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WARSAW UNIVERSITY OF TECHNOLOGY
FACULTY OF ELECTRONICS AND INFORMATION TECHNOLOGY
INSTITUTE OF ELECTRONIC SYSTEMS
ANNUAL REPORT
2010
Warsaw, March 2011
Institute of Electronic Systems
Nowowiejska 15/19
00–665 Warsaw, Poland
Phone:
Fax:
(+48) 22 825 37 09
(+48) 22 825 23 00
http://www.ise.pw.edu.pl
[email protected]
e-mail:
Edited by:
Barbara Krawczyńska
INSTITUTE OF ELECTRONIC SYSTEMS - Annual Report 2010
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......................................................................................... 12
1.6. Microsystems and Measurement Systems Division.......................................................................... 14
1.7. Artificial Intelligence Division ......................................................................................................... 16
1.8. Statistical data................................................................................................................................... 18
2. STAFF ........................................................................................................................... 19
2.1. Senior academic staff........................................................................................................................ 19
2.2. Junior academic staff ........................................................................................................................ 29
2.3. Technical and administrative staff .................................................................................................... 32
3. TEACHING ACTIVITIES ........................................................................................... 36
3.1. Basic courses .................................................................................................................................... 36
3.2. Advanced courses ............................................................................................................................. 37
3.3. Special courses.................................................................................................................................. 38
3.4. International co-operation................................................................................................................. 39
4. RESEARCH PROJECTS ............................................................................................. 41
4.1. Projects granted by the University.................................................................................................... 41
4.2. Projects granted by Ministry of Science and Higher Education ....................................................... 45
4.3. Projects granted by international institutions.................................................................................... 48
4.4. Projects granted by European Union ................................................................................................ 51
5. DEGREES AWARDED ................................................................................................ 52
5.1. D.Sc. degrees .................................................................................................................................... 52
5.2. Ph.D. degrees .................................................................................................................................... 52
5.3. M.Sc. degrees.................................................................................................................................... 53
5.4. B.Sc. Degrees.................................................................................................................................... 55
6. PUBLICATIONS .......................................................................................................... 58
6.1. Scientific and technical books, chapters in books, translations, editorships ..................................... 58
6.2. Scientific and technical papers in journals........................................................................................ 59
6.3. Scientific and technical papers in conference proceedings ............................................................... 66
7. REPORTS...................................................................................................................... 74
7.1. Research reports................................................................................................................................ 74
7.2. Other reports ..................................................................................................................................... 75
8. PATENTS ...................................................................................................................... 76
8.1. Foreign patents.................................................................................................................................. 76
8.2. Home patents .................................................................................................................................... 76
9. CONFERENCES, SEMINARS AND MEETINGS .................................................... 77
9.1. International conferences.................................................................................................................. 77
9.2. Local conferences ............................................................................................................................. 78
9.3. Schools and seminars........................................................................................................................ 79
9.4. Meetings ........................................................................................................................................... 80
10. GUESTS IN THE INSTITUTE OF ELECTRONIC SYSTEMS................................ 82
11. AWARDS AND DISTINCTIONS ................................................................................ 83
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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 fulfill
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 13
professors (including 4 full professors), 4 researchers with Ph.D., D.Sc. degree, 40 with Ph.D.
degree and 10 with M.Sc. degree. In addition, 41 Ph.D. students sponsored and guided by the
professors of the Institute, participate in our research activities. In 2010, 3 researchers obtained
Doctor degree (Ph.D.).
Members of the Institute staff are devoted researchers. In 2010 they published 19 scientific
and teaching books and book chapters, 103 journal papers and 81 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 have gained in 2010 11 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 2010 over 200 participants presented their papers at these Symposia.
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Professors of our Institute teach 72 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 Defense 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 Jerzy Szabatin, Ph.D., D.Sc.
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1. GENERAL INFORMATION
1.1.
Mission and organization of the Institute
Like other Institutes of the Faculty, the
Institute of Electronic Systems is structured into
Divisions and consists of five Divisions:
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.
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, Full Professor, Ph.D., D.Sc.
Room: 216
Phone: ( +48) 22 825 37 09, 22 234 77 44
Fax: ( +48) 22 825 23 00
e-mail: [email protected]
Deputy-Director for Research
Ryszard Romaniuk, Professor, Ph.D., D.Sc.
Room: 218
Phone( +48) 22 825 37 09, 22 234 51 10
Fax: ( +48) 22 825 23 00
Deputy-Director for
Academic Affairs
Tomasz Starecki Ph.D., D.Sc.
till February 14, 2010
Zbigniew Gajo, Ph.D.
since February 15, 2010
Room: 224
Phone: (+48) 22 825 75 44, 22 234 74 80
Fax: ( +48) 22 825 23 00
Deputy-Director for
Technical and Administrative Affairs
Barbara Janczak – Krawczyńska, M.Sc.
Room: 220
Phone: (+48) 22 825 75 44, 22 234 78 75
Fax: ( +48) 22 825 23 00
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1.3. Circuit and Signal Theory Division
Head:
Marek Nałęcz, Assistant Professor, Ph.D., D.Sc.
Room: 446
Phone: 22 234 74 76
Faculty:
Jacek Kudrewicz, emeritus Professor
Jerzy Osiowski, emeritus Professor
Andrzej Wojtkiewicz, emeritus Professor
Jerzy Szabatin, Full Professor, D.Sc., Ph.D.
Krzysztof Kulpa, Professor, D.Sc., Ph.D.
Anatolij Płatonow, Professor, D.Sc., Ph.D.
Jan Szymon Bober, Assistant Professor, 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.
(since December 15, 2010)
Edward Śliwa, Assistant Professor, Ph.D.
Zdzisław Michalski, Senior Lecturer, M.Sc.
Łukasz Małkiewicz, Assistant, M.Sc.
Grzegorz Nieradka, Assistant, M.Sc.
Adam Gorzelańczyk, R&D Engineer, M.Sc.
(half time)
Artur Gromek, R&D Engineer, M.Sc. (half time)
Piotr Krysik, R&D Engineer, M.Sc. (half time),
(since March 1, 2010)
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:
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Research Group on
Processing Systems
Adaptive
Research Group on Methods of Detection,
Estimation and Signal Processing
Information
(Head – Professor Anatolij Płatonow, 3 members)
(Head – Marek Nałęcz, Ph.D., D.Sc., 4 members)
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.
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 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 analog-to-digital converters, and also
wireless communication systems and nets with
feedback channels and cyclic transmission of
signals, RFID, Bluetooth, health caring and
security systems, intelligent houses, etc.).
The research of the group is carried out in a close
cooperation with Polish radar industry.
Research Group on Radar Techniques
(Head – Professor Krzysztof Kulpa, 7 members)
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.
Research Group on Digital Methods of Signal
Processing
(Head – Professor Jerzy Szabatin, 6 members)
New methods and algorithms for digital signal
processing, including optimal filtering, detection,
estimation and tracking.
Robust methods for signal estimation and
classification.
Wireless
spread-spectrum
communication
systems.
The research of the group is carried out in
cooperation with Polish radar industry and a
number of European institutions and universities.
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.
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1.4. Microwave Circuits and Instrumentation Division
Head:
Janusz A. Dobrowolski, Full Professor, Ph.D., D.Sc.
Room: 250
Phone: 22 234 7669
Faculty:
Adam Abramowicz, Assistant Professor, Ph.D., D.Sc.
Krzysztof Antoszkiewicz, Assistant Professor, Ph.D.
Krzysztof Czuba, Assistant Professor, Ph.D.
Arkadiusz Lewandowski, Assistant Professor, Ph.D., (since July 15, 2010)
Wojciech Wiatr, Assistant Professor, Ph.D.
Staff:
Elżbieta G. Fistek, Senior R&D Engineer, M.Sc.
Group profile:
•
•
•
•
•
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 offer 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
a 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.
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 analog signal distribution in highdensity printed circuit boards.
Historical note:
The Microwave Circuits and Instrumentation
Division was established in 1975 and, since then,
has promoted 110 M.Sc.’s, 16 Ph.D.’s and 2
D.Sc.’s. Members of the Group have written more
than 625 scientific papers and have taken active
part in about 125 conferences. 70 research projects
have been performed and many of them resulted in
the unique microwave equipment fabricated by the
Microwave Circuits and Instrumentation Division
staff.
Recent achievements:
•
•
•
•
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Development of a new design method for high
quality tunable filters
Development of the reference signal oscillator
for the FLASH accelerator
Development of the synchronization system
concept for XFEL accelerator
Development of distribution scheme of analog
signals for ATCA based low level radio
frequency control system of the FLASH
accelerator.
1.5. Electronic Circuits and Systems Division
Head:
Leszek Opalski, Professor, D.Sc., Ph.D.
Room: 258
Phone: 22 234 7989
Faculty:
Jerzy Baranowski, emeritus Professor
Andrzej Filipkowski, emeritus Professor
Tomasz Adamski, Profesor, Ph.D., D.Sc.
Marek Czosnyka, Professor (on leave)
Antoni Grzanka, Professor, Ph.D., D.Sc.
Jan Ogrodzki, Professor, Ph.D., D.Sc.
Tomasz Starecki, Assistant Professor, Ph.D., D.Sc.
Marian Bukowski, Assistant Professor, Ph.D., (half time)
Aleksander Burd, Assistant Professor, Ph.D.
Katarzyna Opalska, Assistant Professor, Ph.D.
Tomasz Owczarek, Assistant Professor, Ph.D.
Wojciech Zabołotny, Assistant Professor, Ph.D.
Krzysztof Zamłyński, Assistant Professor, Ph.D.
(half time), (till February 28, 2010)
Bogusław Kalinowski, Senior Lecturer, Ph.D.
Magdalena Szeżyńska, Senior Lecturer, Ph.D.,
(half time)
Maciej Radtke, Senior Lecturer, M.Sc., (half time)
Wojciech Zaworski, Senior Lecturer, M.Sc., (half time)
Krzysztof Gołofit, Assistant, M.Sc., (half time)
Mariusz Suchenek, Assistant, M.Sc., (half time)
Piotr Z. Wieczorek, Assistant, M.Sc.
Staff:
Wiesław Byrski, Technician
Hanna Popławska, Secretary, (half time)
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.
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The research and teaching activities of the Division
are
carried
out
in
four
groups:
Research Group on Electronic Analogue Circuits
Research Group on Pulse and Digital Equipment
(Head - Professor Jan Ogrodzki, 5 members).
(Head - Tomasz Starecki Ph.D., D.Sc., 5 members).
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 mathematical
modeling of circuits and systems
• Simulation and optimization of circuits and
systems
• Design of electro-chemical microsystems
(several research projects concluded)
• Hardware description languages and their
application in systems simulation
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 analog (in particular
fast switching) components, circuits and systems,
• Application of microprocessor technology in
measurement equipment, embedded systems
• Photoacoustics,
• Virtual instrumentation.
•
Research
Group
Instrumentation
Computer systems and computer architectures,
embedded systems
on
Biocybernetic
(Head – Professor Antoni Grzanka, 5 members).
Research Group on Digital Systems and Digital
Signal Processing
• 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, specially 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).
(Head – Professor Tomasz Adamski, 5 members).
• 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.
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1.6. Microsystems and Measurement Systems Division
Head:
Ryszard Jachowicz, Full Professor, Ph.D., D.Sc.
Room: 242
Phone: 22 234 7848
Faculty:
Jerzy Helsztyński, Emeritus Professor
Konrad Hejn, Professor, Ph.D., D.Sc.
Ryszard Romaniuk, Professor, Ph.D., D.Sc.
Grzegorz Pankanin, Assistant Professor, Ph.D., D.Sc.,
Kazimierz Jędrzejewski, Docent, Ph.D.
Jacek Dusza, Assistant Professor, Ph.D.
Antoni Leśniewski, Assistant Professor, Ph.D.
Maciej Linczuk, Assistant Professor, Ph.D.
Daniel Paczesny, Assistant Professor, Ph.D.
Krzysztof Poźniak, Assistant Professor, Ph.D.
Grzegorz Tarapata, Assistant Professor, Ph.D.
Zbigniew Wawrzyniak, Assistant Professor, Ph.D.
Jerzy Weremczuk, Assistant Professor, Ph.D.
Roman Iwaszko, half time Assistant, M.Sc.
Grażyna Gortat, Senior Lecturer, Ph.D., emeritus, (till September 30, 2010)
Jerzy Jędrachowicz, Senior Lecturer, Ph.D.
Lech Lewandowski, Senior Lecturer, Ph.D.
Jerzy Berliński, Senior Lecturer, M.Sc., emeritus
Jacek Sochoń, Senior Lecturer, M.Sc.
Staff:
Wiesław Jasiewicz, Senior R&D Engineer, M.Sc., emeritus, half time
Grzegorz Kasprowicz, R&D Engineer, M.Sc., half time
Sławomir Lada, Senior R&D Engineer, M.Sc.
Danuta Sobczak-Bartosiewicz, M.Ph., secretary
Bogusław Sutkowski, Technician
Research Group on Microsystems and Sensors
(Head - Professor Ryszard Jachowicz, 5 members, 1
Ph.D.Student) conducts researches in:
• Sensor design, modeling, simulation and sensor
testing,
• Construction of microsystems and instruments
for pressure, temperature, humidity and moisture
measurements, at the moment mostly for medical
applications.
The main interest of the Group is focused on
semiconductor and smart sensors, protocols and
interfaces for smart sensor communication, microsystems design and tests, wireless sensor interfaces.
The Group coordinated and performed several
international projects with USA (2), and European
Union (4). In the last decade Centre of Excellence on
Microsystems Design and Technology “COMBAT”
was developed by the Group and funded by EU
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• VHDL modeling and simulation.
Main interest of the Group is focused on a bridge
between DSP theory and and the physical model of
electronic circuits.
(2002-2005). In 2009 the Group completed research
project together with Singapore Institute of
Manufacturing Technology (SIMTech) titled
“Wireless interface for micro-systems and smart
sensors” scheduled for 2006-2009.
A new laboratory (”clean room”) for the ink-jet
printing technology has been constructed and started
to operate in 2010. In the end of 2010 a new research
project 3 years old titled “Ink-jet printing technology
development for microsensors – design methods and
technical processes” financed by the National Centre
for Scientific Research has been started.
Research Group on Optical Waveguide Sensors
and Measurement Systems
(Head – Kazimierz Jędrzejewski Ph.D., 4 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.
Research Group on Industrial Measurement
Systems
(Head - Grzegorz Pankanin Ph.D., D.Sc., 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),
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.
• Fast physical processes recording,
• Image acquisition and processing systems,
Research Group
Systems
• Data acquisition systems, results presentation
and equipment control,
on
Internet
Measurement
(Head – Professor Ryszard Romaniuk, 5 members, 11
Ph.D.Students)
• Measurement of electric field intensity in
atmosphere.
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 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.
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 Computer Measurement
Systems
(Head – Professor Konrad Hejn, 4 members)
conducts research in analogue to digital conversion
techniques:
• Delta - sigma modulators,
• Highly efficient decimators,
• DSP algorithms,
• VXI/SCPI and LXI technology,
- 15 -
1.7. Artificial Intelligence Division
Head:
Jan J. Mulawka, Professor, Ph.D., D.Sc.
Room: 225
Phone: 22 234 5319
Faculty:
Jarosław Arabas, Professor, D.Sc., 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 activity of our Division. The
Division comprises of three research groups.
Research Group on Artificial Intelligence
Applications
(Head – Professor Jarosław Arabas, 2 members and 4
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 neurobiologically
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 frem 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,
Center 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.
- 16 -
Research Group on Bioinformatics
Research group on Statistical Learning Systems
(Head – Professor Jan Mulawka, 3 members)
(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, Center
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 – Bercelona.
- 17 -
1.8. Statistical data
SPECIFICATION
academic staff (persons)
full professors
professors
D.Sc.
docents
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 announcements
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)
- 18 -
2008
65
4
8
2009
2010
1
34
10
0
8
33
7
9
68
5
7
6
1
36
8
0
5
38
8
10
66
4
9
4
1
31
11
0
6
41
11
10
1025 m2
54 m2
1170 m2
1055 m2
24 m2
1170 m2
1055 m2
24 m2
1170 m2
32
455
35
480
54
358
6100
0
5500
0
5106
0
25
19
24
7
23
18
24
2
23
21
27
3
25
12
2
10
24
14
7
2
18
17
9
6
1
3
35
33
3
5
30
33
0
4
31
37
19
100
59
5
32
10
152
54
6
36
19
103
81
0
2
22
0
0
3
19
3
0
4
4
250
44
110
3
260
42
116
17
0
0
0
0
4
640
37
107
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; Assistant
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 (2003-2007, 2009-2010), Secretary/Treasurer (1996-2000) of the
AP/AES/MTT joint Chapter of the IEEE Poland Section; Member of the National Committee of
URSI (2000-2002); Member of the Editorial Board IEEE Transactions on Microwave Theory
and Technique, 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 17], [Ph.D.Student 26], [Ph.D.Student 42], [Edu.5], [Pro.7], [Pro.13],
[Pro.19], [Pro.31], [Pro.36], [Pro.37], [Pro.38], [Pub.78], [Pub.123], [Pub.167], [Rep.2],
[Conf.8];
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; Electronic Circuits and Systems 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;
[Ph.D.Student 37], [Edu.8], [Edu.23], [Edu.46], [Edu.58], [Edu.65], [M.Sc.7], [Pro.10],
[Pro.14], [Conf.30];
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; Assistant Professor; Microwave Circuits and Instrumentation
Division; Member Elected of the Faculty Council (2008-2012);
[Edu.6], [Pro.7], [Pro.13], [Pro.36], [Rep.2];
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, Decision making under uncertainty, Energy markets; Professor;
Artificial Intelligence Division; Member of Faculty Council Committee on Faculty
Organization (2005 - 2008); Head of the Faculty Council Committee on Research (2009 - ),
Member of the Computing Science Section of the Computer Science Committee Polish
Academy of Sciences (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, IEEE Conference on Evolutionary
