information Technology,
Institute for Micro and Sensor Systems (IMOS),
Magdeburg, Germany, February 27 – March 10,
2012, lectures supported by the European Union
in the framework of European Social Fund
[Visit 3] Professor Tomasz Kaźmierski, University
of Southampton, United Kingdom, November
19 – 30, 2012, lectures supported by the
European Union in the framework of European
Social Fund: Energy harvesting in electronics:
from low power to zero power, 30 h.
[Visit 2] Professor Gerald Urban, Institut fur
Microsystemtechnik (IMTEK), Albert-LudwigsUniversitat, Freiburg, Germany, April 12-21,
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11.
AWARDS AND DISTINCTIONS
STATE MEDALS
Medal of National Education Committee (Medal Edukacji Narodowej
[Award. 1]
Professor Leszek OPALSKI
Golden Medal for Long-lasting Service (Medal Złoty za Długoletnią Służbę)
[Award 2] Elżbieta Grażyna FISTEK M.Sc.
[Award 3] Antoni LEŚNIEWSKI Ph.D.
[Award 4] Lech LEWANDOWSKI Ph.D.
RECTOR OF WARSAW UNIVESITY OF TECHNOLOGY AWARDS
First Degree Individual Rector’s Award in Scientific Achievements
[Award 5]
Professor Tomasz STARECKI
Third Degree Individual Rector’s Award in Scientific Achievements
[Award 6]
Piotr SAMCZYŃSKI Ph.D.
[Award 7] Piotr Zbigniew WIECZOREK Ph.D.
First Degree Team Rector’s Award in Scientific Achievements
[Award 8]
Professor Krzysztof KULPA
[Award 9]
Mateusz MALANOWSKI Ph.D.
[Award 10]
Jacek MISIUREWICZ Ph.D.
[Award 11]
Piotr SAMCZYŃSKI Ph.D.
[Award 12]
Janusz KULPA M.Sc.
First Degree Team Rector’s Award in Didactic Achievements
[Award 13]
Professor Marek NAŁĘCZ
[Award 14]
Marek RUPNIEWSKI Ph.D.
[Award 15]
Gustaw MAZUREK Ph.D.
[Award 16]
Zdzisław MICHALSKI M.Sc.
[Award 17]
Kazimierz SKRZYDELSKI
“GOLDEN CHALK” Award of the Students of the Faculty
[Award 18]
Aleksander BURD Ph.D.
- 90 -
OTHER AWARDS
[Award 24] Paweł
BARMUTA
Ph.D.Student
Distinguished
Performance
Award
for
having
successfully completed funed by the
Organisation Commettee of Seventh
International Accelerator School of
Linear Colliders
[Award 19] Professor
Ryszard
JACHOWICZ - IEEE Poland Section
40th Anniversary for outstanding
leadership and sustained contrubutions to
the development IEEE Poland Section
[Award 20] Janusz Frączek Ph.D.Student –
project „Brain Watcher – Evaluation
Board for Brainwaves Amplification” qualified for the top twenty for Texas
Instruments Innovative in Analog in the
TI’s European Analog Design Contest
2012
[Award 25] Agnieszka
Zagoździńska
Ph.D.Student – award funded by Marshal
of Mazowieckie Voivodeship for the best
presentation on the Conference Young
Scientists towards the Challenges of
Modern Technology
[Award 21] Piotr Samczyński Ph.D. Polish Academy of Science award for the
paper entitled ”Passive SAR lmaging
Using a Satellite Pulsed Radar as an
llluminotor of Opportunity" selected as
the best young scientist presentation at
13th International Radar Symposium IRS
2012.
[Award 26] Agnieszka
Zagoździńska
Ph.D.Student - award for winning 2nd
place fot the best M.Sc. dissertation,
funded
by
the
HUETTINGER
Electronics Sp. z o. o. and Wersaw
University of Technology
[Award 27] Paweł
BARMUTA
Ph.D.Student – Award for winning 2nd
place for the best M.Sc. dissertation
funded by the AP/AES/MTT Poland
Section IEEE
[Award 22] Łukasz
Maślikowski
Ph.D.Student – award for winning 1st
place for the best paper on the VI
Warsztaty Naukowe CSZ PW
[Award 23] Paweł
BARMUTA
Ph.D.Student - Advanced Simulation and
Modelling Award at the best young
scientist contest at MIKON 2012 funded
by GAAS
[Award 28] 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
SCHOLARCHIPS
[Award 29] Łukasz
Maślikowski
Ph.D.Student – scholarship for the
outstanding young scientist granted by the
Ministry of Science and Higher Education
[Award 32] 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 30] Arkadiusz Lewandowski Ph.D. scholarship for the outstanding young
researchers granted by the European Union
in the framework of European Social Found
- CAS/23/POKL
[Award 33] Tomasz Filipek 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 31] 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 34] 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
- 91 -

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