Computation, International Conference on Genetic Algorithms, Parallel Problem Solving from
Nature; Life Member of the Academic Tourist Club „Maluch”;
[Ph.D.Student 1], [Ph.D.Student 6], [Ph.D.Student 18], [Ph.D.Student 38], [Edu.13],
[Edu.45], [Edu.57], [Pro.8], [Pro.15], [Pub.20], [Pub.47], [Pub.77], [Conf.17], [Award16];
Room: 223
Phone: 22 234 77 31
e-mail:
jarabas@
elka.pw.edu.pl
- 19 -
Jerzy BERLIŃSKI, M.Sc. (1968); Measurement and instrumentation, Atmospheric electricity,
Flow measurement; Senior Lecturer; Microsystems and Measurement Systems Division ;
[Edu.67], [Pro.20];
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.13], [Pro.39], [Rep.1];
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;
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.6], [Edu.33], [Edu.42], [M.Sc.16], [M.Sc.24];
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.36], [Edu.37], [Pro.8], [Pro.15];
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
Neurotramatologica, Member of International Advisory Board of Intracranial Pressure
Symposia, Post-Doc Associate of Clare Hall, Cambridge, UK, Affiliated member of Polish
Society of Neurosurgeons;
[Pub.204], [Pub.205], [Pub.206], [Pub.207], [Pub.208], [Pub.209], [Pub.210], [Pub.211],
[Pub.220], [Pub.221];
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.52], [Edu.53], [Edu.77], [Pro.7], [Pro.13], [Pro.36], [Pro.37], [Pro.38], [Pro.45],
[M.Sc.12], [M.Sc.13], [M.Sc.22], [M.Sc.30], [B.Sc. 14], [B.Sc. 25], [B.Sc. 27], [Pub.124],
[Pub.126], [Pub.128], [Pub.129], [Pub.152], [Rep.2], [Conf.8], [Conf.10], [Conf.26],
[Conf.62], [Conf.68], [Conf.69], [Conf.71], [Conf.77], [Conf.78], [Conf.80], [Conf.84],
[Conf.88], [Conf.89];
Room: 256
Phone: 22 234 50 06
e-mail:
kczuba@
ise.pw.edu.pl
- 20 -
Janusz A. DOBROWOLSKI, M.Sc. (1965), Ph.D. (1973), D.Sc. (1979), Professor title (1992);
IEEE Fellow (2006); Microwave theory and techniques; Full 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);
[Edu.14], [Edu.30], [Pro.7], [Pro.13], [Pro.19], [Ph.D. 1], [Pub.2], [Pub.144], [Rep.2],
[Conf.8];
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.11], [Edu.60], [Conf.76], [Award 2];
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),
Full 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 and Signals, Circuits and Systems Sections of the Committee of
Electronics and Telecommunication of Polish Acdemy of Sciences (2007-2011);
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; 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], [Edu.21], [Pro.26], [Pro.27], [Pro.28];
Room: 224
Phone: 22 234 74 80
e-mail:
zbyg@
ise.pw.edu.pl
Grażyna GORTAT, M.Sc. (1965), Ph.D. (1979); Measurement and instrumentation; half time
Senior Lecturer; Microsystems and Measurement Systems Division;
Room: 227
Phone: 22 234 77 32
e-mail:
gragor@
ise.pw.edu.pl
- 21 -
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; Head of Research Group on Biomedical Instrumentation
(2000 - ); IEEE Member (1997 - ); Member of Polish Society of Biomedical Engineering
(1998 - ); Member of International Evoked Response Audiometry Study Group (1999 - );
Member of the Board of Universal Neonatal Hearing Screening Program in Poland (20022008); Member of Scientific Board of Polish National Health Care System (OSOZ) (2007 -);
Member of Polish Telemedicine Society (2007 - ); Member of Association for Computing
Machinery (2005 - );
[Ph.D.Student 20], [Ph.D.Student 21], [Ph.D.Student 32], [Edu.25], [Edu.39], [Edu.70],
[Pro.1], [Pro.5], [Pro.10], [Pro.14], [M.Sc.18], [B.Sc. 15], [Pub.135], [Pub.153];
Room: 213
Phone: 22 234 76 23
e-mail:
antekg@
ise.pw.edu.pl
Konrad HEJN, M.Sc. (1966), Ph.D. (1976), D.Sc. (1999); Measuring systems; Professor;
Microsystems and Measurement Systems Division; Member nominated of the Faculty
Council; Head of the Research Group on Automatic Test Systems; Member of the Faculty
Council Committee of Faculty Education Affairs (1999 – 2008);
[Edu.16];
Room: 244
Phone: 22 234 77 34
22 825 98 13
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; Full 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 – ), 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 - ); Member of Metrology and Instrumentation
Committee, Polish Academy of Sciences (1993 - ); SEP Member; Fellow Member Institute
of Physics, UK (2004 - ); Member of Steering Committee of the Conference Eurosensors
(1992 - ), 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 - );
[Ph.D.Student 16], [Edu.10], [Edu.19], [Pro.3], [Pro.11], [Pro.17], [Pro.22], [Pro.29],
[Pro.50], [Pub.70], [Pub.131], [Pub.161], [Pub.200], [Pub.201], [Pub.202], [Conf.15],
[Conf.21];
Room: 242
Phone: 22 234 78 48
22 825 98 13
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.40], [Edu.73], [Edu.74], [Edu.75], [Edu.76], [Pro.8], [Pro.15], [Pro.32], [M.Sc.5],
[B.Sc.13], [B.Sc.24], [B.Sc.33], [Pub.9], [Pub.81], [Pub.118], [Pub.132], [Pub.162],
[Conf.6], [Conf.30], [Conf.75];
Room: 228
Phone: 22 234 55 89
e-mail:
sjank@
ise.pw.edu.pl
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
- 22 -
Kazimierz P. JĘDRZEJEWSKI, M.Sc. (1970), Ph.D. (1978); Electronics measurements,
Optoelectronics, Fiberoptics; Docent; 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);
[Pro.2], [Pro.49], [Pub.72], [Pub.73], [Pub.108], [Conf.30];
Room: 245
Phone: 22 234 76 91
e-mail:
kpj@
ise.pw.edu.pl
Konrad JĘDRZEJEWSKI, M.Sc. (1995), Ph.D. (2000); Digital signal processing, Adaptive
signal processing, Adaptive measurement systems, Analog-to-digital conversion; Assistant
Professor; Circuit and Signal Theory Division;
[Pub.55], [Pub.133], [Pub.134], [Conf.16];
Room: 448
Phone: 22 234 58 83
e-mail:
kala@
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.7], [Edu.68];
Room: 268
Phone: 22 234 78 47
e-mail:
kali@
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 Mirowave 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 9], [Ph.D.Student 14], [Ph.D.Student 23], [Ph.D.Student 29], [Ph.D.Student
41], [Edu.4], [Edu.72], [Pro.4], [Pro.21], [Pro.24], [Pro.26], [Pro.27], [Pro.30], [Pro.31],
[Pro.34], [Pro.39], [Pro.40], [Pro.49], [Ph.D. 4], [M.Sc.31], [B.Sc.2], [B.Sc.16], [B.Sc.17],
[B.Sc.20], [B.Sc.26], [Pub.10], [Pub.19], [Pub.50], [Pub.57], [Pub.58], [Pub.137],
[Pub.160], [Pub.181], [Rep.3], [Rep.4], [Rep.5], [Rep.6], [Conf.5], [Conf.7], [Conf.9],
[Conf.18], [Conf.20], [Conf.25], [Conf.37], [Conf.59], [Conf.60], [Conf.65], [Conf.72],
[Conf.85], [Conf.95];
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; Assistant
Professor; Microsystems and Measurement Systems Division;
[Edu.9], [Edu.11], [Edu.38];
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;
Assisant Professor; Microwave Circuits and Instrumentation Division;
[Pro.13], [Pro.19], [Ph.D. 1], [Pub.45], [Pub.136], [Pub.141], [Pub.142], [Pub.143],
[Pub.144], [Pub.145], [Conf.8], [Conf.19], [Conf.46], [Conf.79], [Award20];
Room: 251
Phone: 22 234 78 77
e-mail:
A.Lewandowski@
ise.pw.edu.pl
- 23 -
Lech LEWANDOWSKI, M.Sc. (1970), Ph.D. (1980); Electronics and optoelectronics; Senior
Lecturer; Microsystems and Measurement Systems Division;
[Edu.41], [Edu.56], [Edu.62], [Pro.2], [Pub.72], [Pub.73];
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
Measurement Systems Division;
[Pro.35], [Pro.45], [M.Sc.29], [Pub.56], [Pub.80], [Conf.28], [Conf.30];
Room: 603b
Phone: 22 234 79 86
22 234 77 26
e-mail:
m.linczuk@
ise.pw.edu.pl
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-);
[Pro.21], [Pro.24], [Pro.25], [Pro.26], [Pro.27], [Pro.30], [Pro.34], [Pro.39], [Pro.40], [Pro.41],
[Pub.57], [Pub.58], [Pub.125], [Pub.139], [Pub.146], [Pub.158], [Pub.160], [Pub.181], [Rep.3],
[Rep.4], [Rep.5], [Rep.6], [Conf.9], [Conf.20], [Conf.32], [Conf.59], [Conf.73], [Conf.83],
[Conf.92], [Award 5], [Award 17];
Room: 453, 602
Phone: 22 234 55 88
22 234 74 78
22 234 50 07
e-mail:
m.malanowski@
ise.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.28], [Pro.30], [Pro.34], [Pub.11], [Pub.60], [Pub.186], [Pub.187], [Rep.7], [Rep.8],
[Rep.9], [Rep.10], [Rep.11], [Rep.16], [Award 6], [Award 11];
Room: 323
Phone: 22234 76 57
e-mail:
g.mazurek@
elka.pw.edu.pl
Zdzisław MICHALSKI, M.Sc. (1966); Senior Lecturer; Circuit and Signal Theory Division;
[Edu.63], [Award 9];
Room: 449
Phone: 22 234 53 14
e-mail:
zm@
ise.pw.edu.pl
Jacek MISIUREWICZ, M.Sc. (1988), Ph.D. (1996); Digital signal processing, Radar Signal
Processing, Programmable logic systems; Assistant Professor; Circuit and Signal Theory
Division; IEEE Member (1991 - 2003); IEEE Senior Member (2003 - );
[Edu.66], [Edu.71], [Pro.21], [Pro.24], [Pro.25], [Pro.26], [Pro.27], [Pro.30], [Pro.31],
[Pro.33], [Pro.34], [Pro.39], [Pro.40], [Pro.41], [M.Sc.17], [Pub.57], [Pub.58], [Pub.138],
[Pub.139], [Pub.149], [Pub.158], [Pub.181], [Rep.3], [Rep.4], [Rep.5], [Rep.6], [Conf.3],
[Conf.9], [Conf.11], [Conf.20], [Conf.61], [Conf.67], [Conf.74], [Conf.86];
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; Full
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 11], [Ph.D.Student 12], [Ph.D.Student 15], [Ph.D.Student 34], [Ph.D.Student
36], [Ph.D.Student 40], [Pro.8], [Pro.15], [M.Sc.19], [M.Sc.21], [Pub.89], [Pub.93],
[Pub.117], [Conf.30];
Room: 225
Phone: 22 234 53 19
e-mail:
jmulawka@
elka.pw.edu.pl
- 24 -
Marek NAŁĘCZ, M.Sc. (1984), Ph.D. (1991), D.Sc. (2007); Digital signal processing,
Programming of signal processors; Assistant Professor; Circuit and Signal Theory Division;
Head of the Circuit and Signal Theory Division (2009 -); IEEE Member (1991 - );
[Ph.D.Student 25], [Edu.1], [Edu.9], [Edu.32], [Pro.16], [Pro.28], [Pro.30], [Pro.34],
[Pub.200], [Rep.7], [Rep.8], [Rep.9], [Rep.10], [Rep.11], [Rep.16], [Rep.33], [Award 8];
Room: 446
Phone: 22 234 74 76
e-mail:
m.nalecz@
ise.pw.edu.pl
Robert M. NOWAK, M.Sc. (1999), Ph.D. (2004); Bioinformatics, Artificial Intelligence,
Software Engineering, Data Fusion, Risk Management; Assistant Proffesor; Artificial
Intelligence Division; Member of the Polish Bioinformatics Association (2008 - ); Member
of Scrum Alliance (2009 - ), Certified SCRUM Master (2009);
[Edu.26], [Edu.28], [Edu.51], [Pro.8], [Pro.15], [Pro.39], [Pub.4], [Pub.97], [Pub.98],
[Pub.99], [Pub.100], [Pub.101], [Pub.102], [Pub.103], [Pub.104], [Pub.105], [Rep.1],
[Conf.30], [Conf.45], [Conf.59], [Conf.65], [Conf.86];
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.27], [Edu.29], [Pro.10], [Pro.14], [Pub.7], [Pub.71], [Conf.30];
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.17];
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 5], [Edu.17], [Edu.18], [Edu.61], [Pro.10], [Pro.14], [B.Sc.11], [Pub.46],
[Pub.71], [Rep.12], [Conf.23], [Conf.30], [Award 14];
Room: 258
Phone: 22 234 79 89
e-mail:
opalski@
ise.pw.edu.pl
Tomasz OWCZAREK, M.Sc. (1994), Ph.D. (2003); Digital signal processing, Deconvolution
systems for high frequency sampling systems; Assistant Professor; Electronic Circuits and
Systems Division;
[Edu.12], [Pub.62], [Conf.31];
Room: 248
Phone: 22 234 76 34
e-mail:
towcz@
ise.pw.edu.pl
- 25 -
Daniel PACZESNY, M.Sc. (2003), Ph.D. (2009); Smart Sensors, Dew point hygrometers,
Microsystems, Sensor networks; Assistant Professor; Microsystems and Measurement
Systems Division;
[Edu.50], [Pro.2], [Pro.22], [Pro.29], [Pro.50], [M.Sc.9], [Pub.201], [Pub.202], [Conf.57],
[Conf.63], [Conf.64], [Conf.31];
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); Measurement and
instrumentation; Assistant Professor; Microsystems and Measurement Systems Division;
Head of Research Group on Industrial Measurement Systems; Member Elected of Faculty
Council (1999 - 2012); Deputy Director for Research (1996-2005); IEEE Member of Polish
Section Board (Membership Development Officer) (2010 - ); 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 - ); Secretary of Microsystems and
Sensors Commission of the Committee of Metrology and Instrumentation of the Polish
Academy of Sciences (1995-); 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 - );
[Edu.12], [Pro.10], [B.Sc.32], [Pub.74], [Pub.203], [Conf.35], [Award 3];
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
Polish Society for Measurement, Automatic Control and Robotics POLSPAR (1994 - );
Member of the Theory and Signal Processing Section of the Electronics and
Telecommunications Committee of the Polish Academy of Sciences (2007-2011); 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 - ); Dean’s Representative on Cooperation with Technical
Universities of East Europe and Asia (2009 - ); Reviewer of IEEE Transactions on
Instrumentation and Measurement, Signal Processing, IEEE Communication Letters,
Measurement (Elsevier), Metrology and Measurement Science;
[Pub.55], [Pub.59], [Pub.63], [Pub.133], [Pub.147], [Pub.154];
Room: 212
Phone: 22 234 79 52
e-mail:
plat@
ise.pw.edu.pl
Krzysztof POŹNIAK, M.Sc. (1991), Ph.D. (1999); 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; Assistant 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 - ); Co-operates with the Institute of Physics Warsaw University on
high energy physics experiments in DESY (Deutsches Elektronen Synchrotron) Laboratory
in Hamburg (1991 – );
[Edu.77], [Edu.78], [Edu.79], [Pro.35], [Pro.36], [Pro.42], [Pro.43], [Pro.44], [Pro.45],
[Pro.46], [Pro.47], [Pro.48], [M.Sc.2], [M.Sc.3], [M.Sc.4], [M.Sc.15], [B.Sc.10], [B.Sc.12],
[B.Sc.19], [B.Sc.21], [B.Sc.35], [Pub.21], [Pub.22], [Pub.23], [Pub.24], [Pub.25], [Pub.26],
[Pub.27], [Pub.28], [Pub.29], [Pub.30], [Pub.31], [Pub.32], [Pub.33], [Pub.34], [Pub.35],
[Pub.56], [Pub.64], [Pub.90], [Pub.121], [Pub.185], [Pub.195], [Conf.28], [Conf.30];
Room: 603B
Phone: 22234 79 86
e-mail:
pozniak@
ise.pw.edu.pl
- 26 -
Maciej RADTKE, M.Sc. (1986); Fast analogue and digital pulse techniques; half time Senior
Lecturer; Electronic Circuits and Systems Division;
[Award 7];
Room: 270
Phone: 22 234 7714
e-mail:
m.radtke@
elka.pw.edu.pl
Ryszard S. ROMANIUK, M.Sc. (1975), Ph.D. (1979), D.Sc. (2002); Optoelectronics and
Photonics, Electronics for high energy physics; Professor; Microsystems and Measurement
Systems Division; Deputy Director for Research (2005 – ); 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 4], [Ph.D.Student 7], [Ph.D.Student 8], [Ph.D.Student 10], [Ph.D.Student 19],
[Ph.D.Student 22], [Ph.D.Student 24], [Ph.D.Student 27], [Ph.D.Student 28],
[Ph.D.Student 30], [Ph.D.Student 35], [Edu.35], [Edu.77], [Edu.78], [Edu.79], [Pro.36],
[Pro.42], [Pro.44], [Pro.45], [Pro.46], [Pro.47], [Pro.48], [Pro.49], [Ph.D. 2], [B.Sc.22],
[Pub.121], [Pub.157], [Pub.190], [Pub.191], [Pub.192], [Pub.193], [Pub.194], [Rep.13],
[Award 1]; [Award 27];
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.54], [Edu.55], [Edu.64], [Pro.28], [Pro.30], [Pro.34], [Pub.49], [Rep.7], [Rep.8],
[Rep.9], [Rep.10], [Rep.11], [Rep.14], [Rep.15], [Rep.16], [Award 12];
Room: 446
Phone: 22 234 74 76
e-mail:
m.rupniewski@
ise.pw.edu.pl
Rafał RYTEL-ANDRIANIK, M.Sc. (1999), Ph.D. (2005); Digital signal processing, Radar
systems; Assistant Professor; Circuit and Signal Theory Division; IEEE – Signal Processing
Society Member;
[Edu.44], [Pro.28], [Pro.30], [Pro.34], [M.Sc.1], [Rep.7], [Rep.8], [Rep.9], [Rep.10],
[Rep.11], [Rep.16], [Award 10];
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 – );
[Ph.D.Student 29], [Pro.20], [Pro.24], [Pro.25], [Pro.30], [Pro.31], [Pro.33], [Pro.34],
[Pro.40], [Pro.41], [Ph.D. 4], [Pub.50], [Pub.138], [Pub.139], [Pub.158], [Pub.159],
[Pub.160], [Rep.3], [Rep.4], [Rep.5], [Rep.6], [Conf.8], [Conf.20], [Conf.85];
Room: 453
Phone: 22 234 55 88
e-mail:
P.Samczynski@
elka.pw.edu.pl
- 27 -
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; Assistant Professor; Electronic Circuits and Systems Division; DeputyDirector for Academic Affairs (2005 – 2010); Head of Research Group on Pulse and Digital
Equipment; Member of the Dean’s Financial Committee (2005 - ), Member of the Faculty
Council Committee of Faculty Education Affairs (2008 – 2012); Member of SPIE (2005 2009);
[Ph.D.Student 33], [Edu.58], [Edu.69], [M.Sc.6], [M.Sc.11], [M.Sc.26], [B.Sc.5], [Pub.52],
[Pat. 1], [Conf.67], [Award 4];
Room: 269
Phone: 22 234 77 14
22 825 75 44
e-mail:
tomi@
ise.pw.edu.pl
Jerzy SZABATIN, M.Sc. (1965), Ph.D. (1972), D.Sc. (1999), Full Professor (2009); Signal
theory, Adaptive signal processing, Robust estimation methods; Professor; Circuit and Signal
Theory Division; Director of the Institute of Electronic Systems (2005 –); 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 3], [Ph.D.Student 13], [Edu.20], [Edu.24], [Pro.9], [Pro.28], [Pro.39],
[Ph.D.4], [Rep.3], [Rep.4];
Room: 455
Phone: 22234 76 53
22825 46 39
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 (2007-);
[Edu.15], [M.Sc.20], [M.Sc.28];
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.1], [Edu.2], [Edu.49], [Pro.12], [Pro.18], [Pro.28], [Pro.39], [B.Sc.31], [B.Sc.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,
Systems Division;
[Pro.3], [Pro.22], [Pro.29], [Pro.50], [B.Sc.36], [Pub.70], [Pub.161], [Pub.200], [Pub.201],
[Pub.202], [Rep.17], [Conf.29], [Conf.33], [Conf.35];
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,
Numerical analysis; Assistant Professor; Microsystems and Measurement Systems Division;
Member of the Optoelectronics Committee of Association of Polish Electrical Engineers
(1991 – );
[B.Sc.1], [Pub.130], [Pub.222], [Pub.223], [Conf.4], [Conf.12], [Conf.22];
Room: 238
Phone: 22 234 77 38
e-mail:
waw@
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.8], [Pro.15], [M.Sc.10], [B.Sc.8], [Pub.86], [Pub.106], [Pub.107], [Pub.122];
Room: 226
Phone: 22 234 77 18
e-mail:
pwas@
ise.pw.edu.pl
- 28 -
Jerzy WEREMCZUK, M.Sc. (1988), Ph.D. (2000); Smart Sensors, Dew point hygrometers,
Systems Division;
[Edu.43], [Pro.3], [Pro.22], [Pro.29], [Pro.50], [B.Sc.4], [B.Sc.6], [Pub.70], [Pub.161],
[Pub.200], [Pub.201], [Pub.202], [Conf.35];
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
- );
[Edu.34], [Pro.7], [Pro.13], [Pro.19], [Pro.31], [B.Sc.30], [Pub.136], [Pub.141], [Pub.142],
[Pub.143], [Pub.144], [Pub.145], [Pub.163], [Pub.164], [Pub.165], [Rep.2], [Conf.8],
[Conf.10], [Conf.14], [Conf.19], [Conf.46];
Room: 251
Phone: 22 234 78 77
e-mail:
wiatr@
ise.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 - );
[Edu.31], [Edu.52], [Edu.53], [Edu.78], [Edu.79], [Pro.1], [Pro.42], [Pro.46], [Pro.48],
[M.Sc.27], [B.Sc.3], [B.Sc.7], [B.Sc.29], [Pub.21], [Pub.22], [Pub.23], [Pub.24], [Pub.25],
[Pub.61], [Pub.79], [Pub.120], [Conf.24], [Conf.30];
Room: 208
Phone: 22 234 77 17
e-mail:
wzab@
ise.pw.edu.pl
Krzysztof ZAMŁYŃSKI, M.Sc. (1970), Ph.D. (1982); Electronics, Computer-aided design;
half time Assistant Professor; Electronic Circuits and Systems Division;
[Pub.71];
Room: 260
Phone: 22 234 73 36
e-mail:
kzam@
ise.pw.edu.pl
Wojciech ZAWORSKI, M.Sc. (1968); Electronics, Electronics Circuits, Biomedical Engineering;
Senior Lecturer; Electronic Circuits and Systems Division; Faculty Co-ordinator of Students
Accommodation (1999 - );
[Pro.1];
Room: 208
Phone: 22 234 51 09
e-mail:
zawor@
ise.pw.edu.pl
2.2. Junior academic staff
Krzysztof GOŁOFIT, M.Sc. (2003); Computer Science, Cryptography, Embedded & Real Time
Operating Systems, Information Security; half time Assistant; Electronic Circuits and
Systems Division;
[B.Sc.23];
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 16], [Pro.3], [Pro.22], [Pro.29], [Pro.50], [Pub.201], [Pub.202], [Conf.29],
[Conf.41], [Conf.52];
Room: 240
Phone: 22 234 78 20
e-mail:
R.Iwaszko@
elka.pw.edu.pl
- 29 -
Łukasz MAŁKIEWICZ, M.Sc. (2003); Modelling, optimization and testing of intelligent
analog-to-digital converters; Assistant; Circuits and Systems Division;
[Pub.59], [Pub.147];
Room: 448
Phone: 22 234 58 83
e-mail:
L.Malkiewicz@
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;
[Pub.13];
Room: 454
Phone: 22 234 77 40
e-mail:
nieradka@
ise.pw.edu.pl
Mariusz J. SUCHENEK, B.Sc.(2004), M.Sc. (2006), Photoacoustics, Digital and
Microprocessor Systems, Measurement and Control Systems; half time Assistant;
Electronic Circuits and Systems Division;
[Ph.D.Student 33], [Pro.6], [Pub.53], [Conf.2], [Conf.30];
Room: 270
Phone: 22 234 77 14
e-mail:
M.Suchenek@
elka.pw.edu.pl
Piotr Zbigniew WIECZOREK, M.Sc. (2006); Electronics, Analogue Circuits, Fast pulse
circuits, Digital systems, Measurement and Controll Systems, Chemical sensors; half time
Assistant; Electronic Circuits and Systems Division;
[B.Sc.28], [Pub.51], [Conf.30], [Conf.38];
Room: 259
Phone: 22 234 73 36
e-mail:
pwieczor@
elka.pw.edu.pl
Ph.D. Students (January 01, 2010 – December 31, 2010):
1.
Łukasz
BARTNIK
Professor Jarosław Arabas
2.
Bau
SAMER HABIB
Professor Janusz Dobrowolski
[Pro.37], [Pro.38], [Pub.126], [Conf.55],
[Conf.62], [Conf.71], [Conf.80],
[Conf.82];
3.
Łukasz
BUTKOWSKI
Professor Jerzy Szabatin
[M.Sc.3];
4.
Paweł
DRABIK
Professor Ryszard Romaniuk
[Pub.54], [Pub.82], [Pub.171],
[Pub.172];
5.
Hubert
DRABCZYK
Professor Leszek Opalski
6.
Łukasz
DUNAL
7.
Andrzej
CICHOCKI
[M.Sc.4];
8.
Radosław
CIESZEWSKI
[Pub.80], [Pub.170];
9.
Tomasz
[Conf.64],
Professor Krzysztof Kulpa
[Conf.8];
10.
Adrian
FIERGOLSKI
[M.Sc.8], [Pub.83], [Pub.173],
[Conf.47], [Conf.53], [Conf.56];
11.
Marek
GAWEŁ
Professor Jan Mulawka
[Pub.85];
12.
Marcel
GODUŃSKI
13.
Rafał
GRACZYK
- 30 -
[Pub.87], [Pub.175];
14.
Artur
GROMEK
[Pro.4], [Pro.21], [Pro.24], [Pro.25],
[Pro.30], [Pro.31], [Pro.33], [Pro.34],
[Pro.39], [Pro.40], [Pro.41], [Pub.166],
[Rep.3], [Rep.4], [Rep.5], [Rep.6],
[Conf.3], [Conf.9], [Conf.39],
[Conf.40], [Conf.43], [Conf.52],
[Conf.54];
15.
Dawid
GRZEGORCZYK
[Pub.89];
16.
Roman
IWASZKO
Professor Ryszard Jachowicz
17.
Szymon
JABŁOŃSKI
Adam Abramowicz Ph.D., D.Sc.
[Pro.3], [Pro.22], [Pro.29], [Pro.50],
[Pub.201], [Pub.202], [Conf.29],
[Conf.41], [Conf.52];
[Pro.37], [Pro.38], [M.Sc.13],
[Conf.30], [Conf.48], [Conf.49],
[Conf.50], [Conf.51], [Conf.91];
18.
Grzegorz
JAŚKIEWICZ
19.
Arkadiusz
KALICKI
[Pub.176], [Conf.28], [Conf.30];
20.
Tomasz
KAMIŃSKI
Professor Antoni Grzanka
[Pub.135], [Conf.1] [Conf.27];
21.
Piotr
KOLASIŃSKI
22.
Stefan
KOROLCZUK
[Pub.180], [Conf.28], [Conf.30];
23.
Piotr
KRYSIK
[Pro.4], [Pro.21], [Pro.24], [Pro.25],
[Pro.31], [Pro.33], [Pro.41], [Pub.91],
[Rep.3], [Rep.4], [Conf.9];
24.
Maciej
LIPIŃSKI
[Pub.184], [Pub.185], [Conf.28],
[Conf.30];
25.
Mateusz
MANOWIECKI
Marek Nałęcz Ph.D., D.Sc.
26.
Jan
PIEKARSKI
[Pro.37], [Pro.38], [Pub.152], [Conf.7],
[Conf.42], [Award 18], [Award 19];
27.
Piotr
PUCYK
[Pro.44], [Pub.5], [Pub.189];
28.
Dominik
RYBKA
[Pro.42], [Pro.44], [Pub.196], [Conf.28],
[Conf.30];
29.
Piotr
SAMCZYŃSKI
30.
Piotr
SITEK
[Pro.20], [Pro.24], [Pro.25], [Pro.30],
[Pro.31], [Pro.33], [Pro.34], [Pro.40],
[Pro.41], [Ph.D. 4], [Pub.50], [Pub.138],
[Pub.139], [Pub.158], [Pub.159],
[Pub.160], [Rep.3], [Rep.4], [Rep.5],
[Rep.6], [Conf.8], [Conf.20], [Conf.85];
[Pub.87], [Pub.197], [Pub.198],
[Conf.28], [Conf.30];
- 31 -
31.
Dominik
SIKORA
32.
Mirosław
SOBOTKA
33.
Mariusz
SUCHENEK
34.
Paweł
SZLENDAK
35.
Jarosław
SZEWIŃSKI
[Pro.35], [Pub.199];
36.
Emanuel
TATAJ
[Pub.85], [Conf.30];
37.
Marcin
WOŚ
Professor Tomasz Adamski
38.
Paweł
ZAWISTOWSKI
[Pub.44], [Pub.77];
39.
Łukasz
ZEMBALA
[Pro.37], [Pro.38], [M.Sc.30],
[Conf.68], [Conf.77], [Conf.80],
[Conf.93];
40.
Paweł
ZIELIŃSKI
[Pub.107], [Pub.122];
41.
Mariusz
ZYCH
[M.Sc.31], [Pub.166], [Conf.9],
[Conf.18], [Conf.36], [Conf.58],
[Award 26];
42.
Mateusz
ŻUKOCIŃSKI
[Pro.37], [Pro.38], [Pub.167], [Conf.53];
2.3.
[Pro.37], [Pro.38], [M.Sc.22],
[Pub.129], [Conf.8], [Conf.30],
[Conf.70], [Conf.77], [Conf.80],
[Conf.82], [Conf.84], [Conf.87],
[Conf.90];
[Pro.6], [Pub.53], [Conf.2], [Conf.30];
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.7], [Pro.12], [Pro.36], [Rep.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.21], [Pro.24], [Pro.30], [Pro.31], [Pro.40], [Pro.41], [Rep.3], [Rep.4], [Rep.5],
[Rep.6], [Conf.92];
Room: 447
Phone: 22 234 74 78
e-mail:
a.gorzelanczyk@
elka.pw.edu.pl
- 32 -
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 14], [Pro.4], [Pro.21], [Pro.24], [Pro.25], [Pro.30], [Pro.31], [Pro.33], [Pro.34],
[Pro.39], [Pro.40], [Pro.41], [Pub.166], [Rep.3], [Rep.4], [Rep.5], [Rep.6], [Conf.3], [Conf.9],
[Conf.39], [Conf.40], [Conf.43], [Conf.52], [Conf.54];
Room: 453
Phone: 22 234 55 88
e-mail:
agromek@
ise.pw.edu.pl
Patrycja HOJCZYK, Secretary; half time;
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; DeputyDirector 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: 22 825 75 44
22 234 78 75
e-mail:
bkraw@
ise.pw.edu.pl
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.2];
Room: 245
Phone: 22 234 76 91
e-mail:
wjasiew@
ise.pw.edu.pl
Grzegorz KASPROWICZ, M.Sc. (2004); FPGA, High Speed Analogue Electronics, High
Speed Digital Systems, CCD/CMOS Imaging, Embedded Linux, Accelerator science; half
time R&D Engineer; Microsystems and Measurement Systems Division;
[Pro.35], [Pro.42], [Pro.43], [Pub.3], [Pub.92], [Pub.168], [Pub.169], [Pub.174],
[Pub.177], [Pub.178], [Pub.179], [Pub.188], [Pub.212], [Pub.213], [Conf.28], [Conf.30],
[Conf.44], [Award 21];
Room: 211, 604B
Phone: 22 234 77 36
e-mail:
G.Kasprowicz@
ise.pw.edu.pl
Barbara KOZIELEWSKA, Didactic Secretary of the Institute; Member Elected of the
Faculty Council (2008-2012);
Room: 220
Phone: 22 234 78 75
22 825 75 44
e-mail:
bkoz@
ise.pw.edu.pl
Halina KRYŃSKA, Accountant;
Room: 215
Phone: 22 825 66 39
22 234 73 34
e-mail:
H.Krynska@
ise.pw.edu.pl
- 33 -
Piotr
KRYSIK,
M.Sc.
(2009);
Passive
Radar
Systems;
Wireless
Communication; half time R&D Engineer; Circuit and Signal Theory Division
[Ph.D.Student 23], [Pro.4], [Pro.21], [Pro.24], [Pro.25], [Pro.31], [Pro.33], [Pro.41], [Pub.91],
[Rep.3], [Rep.4], [Conf.9];
Room: 602C
Phone: 22 234 50 07
e-mail:
pkrysik@
stud.elka.pw.edu.pl
Sławomir LADA, M.Sc. (1979); Senior R&D Engineer; Microsystems and Measurement
Systems Division;
Room: 328
Phone: 22 234 58 81
e-mail:
Slada@
ise.pw.edu.pl
Hanna POPŁAWSKA, B.Sc. (2002); Secretary;
Room: 217
Phone: 22 825 37 09
22 825 64 01
22 234 77 44
22 234 77 35
e-mail:
H.Poplawska@
ise.pw.edu.pl
Michał RAMOTOWSKI, M.Sc. (1961); Fast analogue and digital pulse technique, Modeling
and macromodeling of electronic components and systems; emeritus; half time R&D
Engineer; Microsystems and Measurement Systems Division;
[Pro.36], [Pro.45], [Pro.49], [B.Sc.9], [Conf.28], [Conf.30], [Award 15];
Room: 603B
Agnieszka SKALSKA, M.A. (2002); Accountant;
Room: 217
Phone: 22 234 51 10
e-mail:
A.Skalska@
ise.pw.edu.pl
Kazimierz SKRZYDELSKI, Eng. (1970); Technician; Circuit and Signal Theory Division;
Room: 417
Phone: 22 234 54 89
e-mail:
gsk@
ise.pw.edu.pl
Danuta SOBCZAK-BARTOSIEWICZ, M.Ph. (2002), Secretary; Microsystems and
Measurement Systems Division;
Room: 239
Phone: 22 825 98 13,
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: 22 825 46 39
22 234 78 67
e-mail:
ela@
ise.pw.edu.pl;
- 34 -
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: 22 825 66 39
22 234 72 56
e-mail:
K.Szewczyk@
ise.pw.edu.pl
Honorata ŚRODEK – KUROWSKA, M.A. (2009); Accountant;
Room: 215
Phone: 22 825 66 39
22 234 73 34
e-mail:
H.Kurowska@
ise.pw.edu.pl
- 35 -
3.
3.1.
TEACHING ACTIVITIES
Basic courses
[Edu.1] Circuit Theory (in Polish - Teoria
obwodów - TOB); lect. 2h/week, lab. 1h/week;
tutorial 1h/week; electronics;
Edward Śliwa Ph.D.
[Edu.11] Fundamentals of Metrology (in Polish Podstawy miernictwa - PPOM); lect. 2h/week,
lab. 2h/week; electronics;
Antoni Leśniewski Ph.D.,
Jacek Dusza Ph.D.
[Edu.2] Computer Networks (in Polish - Sieci
komputerowe - SKP1); lect. 2h/week; lab.
1h/week; computer engineering;
Edward Śliwa Ph.D.
[Edu.12] Fundamentals
of
Microprocessor
Techniques (in Polish - Podstawy techniki
mikroprocesorowej - TMIK); lect. 2h/week;
lab. 2h/week;
Tomasz Owczarek 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 Programming (in Polish
– Podstawy programowania – PRM); lect.
2h/week; lab. 2h/week;
Rafał Biedrzycki 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] Information Security (in Polish –
Bezpieczeństwo informacji – BIN); lect.
2h/week;
Magdalena Szeżyńska Ph.D.
[Edu.6] 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.16] Measurement Systems (in Polish - Systemy
pomiarowe
SPOM);
lab.
2h/week;
measurement systems and control;
Professor Konrad Hejn
[Edu.7] Electronic
Circuits
and
Systems
Laboratory (in Polish – Laboratorium
Ukladów i Systemów Elektronicznych – LUSE;
lab. 3h/week; electronics;
Bogusław Kalinowski Ph.D.
[Edu.17] Numerical Methods (in Polish – Wstęp do
metod numerycznych – WMUN); lect.
2h/week, lab.1h/week
Katarzyna Opalska Ph.D.
[Edu.8] Fundamentals of Electronic Equipment
Design; (in Polish - Elementy konstrukcji
sprzętu elektronicznego); lab. 2h/week; Faculty
of Applied Physics and Mathematics;
[Edu.18] Operating Systems (in Polish - Systemy
operacyjne - SOE); lect. 2h/week, lab. 2h/week;
computer engineering;
[Edu.19] Semiconductor Sensors (in Polish Czujniki półprzewodnikowe - CPC); lect.
2h/week, lab. 1h/week; electronics;
[Edu.9] Fundamentals of Electronics (in Polish –
Podstawy elektroniki – POEL); lect. 2h/week,
lab. 1 h/week, tutorial 1 h/week
;
Antoni Leśniewski Ph.D.
[Edu.20] Signals and Information Theory (in Polish
– Teoria sygnałów i informacji – TSI); lect.
2h/week, lab. 1h/week;
[Edu.10] Fundamentals of Measurement Sensors,
(in Polish - Podstawy czujników pomiarowych PCZP); lect. 2h/week, lab. 2h/week; electronics,
measurement systems and control;
- 36 -
[Edu.21] Signals and Modulation Theory (in Polish
- Teoria sygnałów i modulacji - TSIM); lect.
2h/week, lab. 1h/week; electronics, computer
engineering;
Zbigniew Gajo Ph.D.
[Edu.23] Theoretical
Fundamentals
of
Cryptography (in Polish - Podstawy
teoretyczne kryptografii – PTKB); lect.
2h/week; proj. 1h/week;
[Edu.22] Signals and Systems (in Polish - Sygnały i
systemy - SYMSE); lect. 2h/week, lab.
1h/week, tutorial 1h/week; electronics;
Professor Bohdan Butkiewicz
3.2.
Advanced courses
[Edu.24] Adaptation Signal Processing (in Polish –
Adaptacyjne przetwarzanie sygnałów – APSG);
lect. 2/week, lab. 1h/week;
[Edu.32] 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;
Marek Nałęcz D.Sc.
[Edu.25] Analysing and Modelling Physiological
Processes (in Polish – Analiza i modelowanie
procesów fizjologicznych – AMP); lect.
1h/week, lab. 1h/week;
[Edu.33] Elements of Analogue Technique in
Digital Systems (Elementy techniki analogowej
w systemach cyfrowych – EASY); lect.
2h/week, proj. 1h/week;
[Edu.26] Advanced C++ Programming (in Polish –
Zaawansowane programowanie w C++ - ZPR);
lect. 2h/week, proj. 1h/week)
Robert Nowak Ph.D.
[Edu.34] High Frequency Measurement Methods
and Systems (in Polish – Metody i systemy
pomiarowe wielkiej częstotliwości – MSPW);
lect. 1h/week, lab. 1h/week;
Wojciech Wiatr Ph.D.
[Edu.27] Algorithms and Data Structures E (in
Polish – Algorytmy i struktury danych –
AISDE); electronics; lect. 2h/week, lab.
1h/week;
Professor Jan Ogrodzki
[Edu.35] Internet Measurement Systems (in Polish
– Internetowe systemy pomiarowe - ISYP), lect.
2h/week,
proj.
2h/week;
electronics,
telecommunication;
[Edu.28] Bioinformatic Methods (in Polish –
Metody bioinformatyki - MBI); lect. 2h/week,
project 1h/week;
Robert Nowak Ph.D.
[Edu.36] Knowledge Discovery Methods (in Polish
– Metody odkrywania wiedzy – MOW); lect.
2h/week,
proj.
1h/week;
electronics,
telecommunication;
Paweł Cichosz Ph.D.
[Edu.29] Computer Systems (in Polish – Systemy
komputerowe – SYKO); lect. 2h/week,
proj.1h/week,
Professor Jan Ogrodzki
[Edu.37] Machine Learning (in Polish – Uczenie się
maszyn – UM); lect. 2h/week, proj. 1h/week;
computer science;
Paweł Cichosz Ph.D.
[Edu.30] Contemporary Analog, Pulse and RF
Circuits (in Polish – Współczesne układy
analogowe, impulsowe i RF – WUAI); lect.
[Edu.38] Measurement Systems Programming (in
Polish
–
Oprogramowanie
systemów
pomiarowych); lect. 2h/week, proj. 2h/week;
Antoni Leśniewski Ph.D.
[Edu.31] Device
Drivers
–
Programing
Fundamentals (in Polish – Sterowniki
urządzeń – podstawy programowania – STER);
lect. 2h/week, proj. 2h/week;
Wojciech Zabołotny Ph.D.
[Edu.39] Modelling in Medicine Fundamentals (in
Polish – Podstawy modelowania w medycynie
– PMOM); lect. 2/week;
- 37 -
[Edu.43] Sensor Networks (in Polish – Sieci
czujnikowe – SCZ); lect. 2h/week, lab.
1h/week,
proj.
1h/week;
electronics,
telecommunication;
Jerzy Weremczuk Ph.D.
[Edu.40] Neural Networks and Neural Computers
(in Polish - Sieci neuronowe i neurokomputery
- SNN); lect. 2h/week; proj. 1h/week;
Stanisław Jankowski Ph.D.
[Edu.41] Optoelectronic Measurement Systems (in
Polish - Optoelektroniczne systemy pomiarowe
– OSPO); lect. 2h/week, lab. 1h/week;
electronics, telecommunication;
Lech Lewandowski Ph.D.
[Edu.44] Time and Frequency Domain Signal
Analysis and Synthesis (in Polish - Czasowo
częstotliwościowe metody analizy i syntezy
sygnałów – CCM); lect. 2h/week; proj.
2h/week;
Rafał Rytel-Andrianik Ph.D.
[Edu.42] Selected Problems of Fast Pulse
Techniques (in Polish – Wybrane zagadnienia
techniki impulsowej – WZIM); lect. 2h/week;
proj. 1h/week;
3.3.
Special courses
[Edu.52] Electronics Fundamentals (in English PE); lect. 1h/week, tutorial 1h/week; for Faculty
of Mathematics and Information Science
Warsaw University of Technology;
Krzysztof Czuba Ph.D.
[Edu.45] Artificial Intelligence Fundamentals; lect.
2h/week; proj. 1h/week; for Faculty of
Mathematics and Information Science Warsaw
University of Technology;
[Edu.46] Assemblers (in English), lect. 2h/week, lab.
1h/week; for Faculty of Mathematics and
Information Science Warsaw University of
Technology;
[Edu.53] Electronics Fundamentals (in Polish –
Podstawy elektroniki); lect. 1h/week, tutorial
1h/week; for Faculty of Mathematics and
Technology;
[Edu.47] Circuits Theory and Electronics Signals
Fundamentals (in Polish – Wstęp do teorii
obwodów i sygnałów elektronicznych –
WTEB); lect. 2h/week; Faculty of Management
Warsaw University of Technology;
Grzegorz Pankanin D.Sc.
[Edu.54] Electrotechnics (in Polish – Elektrotechnika
– ELKT); lect. 2h/week, tutorial 1h/week; for
Faculty of Mechatronics Warsaw University of
Technology;
Marek Rupniewski Ph.D.
[Edu.48] Computer Forensis (Informatyka śledcza);
lect. 2h/week, lab. 1h/week; for Faculty of
Magdalena Szeżńska Ph.D.
[Edu.55] Electrotechnics Laboratory (in Polish –
Laboratorium elektrotwechniki – LAEL); lab.
1h/week; for Faculty of Mechatronics Warsaw
[Edu.49] Computers Newtorks (in Polish – Sieci
komputerowe - SCKW); lect. 2h/week, lab.
1h/week, proj. 1h/week; for Evening
Professionals Studies;
Edward Śliwa Ph.D.
[Edu.56] Essentials of Fiberoptics (in Polish –
Postawy techniki światłowodowej – PTSRM);
lect.2h/wek; lab. 1h/week; Evening Professional
Study in Radiocommunication;
[Edu.50] Computing (in Polish – Informatyka –
INFO); lab. 2h/week; for Faculty of Materials
Science and Engineering Warsaw University of
Technology;
Daniel Paczesny Ph.D.
[Edu.57] Introduction
to
Evolutionery
Computation (in Polish – Wstęp do
algorytmów ewolucyjnych – WAE); lect.
2h/week, proj. 1h/week; for Faculty of
[Edu.51] Databases (in Polish – Bazy danych BDW); lect. 2h/week, lab. 1h/week; for
Evening Professionals Studies;
Robert Nowak Ph.D.
- 38 -
[Edu.58] Introduction to Digital Systems (in
English), lect. 2h/week, tutorials 1h/week, lab.
1h/week; Faculty of Mathematics and
Technology;
[Edu.62] Optoelectronics; lect. 2 h/week; Faculty of
Production Engineering Warsaw University of
Technology;
[Edu.63] UNIX Administration (in Polish – UNIXAdministracja); lecture 1h/week; laboratory
1h/week;
computer
sciences;
Evening
Professionals Studies;
Zdzisław Michalski M.Sc.
[Edu.59] Introduction to Project Management (in
Polish – Wprowadzenie do zarządzania
projektami – WPZ); lect. 1 h/week, proj. 1
h/week; Social Science Lectures;
[Edu.60] Metrology (in Polish – Metrologia – ME);
lect. 2h/week, lab. 2h/week; for Faculty of
Mechatronics
Warsaw
University
of
Technology;
Jacek Dusza Ph.D.
[Edu.61] Operating Systems (in Polish – Systemy
operacyjne – SO); lect. 2h/week; lab. 1h/week;
Faculty of Mathematics and Information
Science Warsaw University of Technology;
Studies in Electrical and Computer Engineering in English
[Edu.64] Circuits (ECIRC); lect. 2h/week; repetition
2h/week;
[Edu.69] Microprocessor Systems (EMISY), lect.
2h/week, lab. 1h/week, proj. 1h/week;
undergraduate studies in Electrical and
Computer Engineering;
[Edu.65] Cryptography and Data Security (ECDS);
lect. 3h/week, proj. 1h/week;
[Edu.70] Programming 1 (EPRO1), lect. 2h/week,
lab. 1h/week;
[Edu.66] Digital Signal Processing (EDISP); lect.
2h/week; lab. 2h/week;
Jacek Misiurewicz Ph.D.
[Edu.71] Signal Processing in Telecommunications
and Radar (ESPTR); lect. 2 h/week, proj. 2
h/week
Jacek Misiurewicz Ph.D.
[Edu.67] Electrical and Computer Engineering
Laboratory (EECEL); lect. 2 h/week; lab.
2h/week;
Jerzy Berliński M.Sc.
[Edu.72] Techniques and Algorithms for Signal
Processing (ETASP); lect. 2h/week; lab.
[Edu.68] Electronics 2 (EELE2); lect. 2h/week; lab.
2h/week; undergraduate studies in Electrical
and Computer Engineering;
Bogusław Kalinowski Ph.D.
3.4.
International co-operation
[Edu.73] Didactic stay under ERASMUS Programme,
preparing M.Sc. dissertation
Josep Marco Reales, Universitat Ramon
Llull, Barcelona, Spain, October 1, 2009 - May
31, 2010;
tutor: Stanisław Jankowski Ph.D.
Albert Velasco Droguet, Universitat
Ramon Llull, Barcelona, Spain, February 1,
2010 – July 20, 2010;
- 39 -
Daniel Bernal Dotu Universitat Ramon
Llull, Barcelona, Spain, October 11, 2010-July
15, 2011;
[Edu.78] 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:
Krzysztof T. Poźniak Ph.D. - cooperation
coordinator, Professor Ryszard S. Romaniuk,
Vittorio
Cioegrave
Universita
"La
Sapienza" di Roma, Rome, Italy; February 1,
2010 –July 20, 2010;
[Edu.79] 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,
Krzysztof T. Poźniak Ph.D., Wojciech
Zabołotny Ph.D., Ph.D. Students.
[Edu.77] 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
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
coordinators: Professor Ryszard Romaniuk,
Krzysztof Poźniak Ph.D., Krzysztof Czuba
Ph.D.
- 40 -
4.
4.1.
RESEARCH PROJECTS
Projects granted by the University
Projects granted by the Rector
inscriptions on fibers implemented in form of
three layers into composite fiberglass/resin
samples core in useful spectral range 15001600nm. Bragg gratings on different available
Hi-Bi fibers will be made and their properties
measured. Participants from IES: Kazimierz
Jędrzejewski Ph.D., Lech Lewandowski Ph.D.,
Professor Jerzy Helsztyński, Wiesław Jasiewicz
M.Sc.
[Pro.1] Antoni Grzanka Professor - Head of the
project: Telemetric Care on Wellness of Fetus
During Pregnancy, (in Polish - Telemetryczne
nadzorowanie dobrostanu płodu podczas ciąży).
April 16, 2009 – March 31, 2010. The goal of the
system is to design the instrumentation for
investigation of electrical activity of an uterus
during labour. The research goal is to study the
phenomenon of mechano-electrical activity. The
clinical goal is to support of physicians in
monitoring of pregnancy course by reduction of
risk of complication during pregnancy and
delivery. The project includes following
activities: design and implementation of the
system dedicated for telemetric monitoring of
electrical activity of the uterus and (in the
extended form) electrical activity of a fetus heart,
design of a device for multichannel registration
of bioelectrical potentials of an uterus, carry out
of the signals analysis collected from many
electrodes
connected
with
analysis
of
mathematical models of dynamics of muscle
contraction in order to get knowledge about
mathematical models describing ways of
contraction wave propagation, carry
out
of
mathematical model of the electrohisterographic
signal with use of non-linear method of analysis
on the basis of entropy measure, development of
the data-base of signals data related to
monitoring of fetus wellness. The database will
serve to investigations of classifications
algorithms and prediction of obstetrical
pathological states. Participants: Wojciech
Zabołotny Ph.D., Wojciech Zaworski M.Sc.,
Dariusz
Radomski
Ph.D.
(Institute
of
Radioelectronics), Professor Tadeusz Pałko
(Faculty of Mechatronics), Andrzej Król Ph.D.
(Faculty of Mechatronics).
[Pro.3] Artur Dybko Ph.D., D.Sc. Faculty of
Chemistry - Head of the project: A Lab-on-a-chip
Microsystem with a New Conductometric
Detection, (in Polish – Mikrosystem typu lab on
a chip z detekcją konduktometryczną nowego
typu); Head in the Institute of Electronis Systems
– Professor Ryszard Jachowicz; April 16, 2009
- March 31, 2010. The aim of the project is the
development of a cheap and simple in
construction microsystem with conductometric
detection. Up to now such constructions utilised
a metallic electrodes placed under the
microchannel. This required a few steps in
technology in order to insulate the electrodes
both electrically and hydrodynamically. Our new
idea is to implement side microchannels and use
them as electrodes. One of such an electrode is
connected to a function generator and the second
to a current to voltage converter. Then the
obtained signal is amplified and measured. The
electrodes create a kind of a capacitor which
capacitance depends on the conductance of the
flowing medium. The measurements are quite
difficult because the impedance of the capacitor
is quite high and the frequency as well as the
amplitude of the generation have to be optimised.
Initial works carried out in the laboratory proved
that such a construction could be used in the
measurements. The microchannels were filled
with a concentrate electrolyte. However it is
necessary to cover the microchannel walls with a
metallic conductor in order to increase its
conductivity. The microstructures will be
prepared based on the use of various materials.
First of all poly(dimethylsiloxane) PDMS will be
used. These microsystems will be prepared in a
technology designed in our laboratory (this
technology was submitted to Polish Patent
Office). It is also planned to use glass as a
[Pro.2] Andrzej Domański Professor, Faculty of
Physics Warsaw University of Technology, Head
of the project: New Generation Fiberoptic
Sensors for on-line Strain Measurements in
Composite Materials, (in Polish - Czujniki
światłowodowe nowej generacji do pomiarów
naprężeń w strukturach kompozytowych w czasie
rzeczywistym); April 16, 2009 – March 31, 2010.
Two
technologies:
phase
mask
and
interferometric will be applied for Bragg grating
- 41 -
substrate with wet etching of the microchannels.
Finally, a hybrid structure will be prepared.
Participants from IES: Daniel Paczesny Ph.D.,
Grzegorz Tarapata Ph.D., Jerzy Weremczuk
Ph.D., Roman Iwaszko Ph.D.Student.
Projects granted for Students Scientific Circle
April 2010 – December 2010
[Pro.4] Krzysztof Kulpa Professor - Head of the
project for Students Scientific Circle of
Radiolocation and Digital Signal Processing:
Waveform
Optimization
for
Continuous
Waveform Synthetic Aperture Radar, (in Polish –
Optymalizacja sygnału sondującego dla radaru
SAR pracującego z falą ciągłą); April 15, 2010 –
December 31, 2010. The aim of the project was
to develop and experimentally verify algorithms
of pseudorandom waveform modification in
order to decrease or cancel the masking effect of
weak echoes by correlation noise floor
introduced by strong echoes in a noise SAR. Due
to that significant system dynamic improvement,
especially for short integration times, can be
achieved without use of computationally
expensive CLEAN methods. During the project
fast waveform modification algorithms using
parallel computation on GPU were implemented
in MATLAB environment. Then they were tested
in simulations and measurement experiment.
Finally, SAR imaging of real scene was
performed using modified pseudorandom
waveforms. It was proved that proposed methods
may increase the system dynamic by 30 dB.
Partial results of the project were presented at
EuRAD 2010 conference in Paris. Participants:
Artur Gromek M.Sc., Piotr Krysik M.Sc., Łukasz
Maślikowski B.Sc., Janusz Kulpa, Karol
Szumski B.Sc., Marcin Kamil Bączyk B.Sc.
[Pro.5] Antoni Grzanka Professor – Head of the
projekct for Cybernetic Students Scientific
Circle: in Polish - Brain Computer Interface elektroniczny system akwizycji sygnałów
biologicznych mózgu nakierowany na sterowanie
sprzętem komputerowym i biomedycznym, April
15, 2010 – December 31, 2010.
[Pro.6] Mariusz Suchenek M.Sc. – Head of the
project for Students Scientific Circle “FOKA”:
Miniature Numerical Milling Machine, (in Polish
- Miniaturowa frezarka numeryczna), April 15,
2010 – December 31, 2010. The issue of the
project was design and implementation of
miniature numerical milling machine. During
research and development work it is often
necessary to manufacture precision mechanical
components, e.g. casings, printed circuit boards.
Milling machine should significantly reduce the
time manufacture elements, improve quality and
reduce the cost. Participants: students - Antonina
Geras B.Sc., Jerzy Caliński, Michał Kowalewski
B.Sc.
Projects granted from statutory funds
May 2009 – March 2010
Antoszkiewicz Ph.D., Krzysztof Czuba Ph.D.,
Wojciech Wiatr Ph.D., Grażyna Fistek M.Sc.
[Pro.7] Janusz A. Dobrowolski Professor – Task
coordinator:
in
Polish
Monolityczne
mikrofalowe układy scalone – modelowanie,
projektowanie i pomiary, (Microwave Monolithic
Integrated Circuits, Modeling, Design and
Measurements). Task 1: Calibration of vector
network analyser system with many calibration
standards. A method for two-port vector network
analyser calibration with many standards in the
form of reflecting loads has been investigated
and analysed. The approach is based on statistical
approach to measurement uncertainty and total
modeling of VNA. Task 2: Design and
realization of broad-band band-pass filters in
RFIC and MMIC technology. Participants: Adam
Abramowicz
Ph.D.
D.Sc.,
Krzysztof
[Pro.8] Jan Mulawka Professor – Task coordinator:
Development
of
Intelligent
Computing
Techniques and Bio-informatics, (in Polish –
Rozwój inteligentnych technik obliczeniowych
oraz bioinformatyki). New concepts of soft
computing are considered which are related to
medical informatics and biology. Main attention
will be devoted to new methods of knowledge
discovery especially from medical data-bases.
New classifiers will be considered as well as
nonlinear regression models. Some attention will
be paid to analyze and design DNA chains.
Participants:
Professor
Jarosław
Arabas,
Stanisław Jankowski Ph.D., Paweł Cichosz
- 42 -
systemów i mikrosystemów – metody,
algorytmy, konstrukcje). Task 1. Modeling,
simulation and design of analog/digital electronic
circuits, including random and metastability
effects –Head of the project Professor Jan
Ogrodzki. Task 2. Development of circuits,
systems and measurement methods of
bioengineering and environment monitoring Head of the project Professor Antoni Grzanka.
Task 3. Development of methods and hardwaresoftware co-design tools for measurement and
cryptographic applications - Head of the project
Professor Tomasz Adamski.
Ph.D., Robert Nowak Ph.D., Piotr Wąsiewicz
Ph.D.
[Pro.9] Jerzy Szabatin Professor – Task
coordinator: in Polish – Badania w zakresie
adaptacyjnych i statystycznych metod cyfrowego
przetwarzania sygnałów oraz metod logiki
rozmytej, (Investigations on Adaptive and
Statistical Digital Signal Processing and Fuuzy
Logic Methods). In the scope of the project,
investigations on new methods for eliminating
various kinds of disturbances in radar and
communication systems were continued. These
methods are based on adaptive and statistical
digital signal processing algorithms, and have
been focused on eliminating effects deteriorating
signals such as multi-path propagation, near-far
effect, synchronization errors or non-Gaussian
clutter. The following tasks have been
considered: Task 1: Frame detection and
estimation of carrier frequency offset and symbol
delay in mobile communication systems with
OFDM transmission, Task 2: Application of
robust and adaptive digital signal processing
algorithms in communications and radar, Task 3:
Methods and algorithms for signal processing in
SAR,
passive, and noise radars, Task 4:
Probabilistic modeling of radar disturbances,
Task 5: Design and analysis of intelligent cyclic
AD converters and wireless communication
systems working on the Shannon boundary
based on the concept of fitted observation of
physical
processes
and
signals,
Task 6: Application of fuzzy logic methods to
matching of the stereo-pair of images.
Participants: staff of the Circuit and Signal
Theory Division.
[Pro.11] Ryszard Jachowicz Professor – Task
coordinator: in Polish – Rozwój specjalistycznych
systemów pomiarowych do pomiaru różnych
wielkości fizycznych i chemicznych – skupionych
i rozproszonych, dla przemysłu, medycyny i
rolnictwa, (Development of the Measurement
Systems Dedicated for Different Physical and
Chemical Quantities Measurement – both
distributed and integrated systems, for industry,
medicine and agriculture). The project is focused
on the measurement systems with limited power
consumption and with different wireless and wire
interfaces for data transmission. The systems can
measure humidity, temperature, pressure,
intensity of light exposition and presence of rain.
They can be applied for agriculture (wireless
with measurement of local weather parameters)
and for medicine (for TEWL factor
determination and for humidity charges
measurement inside human nose and human
throat).
[Pro.12] Edward Śliwa Ph.D. – Head of the project:
in Polish – Modernizacja infrastruktury
informatycznej
Instytutu
Systemów
Elektronicznych, (Upgrade of Local Area
Network in the Institute of Electronic Systems).
[Pro.10] Leszek Opalski Professor – Task
coordinator: Development of Circuits, Systems
and Microsystems – Methods, Algorithms and
Designs, (in Polish – Projektowanie układow,
Projects granted from statutory funds
April 2010 – April 2011
Arkadiusz Lewandowski Ph.D., Wojciech Wiatr
Ph.D., Grażyna Fistek M.Sc.
[Pro.13] Janusz A. Dobrowolski Professor – Task
coordinator: Microwave Circuits and Systems,
Modeling, Design and Measurements, (in Polish
– Rozwój metod modelowania, projektowania i
pomiarów ukladów i systemów mikrofalowych).
Task 1: Broad-Band Microwave Filters –
Modeling and Design. Task 2: Noise Analysis of
Differential Microwave Networks. Participants:
Adam Abramowicz Ph.D. D.Sc., Krzysztof
Antoszkiewicz Ph.D., Krzysztof Czuba Ph.D.,
[Pro.14] 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 analog/digital electronic
- 43 -
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. The continued
research on theory and applications of the
original concept of the holistic optimization of
the transmitting part of communication systems
with the adaptively tuned analog signal
processing blocks, combined with digital signal
processing blocks resulted in the substantial
progress in the theory of adaptive communication
systems with feedback, bringing the theoretical
limits of energy and spectral efficiency. In the
field of optimal adaptive A/D conversion, an
extension algorithm has been found, which
allows for digital correction of instability of the
parameters of analog transmitter components.
There was also developed a new architecture for
the analog communication system, examination
of which showed the possibility of significant
simplification and the quality improvements.
New methods of filtration of passive and active
radar clutter was 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 realworld data. The measuring system registering the
FM band reference signal from radio transmitters
and signals reflected from moving objects was
developed.
circuits, including random and metastability
effects –Head of the project Professor Jan
Ogrodzki. Task 2: Development of circuits,
systems and measurement methods of
bioengineering and environment monitoring Head of the project Professor Antoni Grzanka.
Task 3:. Development of methods and hardwaresoftware co-design tools for measurement and
cryptographic applications - Head of the project
Professor Tomasz Adamski.
[Pro.15] Jan Mulawka Professor – Task coordinator:
Development
of
Intelligent
Computing
Techniques and Bio-informatics, (in Polish –
Rozwój inteligentnych technik obliczeniowych
oraz bioinformatyki). The project concerns
different concepts of artificial intelligence, soft
computing,
statistics,
optimization
and
bioinformatics. Especially much attention is
devoted to problems of decision trees and
classifiers. Different issues of optimization
methods via genetic algorithms are considered.
Some efforts are devoted to develop algorithms
for DNA as well as RNA string analysis. Some
attention is devoted to the problem of medical
data-bases mining. Participants: Professor
Jarosław Arabas, Stanisław Jankowski Ph.D.,
Paweł Cichosz Ph.D., Robert Nowak Ph.D., Piotr
Wąsiewicz Ph.D.
[Pro.16] Marek Nałęcz D.Sc. – 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,
telekomunikacyjnych 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
[Pro.17] 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.18] 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).
- 44 -
4.2.
Projects granted by Ministry of Science and Higher Education
Research grants
structures, e.g. coaxial and microstrip lines,
coplanar waveguide and waveguide. The results
will be published in scientific journals and at
international conferences. Some solutions can be
patented and commercialised. Participants:
Professor
Janusz
Dobrowolski,
Adam
Abramowicz
Ph.D.
D.Sc.,
Arkadiusz
Lewandowski Ph.D.
[Pro.19] Wojciech Wiatr Ph.D. - Head of the
project: Statistical Method for Broadband
Calibration of Vector Network Analyzers based
on Parameter Modeling of Standards, (in Polish Statystyczna metoda szerokopasmowej kalibracji
wektorowych analizatorów obwodów oparta na
parametrycznym modelowaniu wzorców); April
29, 2009 – July 29, 2011. The project is aimed at
enhancement of calibration applied for vector
network analysers, especially at low and very
high frequencies. Its main task regards
development of a new broadband technique for
calibrating such analysers, in which one may
more extensively utilise one-port impedance
standards with high reflection coefficients. Using
a new measurement model, the technique enables
determining both systematic error terms of the
analyser and electrical characteristics of the
standards. The new model of measurement
system is complex and accounts not only for the
relationships between measurement results at
each frequency but also at various frequencies.
Thus, it combines a typical model for systematic
analyser errors with a new parametric model
describing frequency dependence of the
reflection coefficient of the standards. This
model refers to standards of the same design,
based on uniform transmission line of unknown
line length and terminated at unknown
impedance (usually short or open circuit). With
such a complex modelling in the frequency
domain, the new approach outperforms the
traditional techniques utilising the same
calibration measurements, but independently at
each frequency. The new method does not
require electric parameters of the standards to be
known, since they are identified from the
calibration measurements made in situ in the
system. By providing means for electrical
characterisation of the standards, this method
constitutes an alternative to the traditional
approach based on expensive mechanical
measurements. Consequently, its users can
benefit from the use of multiple low-cost
standards whose characteristics are partially
known. In the millimeter wavelength range, the
method may be an option to the multiline TRL
method, considered today as a benchmark
calibration. The new method will be
implemented in software for automatic
calibration of vector network analysers using
standards based on typical wave guiding
[Pro.20] Grzegorz Pankanin Ph.D., D.Sc. – Head of
the
project
No
3600/B/T02/2009/36:
Optimization of Karman Vortex Meter with
Application of Flow Visualization and Image
Processing, (in Polish - Optymalizacja
konfiguracji
czujnika
przepływomierza
wirowego z wykorzystaniem wizualizacji
przepływu i cyfrowego przetwarzania obrazów);
April 30, 2009 – October 20, 2011.
Investigations of the properties of the Karman
vortex shedding being the basis of the vortex
meter are the main goal of the project. Flow
visualization with image processing appears as
main applied research methods. Due to the fast
camera application, up to 1000 fps of high
resolution are registered. Hence the vortices
convection velocity and their trajectory can be
accurately calculated. Also investigations of the
phenomenon with application of the hot-wire
anemometer system are carried out. The vortex
meter of optimal configuration will be designed
on the basis of the obtained results. Participants:
Jerzy Berliński M.Sc., Artur Kulińczak M.Sc.,
Ryszard Chmielewski M.Sc.
[Pro.21] 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 2010 – October 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.22] 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
- 45 -
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 Tarapata Ph.D., Jerzy Weremczuk
Ph.D., Roman Iwaszko Ph.D.Student.
Ph.D. Grants
obrazów dla radarów z syntetyczną aperturą,
July 01, 2009 – June 30, 2010.
[Pro.23] Bohdan Butkiewicz Professor – Head of the
project: in Polish - Opracowanie koherentnej
parametrycznej
techniki
autoogniskowania
Special Polish Projects (SPUB) for European Research projects
[Pro.24] Krzysztof Kulpa Professor – Head of the
Co-funding project for SARINA – SAR-based
Augmented Integrity Navigation Architecture, (in
Polish - SARINA - System Nawigacyjny o
zwiększonej dokładności bazujący na technice
SAR), February, 2010 – February, 2012.
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.25] 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.
Participants: Jacek Misiurewicz Ph.D., Piotr
Samczyński Ph.D., Adam Goprzelańczyk M.Sc.,
Artur Gromek M.Sc., Piotr Krysik M.Sc.
Special Projects ordered by Ministry of Science and Higher Education (in polish – projekty zamawiane)
part of the project PBZ-MNiSW-DBO-04/I/2: in
Polish - Zaawansowane technologie radarowe w
zastosowaniach wojskowych oraz cywilnych,
(Advanced Radar Technologies for Military and
Civilian Applications); Opracowanie koncepcji
radaru SAR z wysoką rozdzielczością z
wykorzystaniem technologii polarymetrii i
interferometrii); November 2007 – November
2010.
Consortium
participants:
Military
University of Technology, Warsaw University of
Technology, Gdańsk University of Technology,
Wrocław
University
of
Technology,
Telecommunicatiom Research Institute (PIT).
The work is focused on analyses methods of
signal processing in SAR and passive radars.
Participants: Mateusz Malanowski Ph.D., Jacek
Misiurewicz Ph.D., Zbigniew Gajo Ph.D. and
Ph.D.
Students:
Magdalena
PurchlaMalanowska, Bartłomiej Dawidowicz.
part of the project PBZ-MNiSW-DBO-04/I/2: in
Polish - Zaawansowane technologie radarowe w
(Advanced Radar Technologies for Military and
Civilian Applications); Opracowanie koncepcji i
badania
wybranych
elementów
radaru
pasywnego; November 2007 – November 2010.
Consortium participants: Military University of
Technology, Warsaw University of Technology,
Gdańsk University of Technology, Wrocław
University of Technology, Telecommunicatiom
Research Institute (PIT). The work is focused on
analyses methods of signal processing in SAR
and passive radars. Participants: Mateusz
Malanowski Ph.D., Jacek Misiurewicz Ph.D.,
Zbigniew Gajo Ph.D. and Ph.D.Students:
Magdalena Purchla-Malanowska, Bartłomiej
Dawidowicz.
- 46 -
Development projects (in Polish - Projekty rozwojowe)
Participants: Professor Krzysztof Kulpa, Marek
Nałęcz D.Sc., 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] Marek Nałęcz D.Sc. – Head of the part of
the development project (in Polish - Projekt
rozwojowy) No OR 00006608: Design of the
Demonstrator
of
Technology
for
the
Electronically-scanned Beam Antenna System
Including the Digital Signal Processing System,
to be used in the Radar for the Novel-generation
Anti-aircraft Missile System, (in Polish Opracowanie demonstratora technologii systemu
antenowego z elektronicznie sterowaną wiązką
wraz z systemem przetwarzania sygnałów do
radaru przeciwlotniczego zestawu rakietowego
nowej generacji); October 28, 2009 – October 27,
2011. Participants: Professor Jerzy Szabatin,
Marek Nałęcz D.Sc., Rafał Rytel-Andrianik
Ph.D., Marek Rupniewski Ph.D., Edward Śliwa
Ph.D., Zbigniew Gajo Ph.D., Gustaw Mazurek
Ph.D.
part of the developemnt (in Polish – rozwojowy)
project No 0098/R/T00/2009/09: Transceiver
Modules with Adaptive Phase Response Forming
for LDMOS Transistors for use in Multifunction
S-band Radar with Active Antennas, (in Polish Moduły nadawczo-odbiorcze z adaptacyjnym
kształtowaniem charakterystyk fazowych, na
tranzystorach LDMOS, do zastosowania w
antenach aktywnych radarów wielofunkcyjnych
na pasmo S), November 2010 – November 2011.
Consortium leader: Robert Szelenbaum Ph.D.,
PIT S.A. The work is focused on design of
transceiver modules with adaptive phase
response forming for LDMOS transistors for use
in multifunction S-band radar with active
antennas. Participants: Jacek Misiurewicz Ph.D.,
Piotr Krysik M.Sc., Piotr Samczyński Ph.D.,
Artur Gromek M.Sc., Adam Gorzelańczyk,
Adam Abramowicz Ph.D., D.Sc., Wojciech
Wiatr Ph.D.
[Pro.29] Professor Ryszard Jachowicz – 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 –
November 30, 2011. 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 Ph.D., Daniel Paczesny Ph.D.,
Grzegorz Tarapata Ph.D., Roman Iwaszko M.Sc.
[Pro.32] 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 2010 – September 2012;
Head of the project – Jerzy Graffstein Ph.D.,
Institute of Aviation
[Pro.33] Jacek Misiurewicz Ph.D. - Head of the part
of the development project: 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 2010 –
December 2012. Participants: Piotr Samczyński
Ph.D., Adam Goprzelańczyk M.Sc., Artur
Gromek M.Sc., Piotr Krysik M.Sc.
[Pro.30] Mateusz Malanowski Ph.D. - Head of the
part of the development (in Polish – rozwojowy)
project 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 przeciwlotniczą), December
9, 2010 –December 8, 2012. Consortium leader:
CNPEP RADWAR S.A. The aim of this project
is to develop a new tracking radar for an antiaircraft gun operating in the Ku band.
- 47 -
podwyższonej
odporności
na
zakłócenia
aktywne); December 2010 – December 2012.
Participants: Professor Krzysztof Kulpa, Marek
Nałęcz D.Sc., 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.34] Rafał Rytel-Andrianik Ph.D. - Head of the
part of the development project No O R00 0153
12: Technology Demonstrator for Multi-band
Radar with Increased Robustness against Active
Interference, (in Polish – Opracowanie
demonstratora radaru wielopasmowego o
Participation in other projects granted by Ministry of Science and Higher Education.
[Pro.35] Krzysztof Poźniak Ph.D. - Head of the
project: in Polish - Przeprowadzenie badania
przydatności niskoszumnych kamer cyfrowych z
wbudowanym
system
komputerowym
do
prowadzenia obserwacji naukowych oraz
organizacja konferencyjnej sesji naukowej
dotyczącej realizacji programu Sieci, (Research
on the Usability of Low-noise Digital Cameras
with Embedded Computer System for Scientific
Observations and Organization of a Topical
Session during a Conference of the Research
4.3.
Network on Astroparticles); January - September
2010. The goal of this project is to build a
universal firmware and software tools for ultrahigh sensitive and low-noise digital cameras for
observations of optical counterparts to gamma
flashes. The job is realized within the Polish
Network of Astro-particle Research Network
coordinated by the IPJ Świerk. Participants:
Ph.D.Students: Grzegorz Kasprowicz, Jarosław
Szewiński, Maciej Kwiatkowski.
Projects granted by international institutions
accelerator. Main focus was on preparation of
hardware solutions and performance study of
hardware for the ATCA based LLRF system
and the RF synchronization system of the
XFEL accelerator. Multiple devices were
designed like fast ADC card, timing and vector
modulator cards, 3.9 GHz multichannel
downconverter and 3.9 GHz LO generation
boards. Phase drift issues in passive RF
components were studied. Participants: Adam
Abramowicz Ph.D, D.Sc., Ph.D.Students:
Samer Bou Habib, Szymon Jabłoński, Jan
Piekarski, Dominik Sikora, Łukasz Zembala,
Mateusz Żukociński, students: Przemysław
Kownacki, Paweł Przybylski, Igor Rutkowski.
[Pro. 36] 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. Polish IES team participates in
two work packages of the EuCARD Project:
WP2 – Dissemination, Communication and
Outreach (DCO) and WP10 – Superconducting
Radio Frequency (SRF), Low Level RF System
(LLRF) for FLASH Accelerator in DESY.
DCO work package embraces publishing a
dedicated editorial series of monographs on
accelerator science and technology. The series
in published by the Publishing House of
Warsaw University of 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:
Adam
Abramowicz D.Sc., Krzysztof Antoszkiewicz
Ph.D., Krzysztof Czuba Ph.D., Maciej Linczuk
P.D., Krzysztof Poźniak Ph.D., Elżbieta
Grażyna Fistek M.Sc., Michał Ramotowski
M.Sc.
[Pro. 38] Krzysztof Czuba Ph.D. – Head of the
project for DESY Deutsches Elektronen
Synchrotron, LLRF System – Annex 7, in Polish
– System sterowania LLRF – Annex 7,
September 1, 2010 - July 31, 2011. Research,
design and realization of prototype solutions for
low-level radio frequency control system of the
XFEL accelerator. Main focus was on
preparation of hardware solutions and
performance study of hardware for the uTCA
based LLRF system (following the ATCA
solutions) and the RF synchronization system of
the XFEL accelerator. Multiple devices are
designed
like
10-channel
1.3
GHz
downconverter
module,
uRTM
vector
modulator cards, 1.354 GHz LO generation
boxes, drift compensated amplifier repeater,
GPS conditioned Master Oscillator module and
[Pro. 37] Krzysztof Czuba Ph.D. – Head of the
project for DESY Deutsches Elektronen
Synchrotron, LLRF System – Annex 6, in Polish
– System sterowania LLRF – Annex 6, March 1
– July 31, 2010. Research, design and
realization of prototype solutions for low-level
radio frequency control system of the XFEL
- 48 -
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.
remote
controlled
precise
temperature
controller. Study on phase drifts in coaxial
cables caused by temperature and humidity
changes are performed. Conceptual design
report on the XFEL synchronization system is
being prepared. Also server software for Master
Oscillator and optical cross correlator control is
prepared. Participants: Adam Abramowicz
Ph.D., D.Sc., Ph.D.Students: Samer Bou Habib,
Szymon Jabłoński, Jan Piekarski, Dominik
Sikora, Łukasz Zembala, Mateusz Żukociński,
students: Paweł Barmuta, Marek Dominik,
Przemysław Kownacki, Paweł Przybylski, Igor
Rutkowski.
[Pro. 39] Jacek Misiurewicz Ph.D. – Head of the
project for European Defense Agency EDA
R&T Joint Investment Programme on Force
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
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
[Pro. 40] Mateusz Malanowski Ph.D. - Head of the
project for European Defence Agency EDA
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 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. Participants: Professor Krzysztof
Kulpa, Jacek Misiurewicz Ph.D, Piotr
Samczyński Ph.D., Adam Gorzelańczyk M.Sc.,
Artur Gromek M.Sc.
- 49 -
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.
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. 41] Krzysztof Kupla Professor - Head of the
project for European Defense Agency EDA
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
Participation
in the other projects granted by international institution
The VUV FEL was built using previous
generation of analogy electronics. ELHEP team
participates in exchange of the electronics
control system for totally new digital generation
basing on FPGA programmable chips and
optical fiber transmission network. Participants:
Krzysztof Poźniak Ph.D., Tomasz Czarski
M.Sc.,
Professor
Ryszard
Romaniuk,
Ph.D.Students – Wojciech Giergusiewicz,
Waldemar Koprek, Piotr Pucyk, Dominik
Rybka and M.Sc. students of IES.
[Pro. 42] 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,
Center 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 Center 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, Krzysztof
Poźniak Ph.D., Wojciech Zabołotny Ph.D.,
Grzegorz Kasprowicz Ph.D.Student, Dominik
Rybka Ph.D.Student, Maciej Kwiatkowski
Ph.D.Student.
[Pro. 45] Participation in the project: Program Euro
FEL X-Ray FEL, (in Polish - Europejski Laser
Rentgenowski na swobodnych elektronach).
January 2009 – December 2015. European Xray FEL is a large machine under construction
in DESY. Poland participates through the
Consortium Poland-E-XFEL. The team from
IES is participating in design of the
superconductive
cavity
control
system.
Participants: Professor Ryszard Romaniuk,
Krzysztof Czuba Ph.D., Maciej Linczuk Ph.D.,
Krzysztof Poźniak Ph.D., Wojciech Zabolotny
Ph.D., Michał Ramotowski M.Sc. and
Ph.D.Students.
[Pro. 43] Participation in the project: Muon Trigger
Electronics for CMS/LHC in CERN, (in Polish Budowa elektroniki trygera mionowego dla
detektora CMS przy akceleratorze LHC).
January 1991 – December 2009. Muon trigger
electronics is a system for determination of
muon paths in the RPC (resistive plate
chamber) detector. The system will consist of
nearly 3000 PCBs and over 10000 FPGA chips.
Participants:
Krzysztof
Poźniak
Ph.D.,
Grzegorz Kasprowicz M.Sc.
[Pro. 46] 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
[Pro. 44] Participation in the project: VUV FEL Free
Electron Laser, (in Polish - Program budowy
elektroniki dla lasera VUV FEL w Desy w
Hamburgu). January 2005 – December 2012.
- 50 -
in LHC and CMS tests. First particle collisions
are under investigations. Participants: Professor
Ryszard Romaniuk, Krzysztof Poźniak Ph.D.,
Wojciech Zabołotny Ph.D. and Ph.D.Students.
[Pro. 48] 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, carride 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. Participants: Professor Ryszard
Romaniuk, Krzysztof Poźniak Ph.D., Wojciech
Zabołotny Ph.D. and Ph.D.Students.
[Pro. 47] Participation in the LHC - Large Hadrons
Collider, (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
which 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.
4.4.
Projects granted by European Union
[Pro. 49] Participation in the European Found
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.
Participants: Professor Ryszard Romaniuk,
Krzysztof Kulpa Professor, Docent Kazimierz
Jędrzejewski Ph.D., Michał Ramotowski M.Sc.
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 (TransEpidermal 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 Ph.D., Grzegorz Tarapata
Ph.D., Daniel Paczesny Ph.D., Roman Iwaszko
M.Sc.
Innovative Economy (POIG) FOTEH Project;
June 2010 – December 2013; in Polish –
Fotonika i Technologie Terahercowe – rozwój
Wydziałowego
Centrum
Badawczego
“FOTEH”.
Innovative Economy (POIG). Professor
Ryszard Jachowicz - Head of the project:
MNS - DIAG Micro- and Nano-systems in
Chemistry and Biomedical diagnostics, (in
- 51 -
5.
DEGREES AWARDED
5.1.
D.Sc. degrees
5.2.
Ph.D. degrees
[Ph.D.1] Arkadiusz Cezary LEWANDOWSKI:
Multi-frequency Approach to Vectornetwork-analyzer
Scattering-parameter
Measurements,
(in
Polish
Wieloczęstotliwościowe
podejście
do
pomiaru
parametrów
rozproszenia
wektorowym analizatorem obwodów),
Tutor: Professor Janusz Dobrowolski
May 25, 2010
with distinction
[Ph.D.3] Magdalena
Barbara
PURCHLAMALANOWSKA: Frame Detection and
Estimation of Carrier Frequency Offset and
Symbol Delay in Mobile Communication
Systems with OFDM Transmission
Tutor: Professor Jerzy Szabatin
November 23, 2010
[Ph.D.4] Piotr Jerzy SAMCZYŃSKI: in Polish Koherentna
parametryczna
technika
autoogniskowania obrazów radarowych z
syntetyczną aperturą
Tutor: Professor Krzysztof Kulpa
October 19, 2010
with distinction
[Ph.D.2] Tomasz Włodzimierz CZARSKI: Complex
Envelope Control of Pulsed Accelerating
Field in Superconducting Cavities
Tutor: Professor Ryszard Romaniuk
April 27, 2010
- 52 -
5.3.
M.Sc. degrees
[M.Sc.1] Paweł Anuszewski: in Polish – Przegląd
metody
syntetycznej
apertury
i
ultrasonografii; (Review of Synthetic in
Ultrasonography),
Tutor: Rafał Rytel-Andrianik Ph.D.
Grade: 5
[M.Sc.7] Paweł Franecki: in Polish – Realizacja
szyfrów blokowych w strukturach FPGA,
(FPGA Implementations of Block Ciphers),
Tutor: Tomasz Adamski Professor
Grade: 5
[M.Sc.8] Adrian Fiergolski: in Polish – Firmware
końcowego kontrolera systemu akwizycji
danych w eksperymencie TOTEM, (The
Firmware of the Data Acquisition System of
the TOTEM Experiment),
Tutor: Mariusz Rawski Ph.D.
Grade: excellent
[M.Sc.2] Michał Bohdanowicz: in Polish –
Wielokanałowy system akwizycji sygnałów
fotonicznych z użyciem fotopowielaczy na
potrzeby badania zmienności nieba oraz
badań
naukowych;
(Multichannel
Acquisition System with Photomultiplier
Detectors for Sky Variability Observation
and Scientific Researches),
Tutor: Krzysztof Poźniak Ph.D.
Grade: excellent
[M.Sc.9] Piotr Gołąbek: in Polish - Zastosowanie
platform mobilnych do pomiaru zmiennych
środowiskowych przy użyciu technologii
Bluetooth, (Mobile Platforms Application
for Environmental Variables Measurement
using Bluetooth),
Tutor: Daniel Paczesny Ph.D.
Grade: 5
[M.Sc.3] Łukasz Butkowski: in Polish –
Redundantny moduł w standardzie AMC do
sterownia
sekcji
przyspieszających
akceleratora XFEL w trybie otwartej pętli
sprzężenia zwrotnego; (Redundant Module
in AMC Standard Controlling XFEL
Akcelerator Cavity in Feed Forword Mode),
Grade:5
[M.Sc.10] Marcel Gołuński: in Polish – Adaptacja
inteligentnego bota w wieloagentowym
dynamicznym środowisku
wirtualnym;
(Adaptation of an Intelligent Bot in
Multiagent Dynamic Virtual Environment),
Tutor: Piotr Wąsiewicz Ph.D.
Grade: 5
[M.Sc.4] Andrzej Cichocki: in
Polish –
Autonomiczny system sterowania kontroli
zasilacza
modułowego
sensora
promieniowania X oraz gamma dla
eksperymentu
satelitarnego
ASIM/Columbus/ISS; (Autonomous Control
and Monitoring System for Power Supply
Unit for the Modular X-ray and GammaRay Sensor for ASM/COLUMBUS/ISS
Satellite Experiment),
Grade: 5
[M.Sc.11] Marcin Grabowski: in Polish –
Implementacja
otoczenia
rdzenia
mikroprocesora
w
języku
VHD;
(Microprocessor
Core
Surroundings
Implementation in VHDL Language),
Tutor: Tomasz Starecki Ph.D., D.Sc.
Grade: 5
[M.Sc.12] Samer Bou Habib: in Polish –Projekt
karty szybkich przetworników A/C dla
systemu sterowania akceleratora XFEL,
(Eight – Channel Fast Analog-to-Digital
Converter Board for the XFEL Accelerator
Control System),
Tutor: Krzysztof Czuba Ph.D.
Grade: excellent
[M.Sc.5] Dominik Cichocki: in Polish –
Morfologiczne przetwarzanie obrazów za
pomocą sieci DT- CNN i algorytmów
genetycznych;
(Morphologic
Image
Processing by DT-CNN end Genetic
Programming),
Tutor: Stanisław Jankowski Ph.D.
Grade: 5
[M.Sc.13] Szymon Jabłoński: in Polish - Odbiornik
do pomiaru szumów fazowych sygnałów o
częstotliwości 1.3GHz, (Phase Noise
Measurement Receiver for 1.3GHz Signal
Frequency),
Grade: 5
[M.Sc.6] Marek
Czerski:
in
Polish
–
Implementacja rdzenia mikroprocesora w
języku VHDL, (Implementation of a
Microprocessor Core in VHDL),
Grade: excellent
- 53 -
[M.Sc.21] Krzysztof Roszkowski: in Polish –
Zagadnienia
obliczeń
transferowych
wykonywanych w sposób równoległy;
(Issues of Tensor Calculations via Parallel
Programming),
Tutor: Jan Mulawka Professor
Grade: 4
[M.Sc.14] Tomasz Janiec: in Polish – Generacja i
testowanie kodu wykonywalnego dla układu
sterowania
śmigłowca
w
postaci
kompatybilnej do wybranych platform
sprzętowych, (Generation and Testing of
Code for Helicopter Control System for
Hardware),
Tutor: Bohdan Butkiewicz Professor
Grade: 5
[M.Sc.15] Tomasz Klonowski: in Polish – Moduł
przetwarzania sygnałów dla szybkich kamer
CMOS w projekcie „Pi of the Sky”, (Data
Processing Module in Fast Camera for Pi of
the Sky Project),
Grade: 5
[M.Sc.22] Dominik Sikora: in Polish – Badania
temperaturowych
dryftów
fazy
w
elementach łącza systemu synchronizacji
akceleratora XFEL, (Characterization of
Phase Drifts in Selected Components of the
XFEL
Accelerator
Synchronization
System),
Grade: 5
[M.Sc.16] Przemysław Kuczyński: in Polish Eksperymentalna jednostka sterująca pracą
silnika
spalinowego
z
zapłonem,
(Experimental control unit for internal
combustion spark – ignitron engines),
Tutor: Aleksander Burd Ph.D.
Grade: 5
[M.Sc.23] Maciej Skrok: in Polish - Inteligentny
klasyfikator ciągów wykryć radarowych
wykorzystujący algorytmy logiki rozmytej,
(Intelligent Radar Dictions Sequence
Classifier using Fuzzy Logic Algorithms),
Grade: 5
[M.Sc.17] Michał Krzywda: in Polish - Wskaźnik
radarowy wykorzystujący współczesne
technologie internetowe, (Radar Display
based on Modern web Technologies),
Tutor: Jacek Misiurewicz Ph.D.
Grade: 4
[M.Sc.24] Paweł Sochoń: in Polish – Generator
skoku na diodzie ładunkowej z elektroniczną
regulacją amplitudy, (Step Generator with a
Step Recovery Diode with Electronic
Amplitude Adjustment),
Tutor: Aleksander Burd Ph.D.
Grade: 5
[M.Sc.18] Agnieszka Małkiewicz: in Polish Modelowanie i pomiary elektrycznej
czynności skurczowej macicy, (Modeling
and Measuring of Uterine Activities),
Tutor: Antoni Grzanka Professor
Grade: 5
[M.Sc.25] Ewa Soleniec: in Polish – Zastosowanie
kontrolera rozmytego w sterowaniu grupą
autonomicznych agentów, (Fuzzy Controller
Implementation in the Steering of a Group
of Autonomous Agents),
Grade: 4
[M.Sc.19] Przemysław Przybylski: in Polish Zagadnienia automatycznej klasyfikacji
sygnałów elektroencefalograficznych –
EEG, (Issues of Automatic Classification of
EEG Signals),
Tutor: Jan Mulawka Professor
Grade: 5
[M.Sc.26] Rafał Schubert: in Polish – Układ
akwizycji
danych
z
próbkowaniem
przypadkowym, (Data Acquisition System
with Random Repetitive Sampling),
Grade: 5
[M.Sc.20] Aleksander Rudnik: in Polish –
Generator liczb losowych wykorzystujący
zjawiska fizyczne występujące w układach
cyfrowych, (Random Number Generators
based on Physical Phenomena in Digital
Circuits),
Tutor: Magdalena Szeżyńska Ph.D.
Grade: 3.5
[M.Sc.27] Krzysztof Struczyński: in Polish –
Synchronizacja
symulatora
HDL
z
emulatorem systemu komputerowego kosymulacji sprzętowo – programowej,
(Software – hardware co-simulation System
C-Qemu),
Tutor: Wojciech Zabołotny Ph.D.
Grade: 5
- 54 -
[M.Sc.28] Tomasz Szewczyk: in Polish –
Zastosowanie kryptografii z kluczem
publicznym w sieciach czujnikowych,
(Application of Public Key Cryptography in
Sensor Networks),
Tutor: Magdalena Szeżyńska Ph.D.
Grade: 5
[M.Sc.30] Łukasz
Zembala:
in
Polish
–
Niskoszumowy syntezer czestotliwości 1.3
GHz o małych dryftach fazy, (Very Low
Noise and Phase Drift 1.3 GHZ Frequency
Synthesizer),
Grade: 5
[M.Sc.29] Marek Wilczewski: in Polish –
Zastosowanie procesora DSP w celu
poprawy
jakości
sterowania
polem
wewnątrz
wnęk
rezonansowych
akceleratora w DESY, (Improvement of the
Fidel Quality Control inside the Resonant
Cavity of the DESY Accelerator with DSP
Processor),
Tutor: Maciej Linczuk Ph.D.
Grade: 5
[M.Sc.31] Mariusz Zych: in Polish – Przetwarzanie
sygnałów uzyskanych radarem do sondowań
podpowierzchniowych w trybie SAR
zogniskowanym, (Signal Processing for
Ground Penetrating Radar in Focused SAR
Mode),
Tutor: Krzysztof Kulpa Professor
Grade: 5
5.4.
B.Sc. Degrees
[B.Sc.1] Michał Adamski: in Polish – Monitoring
EEG w anestozjologii – akwizycja i analiza
danych
elektroencefalograficznych,
(Monitoring Depth of Anesthesia with
Emphasis on the EEG Data Acquisition
System and Analysis),
Tutor: Zbigniew Wawrzyniak Ph.D.
Grade: 5
[B.Sc.5] Grzegorz Daniluk: in Polish – Obsługa
kart SD przez intrefejs IDE, (IDE to SD
Adapter),
Grade: 4
[B.Sc.6] Paweł Dimitr: in Polish – Moduł do
pomiaru stężenia CO2, O2 wilgotności i
temperatury z interfejsem przewodowym,
(Device for CO2, O2 Concentration,
Temperature and Humidity Measurements),
Tutor: Jerzy Weremczuk Ph.D.
Grade: 4
[B.Sc.2] Marcin Bączyk: in Polish – Odtwarzanie
sygnału
referencyjnego
DVB-T
do
zastosowań w radiolokacji pasywnej,
(Reconstruction of Reference DVB-T Signal
in Passive Radar Systems),
Grade: 5
[B.Sc.7] Janusz Frączek: in Polish – System do
akwizycji sygnału EEG, (System for
Gathering EEG Signal),
Grade: 5
[B.Sc.3] Adrian Byszuk: in Polish – System
akwizycji
danych
biomedycznych
współpracujący z bezprzewodową siecią
kratową
z
wykorzystaniem
układów
Microchip, (Cooperating Biomedical Data
Acquisition System with the Wireless Mesh
Network and usage of Microchip Products),
Grade: 5
[B.Sc.8] Marcin Gliński: in Polish – Interfejsy do
bioinformatycznych baz danych, (Interfaces
for Bioinformatics Databases),
Tutor: Piotr Wąsiewicz Ph.D.
Grade: 4
[B.Sc.9] Wojciech Górecki: in Polish – Uniwersalny
system
pomiarowy
do
monitoringu
środowiska
naturalnego,
(Universal
Measurement System for Monitoring the
Environment),
Tutor: Michał Ramotowski M.Sc.
Grade: 4
[B.Sc.4] Krzysztof Danielewski: in Polish – Sieć
czujników do zastosowań w inteligentnym
budynku, (Sensor Network for use in
Intelligent Building),
Tutor: Jerzy Weremczuk Ph.D.
Grade: 4
- 55 -
[B.Sc.10] Tomasz Grzywna: in Polish – Konwerter
kodu Matlab na kod C w zastosowaniu dla
procesorów DSP, (Matlab to C Converter
for DSP Processors),
Grade: 4
[B.Sc.17] Michał Laskowski: in Polish –
Przetwarzanie sygnałów w standardzie
DAB+, (Signal Processing in DAB+
Standard),
Grade: 3,5
[B.Sc.11] Bartosz Jabłoński: in Polish - Interfejs
WWW dla systemu pomiaru jakości wody,
(WWW Interface for Water Quality
Measurement System),
Tutor: Leszek Opalski Professor
Grade: 5
[B.Sc.18] Wojciech Maj: in Polish – Rozmyty model
wybranego procesu przemysłowego, (Fuzzy
Model of a Selected Industrial Process),
Grade: 4
[B.Sc.19] Zbigniew Malinowski: in Polish –
Bazodanowe środowisko wspomagające
obsługę techniczną systemu Trygera
mionowego RPC w eksperymencie CMS,
(Database Environment Supporting RPC
Muon Trigger System Maintenance in CMS
Experiment),
Grade: 4
[B.Sc.12] Tomasz Janicki: in Polish – Projekt i
realizacja
wielointerfejsowego
toru
przetwarzania z wykorzystaniem układów
FPGA, (Project and Realization of
Multiinterface Conversion Channel using
FPGA),
Grade: 5
[B.Sc.20] Łukasz Maślikowski: in Polish –
Demonstrator
naziemnego
radaru
szumowego z syntetyczną aperturą, (Ground
– based Synthetic Aperture Noise Radar
Demonstrator),
Grade: excellent
[B.Sc.13] Łukasz Jarochowski: in Polish Automatyczne generowanie opisu kształtu
obiektu w obrazie metodą programowania
genetycznego
i
komórkowych
sieci
neuronowych, (Automatic Generation of
Morphologic Description of an Object in
Image by Genetic Programming and
Cellular Neural Networks),
Grade: 5
[B.Sc.21] Bartłomiej Nitoń: in Polish – Generator
dokumentacji dla kodów źródłowych VHDL
oraz Matlab, (Documentation Generator for
VHDL and Matlab Source Codes ),
Grade: 5
[B.Sc.14] Przemysław Kownacki: in Polish –
Światłowodowe łącze z aktywną stabilizacją
fazy sygnałów w.cz., (The Optic Fiber Link
with Active RF – Phase Stabilization),
Grade: 5
[B.Sc.22] Piotr Obroślak: in Polish – Cyfrowy tor
przetwarzania sygnału z czujnikiem CCD do
badań astronomicznych, (Digital Signal
Processing Chain in Cameras with CCD
Detector for Astronomical Research),
Tutor: Ryszard Romaniuk Professor
Grade: 5
[B.Sc.15] Adam Krupczyński: in Polish – System
tele-diagnostyki głosu z analizą falkową i
zdalnym rejestratorem dźwięku, (Voice telediagnostics System with Wavelet Analysis
and Remote Voice Recorder),
Tutor: Antoni Grzanka Professor
Grade: 4
[B.Sc.23] Michał Paszta: in Polish – Implementacja
algorytmów
samokorygujących
w
sensorowych sieciach bezprzewodowych na
bazie mikrokontrolera z rdzeniem ARM i
cyfrowego łącza transmisji radiowej, (Error
Correcting Codes Implementation for
Wireless Sensor Networks based on a
Microprocessor with an ARM Core and
Digital Radio Communication),
Tutor: Krzysztof Gołofit M.Sc.
Grade: 5
[B.Sc.16] Grzegorz Krawczyk: in Polish – Projekt i
implementacja
środowiska
uruchamiającego dla systemu przetwarzania
danych
BF
08A,
(Design
and
Implementation of a Boot Environment for
the Data Processing System BF 08A),
Grade: 5
- 56 -
[B.Sc.31] Kamil Trzciński: in Polish – Dystrybucja
aplikacji przy wykorzystaniu multi-emisji,
(Multicast
Application
Distribution
System),
Tutor: Edward Śliwa Ph.D.
Grade: 4
[B.Sc.24] Tomasz Piekarczyk: in Polish –
Zastosowanie metody wektorów istotnych do
klasyfikacji
uśrednionych
sygnałów
elektrokardiograficznych, (Application of
Feature Vector Selection Method to
Classification of Signal – Averaged ECG),
Grade: 5
[B.Sc.32] Maciej Walesiak: in Polish - Modyfikacja
mikroprocesorowego systemu pomiarowosterującego dla stanowiska do wzorcowania
przepływomierzy gazu, (Modification of
Microprocessor Measurement and Control
System for Gas Prowler System),
Tutor: Grzegorz Pankanin Ph.D.
Grade: 4
[B.Sc.25] Paweł Przybylski: in Polish – System
dystrybucji sygnałów Low-Level – RF w
systemie opartym o ACTA, (Low-Level-RF
Signals Distribution System for the ACTA
CRATE),
Grade: 4
[B.Sc.33] Jakub
Węcławski:
in
Polish
Klasyfikator SVM z jądrem łańcuchowym do
zastosowań w bioinformatyce, (SVM
Classifier
with
String
Kernel
for
Bioinformatic Application),
Grade: 5
[B.Sc.26] Tomasz Rajkowski: in Polish – Radar
FMC krótkiego zasięgu, (A Short Range
FMCW Radar),
Grade: 4
[B.Sc.27] Igor Rutkowski: in Polish – Układ
akwizycji danych dla systemu do pomiaru
szumów fazowych generatorów, (Data
Acquisition Module for a Phase Noise
Measurement System),
Grade: 5
[B.Sc.34] Michał Wojciechowski: in Polish Stanowisko do pomiarów spektralnych
światłowodów
i
podzespołów
światłowodowych – aplikacja LABVIEW,
(Measurement Site to Measure Spectral
Characteristic of Fiber and Fiber UnitsApplication in Labview),
Tutor: Lech Lewandowski Ph.D.
Grade: 4
[B.Sc.28] Radosław Rybaniec: in Polish – System
akwizycji
danych
jonoselektywnych
czujników
potencjometrycznych,
(Data
Acquisition System for Ion Selective
Potentiometric Sensors),
Tutor: Piotr Wieczorek M.Sc.
Grade: 5
[B.Sc.35] Agnieszka Zagoździńska: in Polish Parametryzowalny system akwizycji danych
do celów diagnostycznych, (Parameterized
Data Acquisition System for Diagnostics),
Grade: 5
[B.Sc.29] Łukasz Schodowski: in Polish –
Modularny
dydaktyczny
system
komputerowy osadzony w układzie FPGA,
(Modular Teaching Computer System
Embedded in FPGA),
Grade: 5
[B.Sc.36] Przemysław Zielony: in Polish - Projekt i
budowa
komputera
bazującego
na
architekutrze ARM do pomiaru wilgotności
gazów, (A based on ARM Architecture
Computer with Humidity Measure as a main
Function- the Project and Implementation),
Tutor: Grzegorz Tarapata Ph.D.
Grade: 4
[B.Sc.30] Adrian
Staniec:
in
Polish
–
Szerokopasmowy układ polaryzacji do
pomiarów nieliniowych, (Broadband Bias
Tree for non Linear Measurement),
Tutor: Wojciech Wiatr Ph.D.
Grade: excellent
[B.Sc.37] Adrian
Ziemski:
in
Polish
Monitorowanie
sieci
lokalnej
wykorzystującej protokół IPV6, (IPV6 Local
Area Network Monitoring),
Tutor: Edward Śliwa Ph.D.
Grade: 4
- 57 -
6.
6.1.
PUBLICATIONS
Scientific and technical books, chapters in books, translations, editorships
Scientific and technical books
[Pub.1] Czarski Tomasz: Complex Envelope Control
of
Pulsed
Accelerating
Field
in
Superconducting Cavities, Editorial Series on
Accelerator Science, Vol. 7, 2010, Printing
House of Warsaw University of Technology,
162 pages
2010, Printing House of Warsaw University of
Technology, 124 pages
[Pub.4] Nowak Robert, Pająk Andrzej: in Polish Język C++: mechanizmy, wzorce, biblioteki,
2010, Publisher BTC, 392 pages
[Pub.5] Pucyk Piotr Dominik: FPGA based
Simulator for Low Level RF System in FLASH,
Editorial Series on Accelerator Science, Vol.
10, 2010, Printing House of Warsaw University
of Technology, 120 pages
[Pub.2] Dobrowolski Janusz: Microwave Network
Design Using the Scattering Matrix, 2010,
Artech House, 269 pages
[Pub.3] Kasprowicz Grzegorz Henryk: Methods and
Algorithms for Beam Intensity and Position
Determination in a Particle Accelerator,
Editorial Series on Accelerator Science, Vol. 9,
[Pub.6] Romaniuk Ryszard: in Polish - Światłowody
Kapilarne, (Capillary Optical Fibers), 2010,
Printing House of Warsaw University of
Chapters in books
From Physics to Control Through an Emergent
View), 2010, World Scientific, pp. 213-218
[Pub.7] Bandurski Wojciech, Domański Marek,
Kania Dariusz, Ogrodzki Jan, Ślot Krzysztof,
Zieliński Tomasz: in Polish - Układy i systemy
elektroniczne oraz technika przetwarzania
sygnałów - stan badań i przewidywane kierunki
rozwoju, (in the book - Modelski Józef (editor):
Analiza stanu i kierunki rozwoju elektroniki i
telekomunikacji), 2010, Printing House of
Warsaw University of Technology, chapter 7,
pp. 255-283
[Pub.10] Maślikowski Łukasz, Kulpa Janusz, Burza
Marek, Bączyk Marcin Kamil: in Polish Zastosowania
radaru
szumowego
do
wykrywania
obiektów
ruchomych
i
obrazowania terenu, (in the book - Jakubiak
Andrzej (editor): Prace Studenckie Kół
Naukowych Wydziału Elektroniki i Technik
Informacyjnych Politechniki Warszawskiej),
Technology, chapter VI, pp. 71-80
[Pub.8] Domański Andrzej, Jankiewicz Zdzisław,
Woliński
Tomasz,
Woliński
Wiesław,
Kłosowicz Stanisław, Pustelny Tadeusz,
Romaniuk Ryszard: in Polish - Analiza stanu i
kierunki
rozwoju
krajowych
ośrodków
naukowych i firm produkcyjnych w dziedzinie
optoelektroniki i fotoniki, (in the book Modelski Józef (editor): Analiza stanu i
kierunki rozwoju elektroniki i telekomunikacji),
Technology, chapter 5, pp. 183-224
[Pub.11] Mazurek Gustaw: in Polish - Uniwersalny
moduł pomiarowy, (in the book Bezprzewodowy
monitoring
obiektów
budowlanych),
2010,
Instytut
Techniki
Budowlanej, pp. 116-120
[Pub.12] Modelski Józef, Romaniuk Ryszard: in
Polish - Elektronika i telekomunikacja w Polsce
i na świecie – przegląd problematyki, (in the
book - Modelski Józef (editor): Analiza stanu i
kierunki rozwoju elektroniki i telekomunikacji),
Technology, chapter 1, pp. 7-46
[Pub.9] Jankowski Stanisław, Szymański Zbigniew,
Currenti Gilda, Napoli Rosalba, Del Negro
Ciro: Modelling Volcanomagnetic Dynamics by
Recurrent Least-squares Support Vector
Machines, (in the book - Fortuna Luigi,
Fradkov Alexander, Frasca Mattia (editors):
- 58 -
Rutkowska Danuta et al. (editors): Some New
Ideas and Research Results in Computer
Science), 2010, pp. 279-288
[Pub.13] Nieradka Grzegorz Krzysztof, Butkiewicz
Bohdan: Fuzzy filters in images processing the study of two cases, (in the book -
Books editorships
[Pub.14] Romaniuk Ryszard, Koutchouk Jean-Pierre
(editors): An Early Separation Scheme for the
LHC Luminosity Upgrade (Guido Sterbini),
Editorial Series on Accelerator Science, Vol. 6,
(editors):
Front-end
Electronics
for
Multichannel Semiconductor Detector Systems
(Gryboś Paweł), Editorial Series on Accelerator
Science, Vol. 8, 2010, Printing House of
Warsaw University of Technology, 187 pages
(editors): Complex Envelope Control of Pulsed
Accelerating Field in Superconducting Cavities
(Czarski Tomasz), Editorial Series on
162 pages
(editors): Methods and Algorithms for Beam
Intensity and Position Determination in a
Particle Accelerator, Editorial Series on
124 pages
[Pub.16] Romaniuk Ryszard, Piramidowicz Ryszard
(editors): in Polish - Fotonika i Technologie
Terahercowe - Rozwój Wydziałowego Centrum
Badawczego (FOTEH), Vol. 1, 2010, Printing
125 pages
[Pub.19] Romaniuk Ryszard, Kulpa Krzysztof
(editors): Photonics Applications in Astronomy,
Communications, Industry, and High-Energy
Physics Experiments 2010, Vol. 7745, 2010,
620 pages
6.2. Scientific and technical papers in journals
Scientific and technical papers published in journals included
in the Journal Citation Reports - JCR
List A - Ministry of Science and Higher Education
[Pub.20] Arabas Jarosław, Szczepankiewicz Adam,
Wroniak Tomasz: Experimental Comparison of
Methods to Handle Boundary Constraints in
Differential Evolution, Lecture Notes in
Computer Science, Springer, Vol. 6239, 2010,
pp. 411-420 – 13 points
[Pub.22] CMS Collaboration, (from ISE: Poźniak
Krzysztof, Romaniuk Ryszard, Zabołotny
Wojciech): Commissioning and Performance of
the CMS Silicon Strip Tracker with Cosmic Ray
Muons, Journal of Instrumentation, Vol. 5, No
3, 2010, DOI:10.1088/1748-0221/5/03/T03008,
pp. 1-47 – 20 points
Wojciech): Commissioning and Performance of
the CMS Pixel Tracker with Cosmic Ray
Muons, Journal of Instrumentation, Vol. 5, No
3, 2010, DOI:10.1088/1748-0221/5/03/P03007,
Wojciech): Performance of CMS Muon
Reconstruction in Cosmic-ray Events, Journal
of Instrumentation, Vol. 5, No 3, 2010,
DOI:10.1088/1748-0221/5/03/T03022, pp. 1-49
– 20 points
- 59 -
[Pub.31] CMS Collaboration (from ISE: Poźniak
Wojciech): Identification and Filtering of
Uncharacteristic Noise in the CMS Hadron
Calorimeter, Journal of Instrumentation, Vol. 5,
No
3,
2010,
DOI:10.1088/17480221/5/03/T03014, pp. 1-32 – 20 points
Wojciech): Calibration of the CMS Drift Tube
Chambers and Measurement of the Drift
Velocity with Cosmic Rays, Journal of
Instrumentation, Vol. 5, No 3, 2010,
DOI:10.1088/1748-0221/5/03/T03016, pp. 1-40
– 20 points
Wojciech): Commissioning of the CMS
Experiment and the Cosmic Run at Four Tesla,
Journal of Instrumentation, Vol. 5, No 3, 2010,
DOI:10.1088/1748-0221/5/03/T03001, pp. 1-40
– 20 points
Wojciech): CMS Data Processing Workflows
during an Extended Cosmic Ray Run, Journal of
DOI:10.1088/1748-0221/5/03/T03006, pp. 1-45
– 20 points
Wojciech): Performance of the CMS Hadron
Calorimeter with Cosmic Ray Muons and LHC
Beam Data, Journal of Instrumentation, Vol. 5,
No
3,
2010,
DOI:10.1088/17480221/5/03/T03012, pp. 1-36 – 20 points
Wojciech): Commissioning of the CMS HighLevel Trigger with Cosmic Rays, Journal of
Instrumentation, Vol. 5, No 3, 2010, DOI:
10.1088/1748-0221/5/03/T03005, pp. 1-34 – 20
points
Wojciech): Measurement of the Muon Stopping
Power in Lead Tungstate, Journal of
DOI:10.1088/1748-0221/5/03/T03007, pp. 1-33
– 20 points
Wojciech): Aligning the CMS Muon Chambers
with the Muon Alignment System during an
Extended Cosmic Ray Run, Journal of
DOI:10.1088/1748-0221/5/03/T03019, pp. 1-36
– 20 points
Wojciech): Performance and Operation of the
CMS Electromagnetic Calorimeter, Journal of
DOI:10.1088/1748-0221/5/03/T03010, pp. 1-42
– 20 points
Wojciech): Alignment of the CMS Muon System
with Cosmic-ray and Beam-halo Muons,
DOI:10.1088/1748-0221/5/03/T03020, pp. 1-43
– 20 points
Wojciech): Performance of CMS Hadron
Calorimeter Timing and Synchronization using
Test Beam, Cosmic Ray, and LHC Beam Data,
DOI:10.1088/1748-0221/5/03/T03013, pp. 1-32
– 20 points
Wojciech): Alignment of the CMS Silicon
Tracker during Commissioning with Cosmic
Rays, Journal of Instrumentation, Vol. 5, No 3,
2010, DOI:10.1088/1748-0221/5/03/T03009,
Wojciech): Performance of the CMS Cathode
Strip Chambers with Cosmic Rays, Journal of
DOI:10.1088/1748-0221/5/03/T03018, pp. 1-41
– 20 points
Wojciech): Fine Synchronization of the CMS
Muon Drift-tube Local Trigger using Cosmic
2010, DOI:10.1088/1748-0221/5/03/T03004,
- 60 -
[Pub.45] Lewandowski Arkadiusz Cezary, Williams
D.F, Hale P. D., Wang Jack C.M., Dinestfrey
A.:
Covariance-Based
Vector-NetworkAnalyzer Uncertainty Analysis for Time- and
Frequency-Domain
Measurements,
IEEE
Transactions on Microwave Theory and
Techniques, Vol. 58, No 7, 2010, pp. 18771886 – 32 points
Wojciech): Performance of the CMS Drift-Tube
Chamber Local Trigger with Cosmic Rays,
DOI:10.1088/1748-0221/5/03/T03003, pp. 1-35
– 20 points
Wojciech): Performance of the CMS Drift Tube
Chambers with Cosmic Rays, Journal of
DOI:10.1088/1748-0221/5/03/T03015, pp. 1-48
– 20 points
[Pub.46] Mimendia A., Gutierrez J.M., Opalski
Leszek, Ciosek P., Wróblewski Wojciech, Valle
M. del: SIA System Employing the Transient
Response from a Potentiometric Sensor Array Correction of a Saline Matrix Effect, Talanta,
ELSEVIER, Vol. 82, No 3, 2010, pp. 931-938,
DOI:10.1016/j.talanta.2010.05.061 – 32 points
Wojciech): Performance of the CMS Level-1
Trigger during Commissioning with Cosmic
Ray Muons and LHC Beam, Journal of
DOI:10.1088/1748-0221/5/03/T03002, pp. 1-53
– 20 points
[Pub.47] Opara Karol, Arabas Jarosław: Differential
Mutation Based on Population Covariance
Matrix, Lecture Notes in Computer Science,
Springer, Vol. 6238, No 1, 2010, pp. 114-123 –
13 points
[Pub.48] Poźniak Krzysztof T.: FPGA-based,
Specialized Trigger and Data Acquisition
Systems for High-energy Physics Experiments,
Measurement Science & Technology, Vol. 21,
No 6, 2010, pp. 1-17, DOI:10.1088/09570233/21/6/062002 – 32 points
Wojciech): Performance Study of the CMS
Barrel Resistive Plate Chambers with Cosmic
2010, DOI:10.1088/1748-0221/5/03/T03017,
[Pub.49] Rupniewski Marek Wojciech, Respondek
Witold: A Classification of Generic Families of
Control-affine Systems and their Bifurcations,
Mathematics of Control Signals and Systems,
Springer, Vol. 21, No 4, 2010, pp. 303-336,
DOI:10.1007/s00498-010-0047-2 – 27 points
Wojciech): Precise Mapping of the Magnetic
Field in the CMS Barrel Yoke using Cosmic
2010, DOI:10.1088/1748-0221/5/03/T03021,
[Pub.50] Samczyński Piotr Jerzy, Kulpa Krzysztof:
Coherent
MapDrift
Technique,
IEEE
Transactions on Geoscience and Remote
Sensing, Vol. 48, No 3, 2010, pp. 1505-1517 –
32 points
Wojciech):
Time
Reconstruction
and
Performance of the CMS Electromagnetic
Calorimeter; Commissioning of the CMS
Experiment with Cosmic Rays, Journal of
DOI:10.1088/1748-0221/5/03/T03011, pp. 1-28
– 20 points
[Pub.51] Smyk Bogdan, Wieczorek Piotr Z.,
Zadernowski
Ryszard:
A
Method
of
Concentration Estimation of Trienes, Tetraenes
and Pentaenes in Evening, European Journal of
Lipid Science and Technology, "Wiley", 2010,
pp. 1-5, DOI:10.1002/ejlt.201000418 – 27
points
[Pub.52] Starecki
Tomasz:
Ultra-low-noise
Preamplifier for Condenser Microphones,
Review of Scientific Instruments, AIP
American Institute of Physics, Vol. 81, 2010,
pp.
124702-1
124702-4,
DOI:10.1063/1.3505110 – 32 points
[Pub.44] Grzenda
Maciej,
Andres
Bustilo,
Zawistowski Paweł: A Soft Computing System
using Intelligent Imputation Strategies for
Roughness Prediction in Deep Drilling, Journal
of
Intelligent
Manufacturing,
Springer
Netherlands, Vol. 21, No 6, 2010, pp. 1-11,
DOI:10.1007/s10845-010-0478-0Online
First™Open Access – 27 points
- 61 -
International Journal of Thermophysics, Vol.
10.1007/s10765-010-0761-5, 2010, pp. 1-7- 32
points
[Pub.53] Suchenek Mariusz Jarosław: Influence of
the Duct Shape on the Q-Factor of a
Photoacoustic
Helmholtz
Resonator,
Scientific and technical papers not included
in the Journal Citation Reports
List B - Ministry of Science and Higher Education
[Pub.54] Drabik Paweł Krzysztof: Modeling of
object
oriented
hardware,
PomiaryAutomatyka-Kontrola, Vol. 7, 2010, pp. 732734 – 9 points
[Pub.61] Mosdorf Michał, Zabołotny Wojciech:
Implementation of Elliptic Curve Cryptography
for 8-bit and 32-bit Embedded Systems - Time
Efficiency and Power Consumption Analysis,
Pomiary-Automatyka-Kontrola, Vol. 17, 2010,
[Pub.55] Jędrzejewski Konrad, Płatonow Anatolij: in
Polish - Eliminacja zakłóceń harmonicznych w
inteligentnych cyklicznych przetwornikach A/C,
Elektronikakonstrukcje,
technologie,
zastosowania, Vol. LI, No 12, 2010, pp. 29-32 –
9 points
[Pub.62] Owczarek Tomasz: in Polish - Detektor
synchroniczny
do
pomiarów
linii
telekomunikacyjnej,
Przegląd
Elektrotechniczny,
Sigma
NOT,
Vol.
XLXXXVI, No 11a, 2010, pp. 204-206 – 9
points
[Pub.56] Linczuk Maciej Grzegorz, Poźniak
Krzysztof T., Romaniuk Ryszard: XXVth IEEESPIE Symposium on Photonics and Web
Engineering,
International
Journal
of
Electronics and Telecommunications, PAN,
Vol. 56, No 2, 2010, pp. 100-101 – 9 points
[Pub.63] Płatonow Anatolij: in Polish - Zasady
projektowania i właściwości optymalnych STS
ze sprzężeniami zwrotnym pracujących na
granicy Shannona, Elektronika- konstrukcje,
technologie, zastosowania, Vol. 12, No 12,
2010, pp. 51-54 – 9 points
[Pub.57] Malanowski
Mateusz
Piotr,
Kulpa
Krzysztof, Misiurewicz Jacek, Szumski Karol:
in Polish - Pasywna lokalizacja obiektów z
wykorzystaniem nadajników FM, Przegląd
Telekomunikacyjnywiadomości
telekomunikacyjne, Vol. 6, 2010, pp. 432-435 –
6 points
[Pub.64] Poźniak Krzysztof T.: Modeling of
Synchronous Data Streams Processing in the
RPC Muon Trigger System of the CMS
Experiment, International Journal of Electronics
and Telecommunications, PAN, Vol. 56, No 4,
2010, pp. 489-502, DOI:10.2478/v10177-0100067-3 – 9 points
[Pub.58] Malanowski
Mateusz
Piotr,
Kulpa
Krzysztof, Misiurewicz Jacek: in Polish Techniki formowania wiązek w radiolokacji
pasywnej,
Przegląd
Telekomunikacyjnywiadomości telekomunikacyjne, Vol. 6, 2010,
pp. 360-363 – 6 points
[Pub.65] Purchla Magdalena Barbara: in Polish Estymacja offsetu częstotliwości w systemach
OFDM w oparciu o krótką preambułę, Przegląd
6 points
[Pub.59] Małkiewicz Łukasz Michał, Płatonow
Anatolij: in Polish - Metody poprawy
charakterystyk cyklicznych przetworników A/C,
technologie,
zastosowania, Vol. 12, No 12, 2010, pp. 55-58
– 9 points
[Pub.66] Romaniuk Ryszard: Advanced Photonic
and Electronic Systems - Wilga 2010,
International Journal of Electronics and
Telecomunications, PAN, Vol. 56, No 4, 2010,
pp. 479-502, DOI:10.2478/v10177-010-0065-5
– 9 points
[Pub.60] Mazurek Gustaw Stanisław: in Polish Realizacja eksperymentalnego systemu RFID z
aktywnymi
transponderami,
Przegląd
6 points
- 62 -
Tensometryczny czujnik światłowodowy do
badania rozkładu naprężeń w materiale
kompozytowym,
technologie, zastosowania, Vol. LI, No 6, 2010,
pp. 148-150 – 9 points
[Pub.67] Romaniuk Ryszard: EuCARD 2010
Accelerator
Technology
in
Europe,
Telecommunications, PAN, Vol. 56, No 4,
2010, pp. 485-488 – 9 points
[Pub.73] Woliński Tomasz R, Lesiak Piotr, Szeląg
Mateusz, Mileńko
Karolina, Domański
Andrzej,
Jędrzejewski
Kazimierz,
Lewandowski Lech, Boczkowska Anna,
Kurzydłowski Krzysztof Jan: in Polish Tensometryczny czujnik światłowodowy do
badania rozkładu naprężeń w materiale
kompozytowym,
technologie, zastosowania, Vol. LI, No 5, 2010,
pp. 115-117 – 9 points
[Pub.68] Romaniuk Ryszard: in Polish - POLFEL laser na swobodnych elektronach w Polsce,
technologie,
zastosowania, Vol. LI, No 4, 2010, pp. 83-87 –
9 points
[Pub.69] Romaniuk Ryszard: in Polish - Szkło dla
fotoniki.
Część
16;
Synteza
szkła
światłowodowego
metodą
hydrolizy
płomieniowej,
technologie, zastosowania, Vol. 51, No 1, 2010,
pp. 133-139 – 9 points
[Pub.74] Wójcik Amadeusz, Pankanin Grzegorz: in
Polish - Sposoby redukcji poboru energii w
układzie
przetwarzania
sygnału
dla
przepływomierza
wirowego,
PomiaryAutomatyka-Kontrola, Vol. 56, No 11, 2010,
pp. 1302-1304 – 9 points
[Pub.70] Tarapata Grzegorz, Weremczuk Jerzy,
Jachowicz Ryszard: in Polish - Porównanie
wpływu czterech technologii na właściwości
funkcjonalne bezprzewodowego interfejsu do
mikroczujników i mikrosystemów, Przegląd
Elektrotechniczny, Sigma NOT, Vol. 2010, No
10, 2010, pp. 111-113 – 9 points
[Pub.75] Wójcik Waldemar, Romaniuk Ryszard:
Development of Optical Fiber Technology in
Poland, International Journal of Electronics and
Telecommunications, PAN, Vol. 56, No 1,
2010, pp. 99-104 – 9 points
[Pub.71] Wojciechowski
Jacek,
Modzelewski
Juliusz, Ogrodzki Jan, Opalski Leszek,
Zamłyński Krzysztof: Computer-aided MultiLayer Design of Switch-Mode Power Circuits,
Telecommunications, PAN, Vol. 56, 2010, pp.
307-318, DOI:10.2478/v10177-010-0041-0 – 9
points
[Pub.76] Wójcik Waldemar, Romaniuk Ryszard: in
Polish - Rozwój techniki światłowodowej w
kraju, Elektronika- konstrukcje, technologie,
zastosowania, Vol. LI, No 4, 2010, pp. 140-143
– 9 points
[Pub.77] Zawistowski Paweł, Arabas Jarosław,
Głowacki Szymon: Modeling of Wood Biomass
Drying Process with the use of Neural Nets,
Annals of Warsaw Agriculture University, Vol.
55, 2010, pp. 39-45 – 6 points
[Pub.72] Woliński Tomasz R, Lesiak Piotr, Szeląg
Mateusz, Mileńko
Karolina, Domański
Andrzej,
Jędrzejewski
Kazimierz,
Lewandowski Lech, Boczkowska Anna,
Kurzydłowski Krzysztof Jan: in Polish -
Other scientific and technical papers
[Pub.78] Abramowicz Adam: Modelling of Wide
Band Combline and Interdigital Filters,
Mikrotalasna Revija (Microwave Review),
National MTT Society, Vol. 16, No 1, 2010, pp.
15-22
[Pub.80] Cieszewski Radosław, Linczuk Maciej
Grzegorz: Universal DSP Module Interface,
Proceedings of SPIE: Photonics Applications in
Astronomy, Communications, Industry, and
High-Energy Physics Experiments, SPIE, Vol.
7745, 2010, pp. 7745-1T1-6
[Pub.79] Berdychowski P.P., Zabołotny Wojciech:
C to VHDL Compiler, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, SPIE, Vol. 7745, 2010, pp.
7745-1F-1-10
- 63 -
[Pub.89] Grzegorczyk Dawid, Dunin-Wąsowicz
Dorota, Mulawka Jan: Computer-assisted
Detection of Epileptiform Focuses on SPECT
Images, Proceedings of SPIE: Photonics
Applications in Astronomy, Communications,
Industry, and High-Energy Physics Experiments,
Vol. 7745, 2010, pp. 7745-0Q1-7
[Pub.81] Del Veccio Luca, FallaVol.litta Paolo, De
Marco Simone, Esposito Salvatore, Balsi Marco,
Jankowski
Stanisław:
Optimal
forward
Regression for Landmine Detection by Thermal
Sensing, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745-1R-1-7
[Pub.90] Janicki Tomasz, Poźniak Krzysztof,
Romaniuk Ryszard: Integration of Multiinterface Conversion Channel using FPGA for
Modular Photonic Network, Proceedings of
SPIE: Photonics Applications in Astronomy,
Physics Experiments, SPIE , Vol. 7745, 2010,
pp. 7745-1H-1-9
[Pub.82] Drabik Paweł Krzysztof: Parametrized
Hardware Description as Object Oriented
Hardware Model Implementation, Proceedings
of SPIE: Photonics Applications in Astronomy,
Physics Experiments, Vol. 7745, 2010, pp. 77451G1-8
[Pub.91] Krysik Piotr: GSM Signal Reconstruction
with MLSE Detection, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, Vol. 7745, 2010, pp. 774522-1-4
[Pub.83] Fiergolski Adrian: Firmware of Front-end
Driver for the Data Acquisition System in the
TOTEM, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745 1C-1-7745 1C-7
[Pub.92] Małek Katarzyna, Batsch Tadeusz,
Czyrkowski H, Cwiok Mikolaj, Dąbrowski
Ryszard, Dominik Wojciech, Kasprowicz
Grzegorz, Majcher Ariel, Majczyna Agnieszka,
Mankiewicz Lech, Nawrocki Krzysztof, Pietrzak
Robert, Piotrowski Lech Wiktor, Ptasińska
Maria, Siudek Małgorzata, Sokołowski Marcin,
Użycki Janusz, Wawer Piotr, Wawrzaszek
Roman, Wrochna Grzegorz, Zaremba Marcin,
Żarnecki Aleksander Filip: “Pi of the Sky”
Detector, Advances in Astronomy, Hindawi
Publishing Corporation, no Article ID 194946,
2010, 9, DOI:10.1155/2010/194946
[Pub.84] Gajda
Jerzy,
Romaniuk
Ryszard:
Development of Laser Technology in Poland,
High-Energy Physics Experiments, Vol. 7745,
2010, pp. 7745-07-1-9
[Pub.85] Gaweł Marek, Tataj Emmanuel, DuninWąsowicz Dorota: Implementation of Expert
System in Prolog for Infant Seizures,
2010, pp. 7745-0U1-7
[Pub.86] Gołuński Marcel, Wąsiewicz Piotr:
Tactical Assessment in a Squad of Intelligent
Robots, Proceedings of SPIE: Photonics
SPIE, Vol. 7745, 2010, pp. 7745-0W-1-7
[Pub.93] Manerowska Anna, Dądalski Maciej,
Socha Piotr, Mulawka Jan: On Exploration of
Medical Database of Crohns Disease,
2010, pp. 7745-0R-1-7
[Pub.87] Graczyk Rafał, Sitek Piotr, Stolarski
Marcin: SPECTROP DPU: Opto-electronic
Platform for Fast Multi-spectral Imaging,
High-Energy Physics Experiments, SPIE, Vol.
7745, 2010, pp. 7745-0C-1-7
[Pub.94] Modelski Józef, Romaniuk Ryszard:
Electronics and Telecommunications in Poland,
Issues and Perspectives: Part I. Society and
Education, Proceedings of SPIE: Photonics
Vol. 7745, 2010, paper 7745 04 (1-16)
[Pub.88] Gruszfeld Dariusz, Lisiecki Michał:
Automatic Measurement of Carotid IMT in
Children, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745-0T1-7
- 64 -
[Pub.105] Nowak Robert Marek: in Polish Współdzielenie
obiektów
w
aplikacjach
współbieżnych, Software Developer's Journal,
Software Press Sp. z o.o., Vol. 11 (191), 2010,
pp. 18-23
Issues and Perspectives: Part II. Science,
Research, Development, Higher Education,
2010, paper 7745 05
[Pub.106] Pedowski
T.
Wąsiewicz
Piotr,
Maciejewski R., WallnerG.; Medical Diagnose
and Treatment using High Resolution
Manometry with Computer Aided System,
2010, pp. 7745-0X-1-4
Issues and Perspectives: Part III. Innovativeness,
Applications, Economy, Development Scenarios,
Politics, Proceedings of SPIE: Photonics
Vol. 7745, 2010, paper 7745 06
[Pub.107] Przybylski W, Wąsiewicz Piotr, Zieliński
Paweł, Ostrowska-Gromadzka J, Olczak E,
Jaworska D, Niemyjski S, Sante-Lhoutellier V:
Cluster Analysis Application in Research on
Pork Quality Determinants, Proceedings of
SPIE: Photonics Applications in Astronomy,
Physics Experiments, Vol. 7745, 2010, paper
7745-0Y
[Pub.97] Nowak Robert: in Polish - Asynchroniczna
obsługa urządzeń wejścia-wyjścia, Software
Developer's Journal, Software Press Sp. z o.o.,
Vol. 192, No 12, 2010, pp. 24-27
[Pub.98] Nowak Robert Marek: in Polish - Aktywny
obiekt. Współbieżność i komendy, Software
Vol. 10(190), 2010, 34-38
[Pub.108] Rajan G., Milenko K, Lesiak P., Semenova
J., Boczkowska A., Ramakrishnan M.,
Jędrzejewski Kazimierz, Domański A.W,
Woliński T., Farell G.: A Hybryd Fibernoptic
Sensing System for Simultaneous Strain and
Temperature Measurement and its Applications,
Photonics Letters of Poland, Vol. 2, 2010, pp.
46-48, DOI:10.4302/plp.2010.1.16
[Pub.99] Nowak Robert Marek: in Polish - Fabryki
obiektów, Software Developer's Journal,
Software Press Sp. z o.o., Vol. 2(182), 2010, pp.
30-32
[Pub.100] Nowak Robert Marek: in Polish Komendy - żądania jako obiekty, Software
Vol. 01(181), 2010, pp. 36-39
[Pub.109] Romaniuk Ryszard: EuCARD 2010:
European Coordination of Accelerator Research
and Development, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, Vol. 7745, 2010, paper
7745-09
[Pub.101] Nowak Robert Marek: in Polish - Stałość.
Stałość logiczna i stałość fizyczna, Software
Vol. 9(189), 2010, pp. 22-25
[Pub.110] Romaniuk Ryszard: Front Matter for
Volume 7745, Introduction, WILGA 2010,
Photonics
Applications
in
Astronomy,
Communications, Industry and High Energy
Physics Experiments 2010, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, SPIE, Vol. 7745, 2010,
xiii-xviii
[Pub.102] Nowak Robert Marek: in Polish Tworzenie kopii obiektów - wzorzec prototypu,
Software Developer's Journal, Software Press Sp.
z o.o., Vol. 3(183), 2010, pp. 12-14
[Pub.103] Nowak Robert Marek: in Polish Wielometody. Rozszerzenie funkcji wirtualnych,
Software Developer's Journal, Software Press Sp.
z o.o., Vol. 7(187), 2010, pp. 20-25
[Pub.104] Nowak Robert Marek: in Polish Wizytator. Upraszczanie zależności przy
modyfikacji interfejsu klas, Software Developer's
Journal, Software Press Sp. z o.o., Vol. 4(184),
2010, pp. 16-18
[Pub.111] Romaniuk Ryszard: Geometry Design in
Refractive Capillary Optical Fibers, Photonics
Letters of Poland, 2010, pp. 64-66
- 65 -
[Pub.112] Romaniuk Ryszard: Modal Structure
Design in Refractive Capillary Optical Fibers,
Photonics Letters of Poland, 2010, pp. 22-24
[Pub.118] Węcławski Jakub, Jankowski Stanisław:
Phosphorylation Prediction for Proteins by LSSVM with String Kernel, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, Vol. 7745, 2010, pp. 77450Z-1-8
[Pub.113] Romaniuk
Ryszard:
Photonics
Applications and web Engineering: SPIE-PSP
WILGA Symposium Series, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, Vol. 7745, 2010, pp. 7745
02 (1-12)
[Pub.119] Wójcik Waldemar, Romaniuk Ryszard:
Optical Fiber Technology Development in
Poland, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745-08-12
[Pub.114] Romaniuk Ryszard: Photonics Letters of
Poland - a New Peer Reviewed Internet
Publication of the Photonics Society of Poland,
Photonics Letters of Poland, 2010, pp. 1-3
[Pub.120] Zabołotny Wojciech: Dual Port Memory
based Parallel Programmable Architecture for
DSP in FPGA, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745-1E-1-6
[Pub.115] Romaniuk Ryszard: WILGA Photonics and
Web Engineering 2010, Proceedings of SPIE:
Photonics
Applications
in
Astronomy,
Physics Experiments, Vol. 7745, 2010, pp. 7745
03 (1-14)
[Pub.121] Zagoździńska
Agnieszka,
Poźniak
Krzysztof, Romaniuk Ryszard: Parameterized
Diagnostic Module Implemented in FPGA
Structures, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745-1I-1-10
[Pub.116] Romaniuk Ryszard: Wilga Symposium on
Photonics Applications, Photonics Letters of
Poland, 2010, pp. 46-48
[Pub.117] Roszkowski Krzysztof, Mulawka Jan: On
Tensor Calculations via Parallel Programming,
2010, pp. 7745-0S-1-8
[Pub.122] Zieliński
Paweł,
Wąsiewicz
Piotr,
Leszczyńska Bożena, Gromadzka-Ostrowska
Joanna: Young Addicted Men Hormone Profile
Detection, Proceedings of SPIE: Photonics
Vol. 7745, 2010, pp. 7745-0V-1-7
6.3. Scientific and technical papers in conference proceedings
Scientific and technical papers published in the international conference proceedings
Workshop on Personal Computers and Particle
Accelerators, 2010, pp. 150-152
[Pub.123]
Abramowicz
Adam:
Universal
Coupling Curve for Coupled Resonators and
Transmission Lines, Proceedings of the XVIII
International Conference on Microwave, Radar
and Wireless Communications, MIKON-2010;
Vilnius, Lithuania, June 14-16, 2010, pp. 760763
[Pub.125] Bączyk Marcin Kamil, Malanowski
Mateusz Piotr: Decoding and Reconstruction of
Reference DVB-T Signal in Passive Radar
Systems, Proceedings of the IRS-2010 11th
International Radar Symposium, Vilnius,
Lituania, June 16-18, 2010, Vol. 2, pp. 56-58
[Pub.124] Ayvazyan V, Czuba Krzysztof, Geng Z.,
Grecki M.K, Hensler O., Hoffmann M, Jeżyński
Tomasz, Koprek Waldemar, Ludwig F, Rehlich
K., Schlarb H., Schmidt C., Simrock Stefan,
Weddig H.C: LLRF Control System Upgrade at
FLASH, Proceedings of the Eighth International
- 66 -
[Pub.133] Jędrzejewski Konrad, Płatonow Anatolij: A
New Approach to Cancellation of Harmonic
Interferences in Intelligent Cyclic A/D
Convertes, Proceedings of International
Conference on Signals and Electronic Systems
ICSES’10, Gliwice, Poland, September 7-10,
2010, pp. 41-44
[Pub.126] Bou Habib Samer, Czuba Krzysztof,
Jałmużna Wojciech, Jeżyński Tomasz: Design
of an Eight-channel ADC Card for GHz Signal
Conversion, Proceedings of the MIXDES 2010
17th International Conference Mixed Design of
Integrated Circuits and Systems, Wrocław,
Poland, June 24-26, 2010, pp. 144-147
[Pub.134] Jędrzejewski Konrad: Drift-like Errors
Compensation in Intelligent Cyclic A/D
Converters, Proceedings of the 17th Symposium
IMEKO TC4 - Measurement of Electrical
Quantities 2010, 2010, CD-ROM; 1-6
[Pub.127] Castenada Serra A, Kwiatkowski
Maciej, Todd B: Dependable Design using
Programmable Logic Devices, Proceedings of
the 2010 IPAC - International Particle
Accelerator Conference [ipac10.org], 2010,
pp. 1381-1383
[Pub.135] Kamiński Tomasz, Grzanka Antoni: A
Concept of Objective Electrogustometry,
Proceedings of the 7th IASTED International
Conference on Biomedical Engineering BioMed
2010, Insbruck, Austria. February 17-19, 2010,
pp. 1-4
[Pub.128] Czuba Krzysztof, Michał Ładno:
AMC Timing Receiver and Clock Synthesizer
Module for the LLRF System, Proceedings of
the MIXDES 2010 17th International
Conference Mixed Design of Integrated
Circuits and Systems, Wrocław, Poland, June
24-26, 2010, pp. 129-132
[Pub.136] Kędzierski
Grzegorz,
Korszeń
K.,
Lewandowski Arkadiusz Cezary, Wiatr
Wojciech: Towards Establishing Traceable
Coaxial
Type-N
Measurements at NIT, Proceedings of the XVIII
[Pub.129] Czuba Krzysztof, Dominik Sikora:
Phase
Drift
Versus
Temperature
Measurements of Coaxial Cables, Proceedings
of the XVIII International Conference on
Microwave,
Radar
and
Wireless
Communications, MIKON-2010; Vilnius,
Lithuania, June 14-16, 2010, pp. 388-390
[Pub.137] Kulpa Janusz, Maślikowski Łukasz, Kulpa
Krzysztof: Pseudo-Noise Waveform Synthesis
for SAR Applications, Proceedings of the
EuRAD 2010 European Radar Conference,
Paris, France, September 29 –October 2, 2010,
pp. 1-4
[Pub.130] Gołębiowska-Wawrzyniak
M.,
Markiewicz K., Jakimiuk A., Maciejewski T.,
Kozar A., Rytwiński K., Wawrzyniak
Zbigniew M.: HPV, HSV2, HIV and
Chlamydia Transmitted Infections as a
Potential
Factor
Accompanying
Immunodeficiency, Proceedings of the 16th
International
Union
against
Sexually
Transmitted Infection (IUSTI) Asia-Pacific
Congress, the 11th Annual Scientific Meeting
of the Indonesian Society of Dermatology and
Venereology, Bali, Indonesia, May 4-6, 2010,
pp. 1-5
[Pub.138] Kulpa Krzysztof, Misiurewicz Jacek,
Samczyński Piotr, Smolarczyk Maciej, Gadoś
A, Olczyk S.: Bryza-1RM/Bis – multi – sensor
Maritime Patrol Aircraft for Automatic and
non- cooperative Targets Recognition and
classification, Proceedings of the RTO-SET-160
Symposium on NCI/ATR in Air-Ground and
Maritime Applications Based on Radar and
Acoustics, Athens, Greece, October 11-12,
2010, CD: pp. 1-5
[Pub.131] Jachowicz Ryszard: Microsensor
and Microsystem (MEMS) for Technical,
Medical and Bio-Applications, Proceedings of
the NEXT 2010 7th International New
Exploratory Technologies Conference, Turku,
Finland, October 19-22, 2010, pp. 7-13
[Pub.139] Kulpa Krzysztof, Malanowski Mateusz
Piotr, Misiurewicz Jacek, Samczyński Piotr
Jerzy, Maślikowski Łukasz: Noise Radar: The
Hi-Tech Alternative to Pulse Radar for the
Modern Battlefield, Proceedings of the IQPC
Military Sensors 2010 Conference, London,
Great Britain, November 29-30, 2010, pp. 1-69
[Pub.132] Jankowski Stanisław, Currenti G., Napoli
R., Szymański Z., Fortuna L., Del Negro C.,
Dwulit M.: Modeling of volcanomagnetic
dynamics by recurrent orthogonal least-squares
systems. Proceedings of the 11th Experimental
Chaos and Complexity Conference, Lille,
France, June 1 – 4, 2010, p. 107.
- 67 -
[Pub.148] Maślikowski Łukasz, Kulpa Krzysztof:
Bistatic Quasi-Passive Noise SAR Experiment,
Proceedings of the IRS-2010 11th International
Radar Symposium, Vilnius, Lituania, June 1618, 2010, pp. 498-500
[Pub.140] Kulpa Krzysztof: Passive Radar for ATC,
Proceedings of the Conference the Fourth
World Congress “Aviation in the XXI-st
Century”, Kiev, Ukraine, September 21-23,
2010, pp. 22.93-22.96
[Pub.149] Maślikowski Łukasz, Misiurewicz Jacek:
Nonuniform Spatial Sampling in a Noise SAR,
[Pub.141] Lewandowski Arkadiusz Cezary, Wiatr
Wojciech: Calibration of 220-325 GHz VectorNetwork-analyzer with Multiple RectangularWaveguide Sections, Proceedings of the XVIII
[Pub.150] Maślikowski Łukasz, Contartese Clara,
Malanowski Mateusz Piotr, Kulpa Krzysztof:
Preliminary Results of Ground-based Noise
SAR Experiments, Proceedings of the EUSAR
2010, Aachen, Germany, June 7-10, 2010, pp.
Wojciech: Comparison of 220-325 GHz vectorNetwork-analyzer calibrations based on
Multiple Rectangular-waveguide Sections,
Proceedings of the European Microwave
Conference, EuMC 2010; Paris, France,
September 28-30, 2010, pp. 256-259
[Pub.151] Maślikowski
Łukasz,
Malanowski
Mateusz Piotr: Sub-Band Phase Calibration in
Stepped Frequency GB Noise SAR, Proceedings
of the EuRAD 2010 European Radar
Conference, Paris, France, September 29 –
October 2, 2010, CD: pp. 1-4
Wojciech: Multi-frequency Approach to the
Coaxial Multiline TRL Calibration, Proceedings
of the Agilent European Metrology Workshop
2010, Paris, France, September 22, 2010, CD:
pp. 1-14
[Pub.152] Piekarski Jan, Czuba Krzysztof: The
Method of Designing Ultra Low Phase Noise
Dielectric Resonator Oscillators, Proceedings
Microwave,
Radar
and
Wireless
Communications,
MIKON-2010;
Vilnius,
Wojciech,
Dobrowolski
Janusz:
MultiFrequency Approach to the Coaxial Multiline
Through-Reflect-Line Calibration, Proceedings
Microwave,
Radar
and
Wireless
Communications,
MIKON-2010;
Vilnius,
[Pub.153] Pietruch
Rafał,
Grzanka
Antoni:
Combining Acoustic and Visual Modalities in
Vowel Recognition System for Laryngectomees,
Proceedings of the 10th Symposium on Neural
Network
Applications
in
Engineering,
NEUREL-2010, Belgrade, Serbia, September
23-25, 2010, pp. 175-179
Wojciech, Williams D.F: Multi-frequency
Approach
to
vector-network-analyzer
Measurements,
Proceedings of the European Microwave
Conference, EuMC 2010; Paris, France,
September 28-30, 2010, pp. 260–263
[Pub.154] Płatonow Anatolij: Principles of Design of
Feedback Systems Working at the Shannon’s
Boundary, Proceedings
of International
Conference on Signals and Electronic Systems
ICSES’10, Gliwice, Poland, September 7-10,
2010, pp. 335-338
[Pub.146] Malanowski Mateusz Piotr, Kulpa
Krzysztof: Robust Detection in Continuouswave Noise Radar - Experimental Results,
[Pub.155] Puccio
B,
Castaneda
Serra
A,
Kwiatkowski Maciej, Romera Ramirez I, Todd
B: The CERN Beam Interlock System: Principle
and Operational Experience, Proceedings of the
2010 IPAC - International Particle Accelerator
Conference [ipac10.org], 2010, pp. 2866-2868
[Pub.147] Małkiewicz Łukasz Michał, Płatonow
Anatolij: Methods of Additional Improvement of
Cyclic ADC Performance, Proceedings of
International Conference on Signals and
Electronic Systems ICSES’10, Gliwice, Poland,
September 7-10, 2010, pp. 97-100
- 68 -
[Pub.162] Szymański
Zbigniew,
Jankowski
Stanisław, Dwulit Marek Piotr, Chodzyńska
Joanna, Wyrwicz Lucjan S: Pertinent
Parameters Selection for Processing of Short
Amino Acid Sequences, Proceedings of the 10th
International Workshop on Pattern Recognition
in Information Systems,PRIS 2010, Funchal,
Madeira, Portugal, June 8-9, 2010, pp. 25-32
[Pub.156] Purchla
Magdalena
Barbara:
Approximation of Probabilities of Missing a
Preamble and False Alarm in OFDM
Transmission, Proceedings of the 15th
International
OFDM-Workshop
2010
(InOWo'10), Hamburg, Germany, August 31 –
September 3, 2010, pp. 1-5
[Pub.157] Romaniuk
Ryszard,
Kahle
Kate:
Dissemination, Communications, Outreach in
EuCARD, Proceedings of the 2010 Fourth
EuCARD
Conference
on
European
Coordination of Accelerator Research and
Development, Rutherford Appleton Laboratory
(RAL), 2010, CD: pp. 1-5
[Pub.163] Wiatr
Wojciech:
Line-Length
Optimization of Offset-Short Standards for
Broadband VNA Calibration, Proceedings of
the XVIII International Conference on
Microwave,
Radar
and
Wireless
Communications,
MIKON-2010;
Vilnius,
[Pub.158] Samczyński Piotr, Kulpa Krzysztof,
Malanowski Mateusz Piotr, Misiurewicz Jacek:
Advance
Processing
for
Airborne
Passive/Active Radars, Proceedings of the IQPC
Military Sensors 2010 Conference, London,
Great Britain, November 29-30, 2010,CD: pp.
1-62
[Pub.164] Wiatr Wojciech, Crupi Giovanni, Caddemi
Alina, Mercha Abdelkarim, M.-P. Schreurs
Dominique M.: Source-pull characterization of
FinFET noise, Proceedings of the MIXDES
2010 17th International Conference Mixed
Design of Integrated Circuits and Systems,
Wrocław, Poland, June 24-26, 2010, pp. 425430.
[Pub.159] Samczyński Piotr, Kulpa Krzysztof: The
Use of the Coherent MapDrift Technique for
SAR Image Focusing on the Sea Surface,
Proceedings of the 2010 IEEE International
Radar Conference, Arlington, VA, USA, May
10-14, 2010, CD: pp. 1-5
[Pub.165] Wiatr Wojciech: Source-pull Noise
Characterization of Two-port Devices with
PNA-X, Proceedings of the Agilent European
Metrology Workshop, Paris, France, September
22, 2010, pp. 1-31
[Pub.160] Samczyński Piotr Jerzy, Malanowski
Mateusz Piotr, Kulpa Krzysztof: Fusion of SAR
and Optical Images as a Method for Improving
Target Recognition on the Earth Surface,
[Pub.166] Zych Mariusz, Gromek Damian, Gromek
Artur: Focused Algorithms for Ground
Penetrating Radar Imaging, Proceedings of the
IRS-2010 11th International Radar Symposium,
Vilnius, Lituania, June 16-18, 2010, pp. 422426
[Pub.167] Żukociński
Mateusz
Sebastian,
Abramowicz Adam: Helical Resonator for
Measurements of Dielectrics at 8, 13 and 25
MHz, Proceedings of the 6th Microwave
Materials and Their Applications Conference
MMA 2010, Warsaw, Poland, September 1-3,
2010, p. 70
[Pub.161] Shi C.W.P., Shan Xuechuan, Tarapata
Grzegorz, Jachowicz Ryszard, Weremczuk
Jerzy, Hui H.T.: Fabrication of Wireless
Sensors on Flexible Film Using Screen Printing
and Via Filling, Proceedings of the Symposium
on Design, Test, Integration and Packaging of
MEMS/MOEMS, Seville, Spain, May 5-7,
2010, pp. 209-214
Scientific and technical papers published in the national Conference Proceedings
[Pub.168] Bohdanowicz Michał, Kasprowicz
Grzegorz Henryk: Multichannel Acquisition
System with Photomultiplier Detectors,
Proceedings of the XXV Symposium IEEESPIE on Photonics and Web Engineering,
Warsaw, Poland, January 29-31, 2010, CD:
pp.1-4
[Pub.169] Bryl Mikołaj, Kasprowicz Grzegorz
Henryk: Identification System for Car License
plate, Proceedings of the XXV Symposium
IEEE-SPIE on Photonics and Web Engineering,
- 69 -
Measurement and Computing Platform,
Proceedings of the XXVI Symposium IEEESPIE Photonics and Web Engineering, Wilga,
Poland, May 24-30, 2010, CD: pp. 1-4
Warsaw, Poland, January 29-31, 2010, CD:
pp.1-4
[Pub.170] Cieszewski Radosław: Universal DSP
Module Interface, Proceedings of the XXVI
Symposium IEEE-SPIE Photonics and Web
Engineering, Wilga, Poland, May 24-30, 2010,
CD: pp. 1-4
[Pub.180] Korolczuk Stefan: Multi Parametric Signal
Analyzer
for
Radiation
Spectrometry,
Poland, May 24-30, 2010, CD: pp. 1-4
[Pub.171] Drabik Paweł Krzysztof: Modeling of
Object Oriented Hardware, Proceedings of the
XXV Symposium IEEE-SPIE on Photonics and
Web Engineering, Warsaw, Poland, January 2931, 2010, CD: pp.1-4
[Pub.181] Kulpa Krzysztof, Misiurewicz Jacek,
Malanowski Mateusz Piotr: in Polish - Obrona
przed zakłóceniami radarów pasywnych,
Proceedings of the „VIII Konferencja
Naukowo-Techniczna Systemy Rozpoznania i
Walki Elektronicznej”, Pisz, Poland, November
23-25, 2010, CD: 1-9
[Pub.172] Drabik Paweł Krzysztof: Object Oriented
Hardware Modeling, Proceedings of the XXVI
CD: pp. 1-4
[Pub.182] Kwiatkowski
Maciej
Wojciech:
Dependable Design using Programmable Logic
Devices, Proceedings of the XXVI Symposium
IEEE-SPIE Photonics and Web Engineering,
Wilga, Poland, May 24-30, 2010, CD: pp. 1-4,
[Pub.173] Fiergolski Adrian: Firmware of Front-end
Driver for the Data Acquisition System in the
TOTEM, Proceedings of the XXV Symposium
Warsaw, Poland, January 29-31, 2010, CD: pp.
1-4
[Pub.183] Kwiatkowski Maciej Wojciech: New
VHDL Implementation of the Receiver Board
for the Safe Machine Parameters System,
1-4
[Pub.174] Górecki Wojciech, Kasprowicz Grzegorz
Henryk: Universal Measurement System for
Monitoring of the Environment, Proceedings of
the XXV Symposium IEEE-SPIE on Photonics
and Web Engineering, Warsaw, Poland, January
29-31, 2010, CD: pp. 1-4
[Pub.184] Lipiński Maciej Marek: The White Rabbit
Project, Proceedings of the XXVI Symposium
IEEE-SPIE Photonics and Web Engineering,
Wilga, Poland, May 24-30, 2010, CD: pp. 1-4
[Pub.175] Graczyk
Rafał:
Dynamic
System
Reconfiguration. An Overview, Proceedings of
the XXVI Symposium IEEE-SPIE Photonics
and Web Engineering, Wilga, Poland, May 2430, 2010, CD: pp. 1-4,
[Pub.185] Lipiński
Maciej
Marek,
Poźniak
Krzysztof: Virtual Measurement System,
1-4
[Pub.176] Kalicki Arkadiusz: Anomaly Detection
Techniques for http, Proceedings of the XXVI
CD: pp. 1-4
[Pub.186] Mazurek Gustaw: in Polish - Cyfrowy
czujnik drgań do konstrukcji budowlanych,
Proceedings of the XI Sympozjum nt.
Kompleksowego Zarządzania Jakością w
Budownictwie, 2010, CD: pp. 1-4
[Pub.177] Kasprowicz Grzegorz Henryk: Advanced
CCD/CMOS Cameras for the Pi of The Sky
Project
and
Industrial
Applications,
Poland, May 24-30, 2010, CD: pp. 1-4
[Pub.187] Mazurek Gustaw: in Polish - Uniwersalny
moduł pomiarowy dla potrzeb budownictwa,
Proceedings of the XII Sympozjum nt.
Kompleksowego Zarządzania Jakością w
Budownictwie, 2010, ITB, CD: pp. 1-5
[Pub.178] Kasprowicz Grzegorz Henryk: Control of
Beam Intensity and Position in PS, Proceedings
of the XXVI Symposium IEEE-SPIE Photonics
and Web Engineering, Wilga, Poland, May 2430, 2010, CD: pp. 1-4
[Pub.179] Kasprowicz
Grzegorz
Multichannel,
Scalable,
Low
[Pub.188] Obroślak Piotr, Kasprowicz Grzegorz
Henryk: Digital Video Signal Processing Chain
for Pi-of-the-sky Experiment, Proceedings of the
XXV Symposium IEEE-SPIE on Photonics and
Henryk:
Latency
- 70 -
[Pub.198] Sitek Piotr: in Polish - SIR2 spektrometr
kosmiczny,
Proceedings
of
the
XXVI
CD: pp. 1-4
Web Engineering, Warsaw, Poland, January 2931, 2010, CD: pp. 1-4
[Pub.189] Pucyk Piotr Dominik: Parametrized,
FPGA based Simulator for Low Level RF
System in FLASH, Proceedings of the XXVI
CD: pp. 1-4
[Pub.199] Szewiński
Jarosław:
Beam
based
Feedback at FLASH in DESY, Proceedings of the
XXVI Symposium IEEE-SPIE Photonics and
Web Engineering, Wilga, Poland, May 24-30,
2010, CD: pp. 1-4
[Pub.190] Romaniuk Ryszard: Annual Report of
PERG-ELHEP Research Group Achievements
in 2009, Proceedings of the XXV Symposium
1-4
[Pub.200] Tarapata Grzegorz, Weremczuk Jerzy,
Jachowicz Ryszard: in Polish - Porównanie
wpływu czterech technologii na właściwości
funkcjonalne bezprzewodowego interfejsu do
mikroczujników i mikrosystemów, Proceedings of
the XI Konferencja Naukowa Czujniki
Optoelektroniczne i Elektroniczne COE 2010,
Nałęczów, Poland, June 20-23, 2010, CD: pp. 13
[Pub.191] Romaniuk Ryszard: Introduction to 2010
IEEE-SPIE WILGA Symposium, Proceedings of
the XXV Symposium IEEE-SPIE on Photonics
and Web Engineering, Warsaw, Poland, January
29-31, 2010, CD: pp. 1-4
[Pub.201] Tarapata Grzegorz, Iwaszko Roman,
Weremczuk Jerzy, Jachowicz Ryszard, Paczesny
Daniel: in Polish - Wykonanie Elementów
Bezprzewodowego Interfejsu do Mikrosystemów
w Technologii Inkjet Printing, Proceedings of the
I Konferencja Naukowo-Techniczna Organiczna,
Drukowana i Elastyczna Elektronika ODEE
Warsaw, Poland, April 20-23, 2010, pp. 63-70
[Pub.192] Romaniuk Ryszard: Photonics Science and
Technology in Poland - a Review, Proceedings
of the XXV Symposium IEEE-SPIE on
Photonics and Web Engineering, Warsaw,
Poland, January 29-31, 2010, CD: pp. 1-4
[Pub.193] Romaniuk Ryszard: Optical Internet,
Poland, May 24-30, 2010, CD: pp. 1-10
[Pub.202] Weremczuk Jerzy, Tarapata Grzegorz,
Iwaszko Roman, Paczesny Daniel, Jachowicz
Ryszard: Humidity Sensor Made by ink-jet
Printing Technology, Proceedings of 10th
Conference „Electron Technology”, ELTE 2010,
2010, Wrocław, Poland, September 22-25, 2010,
CD: pp. 1-4
[Pub.194] Romaniuk Ryszard: in Polish - Rola
optoelektroniki w Internecie Przyszłości,
Proceedings of the 2010 Polski Komitet
Optoelektroniki SEP, Plenarna Konferencja
Sprawozdawczo Wyborcza, Warsaw, Poland,
April 28, 2010, CD: pp. 1-5
[Pub.203] Wójcik Amadeusz, Pankanin Grzegorz: in
Polish - Układ przetwarzania sygnału o
zredukowanym
poborze
energii
do
przepływomierza wirowego, Proceedings of the
VIII Konferencja Naukowa Systemy Pomiarowe
w Badaniach Naukowych i Przemyśle SP2010,
Łagów, Poland, June 21-23, 2010, pp. 179-182.
[Pub.195] Romanowski Piotr, Poźniak Krzysztof:
Transmission of Measurement Data Implementation in Java for Component Internal
Interface, Proceedings of the XXV Symposium
1-4
[Pub.196] Rybka Dominik Konrad: Electronics
Development
for
Space-based
Photons
Polarymeter POLAR, Proceedings of the XXV
Symposium IEEE-SPIE on Photonics and Web
Engineering, Warsaw, Poland, January 29-31,
2010, CD: pp.1-4
[Pub.197] Sitek Piotr: Front-end Electronics for
CCD Camera of the SPECTOR Project,
Proceedings of the XXV Symposium IEEE-SPIE
on Photonics and Web Engineering, Warsaw,
Poland, January 29-31, 2010, CD: pp. 1-4
- 71 -
Scientific and technical papers without Institute of Electronic Systems affiliation
[Pub.211] Joshi B., Brady K., Lee J., Easley B.,
Panigrahi R., Smielewski P., Czosnyka Marek,
Hogue C.W. Jr.: Impaired Autoregulation of
Cerebral Blood Flow during Rewarming from
Hypothermic Cardiopulmonary Bypass and its
Potential Association with Stroke, Anesthesia
and Analgesia, 2010, February 1, Vol. 110(2),
pp. 321-328, Epub 2009 December 11.
[Pub.204] Bijlenga P., Czosnyka Marek, Budohoski
K.P., Soehle M., Pickard J.D., Kirkpatrick P.J.,
Smielewski P.: "Optimal Cerebral Perfusion
Pressure" in Poor Grade Patients after
Subarachnoid Hemorrhage, Neurocrit Care,
2010, August, Vol. 13(1), pp. 17-23.
[Pub.205] Brady K., Joshi B., Zweifel C., Smielewski
P., Czosnyka M., Easley R.B., Hogue C.W. Jr.:
Real-time Continuous Monitoring of Cerebral
Blood Flow Autoregulation using near-Infrared
Spectroscopy
in
Patients
Undergoing
Cardiopulmonary Bypass, Stroke, 2010,
September, Vol. 41(9), pp. 1951-6, Epub 2010
July 22.
[Pub.212] Kasprowicz M., Asgari S., Bergsneider M.,
Czosnyka Marek, Hamilton R., Hu X.: Pattern
Recognition of Overnight Intracranial Pressure
Slow Waves using Morphological Features of
Intracranial Pressure Pulse, Journal of
Neuroscience Methods, 2010, July 1, Vol.
190(2), pp. 310-318, Epub 2010 May 26.
[Pub.206] Brady K.M., Mytar J.O., Kibler K.K.,
Hogue C.W. Jr, Lee J.K., Czosnyka Marek,
Smielewski P., Easley R.B.: Noninvasive
Autoregulation Monitoring with and without
Intracranial Pressure in the Naive Piglet Brain,
Anesthesia and Analgesia, 2010, July, Vol.
111(1), pp. 191-195, Epub 2010 June 2.
[Pub.213] Kasprowicz M., Schmidt E., Kim D.J.,
Haubrich C., Czosnyka Z., Smielewski P.,
Czosnyka
Marek
Evaluation
of
the
Cerebrovascular Pressure Reactivity Index
using Non-Invasive Finapres Arterial Blood
Pressure, Physiological Measurements, 2010.
September, Vol. 31(9), pp. 1217-1228, Epub
2010 July 28.
[Pub.207] Carrera E., Kim D.J., Castellani G.,
Zweifel C., Czosnyka Z., Kasparowicz M.,
Smielewski P., Pickard J.D., Czosnyka Marek:
What Shapes Pulse Amplitude of Intracranial
Pressure?, Journal of Neurotrauma, 2010,
February, Vol. 27(2), pp. 317-324.
[Pub.214] Kim D.J., Carrera E., Czosnyka Marek,
Keong N., Smielewski P., Balédent O,. Sutcliffe
M.P., Pickard J.D., Czosnyka Z.: Cerebrospinal
Compensation of Pulsating Cerebral Blood
Volume in Hydrocephalus, Neurological
Research, 2010, July, Vol. 32(6), pp. 587-592,
Epub 2010 January 21.
[Pub.208] Carrera E., Kim D.J., Castellani G.,
Zweifel C., Smielewski P., Pickard J.D.,
Kirkpatrick P.J., Czosnyka Marek: Cerebral
Arterial Compliance in Patients with Internal
Carotid Artery Disease, European Journal of
Neurology, 2010, November 4. Doi:
10.1111/j.1468-1331.2010.03247.x.
[Epub
ahead of print]
[Pub.215] Li L.M., Timofeev I., Czosnyka Marek,
Hutchinson P.J.: Review article: The Surgical
Approach to the Management of Increased
Intracranial Pressure after Traumatic Brain
Injury, , 2010, September, Vol. 111(3), pp. 736748, Epub 2010 August 4.
[Pub.209] Czosnyka Z., Owler B., Keong N.,
Santarius T., Baledent O., Pickard J.D.,
Czosnyka Marek: Impact of Duration of
Symptoms on CSF Dynamics in Idiopathic
Normal
Pressure
Hydrocephalus,
Acta
Neurologica Scandinavica, 2010 September 16,
doi: 10.1111/j.1600-0404.2010.01420.x. [Epub
ahead of print]
[Pub.216] Radolovich D.K., Czosnyka Marek,
Timofeev I., Lavinio A., Kim D.J., Jaeger M.,
Hutchinson P., Gupta A., Pickard J.D.,
Smielewski P.: Transient Changes in Brain
Tissue Oxygen in Response to Modifications of
Cerebral Perfusion Pressure: an Observational
Study, Anesthesia and Analgesia, 2010, January
1, Vol. 110(1), pp. 165-173.
[Pub.210] Diedler J., Czosnyka Marek: Merits and
Pitfalls of Multimodality Brain Monitoring,
Neurocritical Care, 2010
- 72 -
[Pub.217] Reinhard M., Neunhoeffer F., Gerds T.A.,
Niesen W.D., Buttler K.J., Timmer J., Schmidt
B., Czosnyka Marek, Weiller C., Hetzel A.:
Secondary Decline of Cerebral Autoregulation
is Associated with Worse Outcome after
Intracerebral Hemorrhage, Intensive Care
Medicine, 2010, February, Vol. 36(2), pp. 264271, Epub 2009 October 17
[Pub.220] Zweifel C., Castellani G., Czosnyka
Marek, Helmy A., Manktelow A., Carrera E.,
Brady K.M., Hutchinson P.J., Menon D.K.,
Pickard J.D., Smielewski P.: Noninvasive
Monitoring of Cerebrovascular Reactivity with
Near Infrared Spectroscopy in Head-injured
Patients, Journal of Neurotrauma, 2010
November, Vol. 27(11), pp. 1951-1958, Epub
2010 October 28
[Pub.218] Weerakkody R.A., Czosnyka Marek,
Zweifel C., Castellani G., Smielewski P., Keong
N., Haubrich C., Pickard J., Czosnyka Z.: Slow
Vasogenic Fluctuations of Intracranial Pressure
and Cerebral near Infrared Spectroscopy-an
Observational Study, Acta Neurochirurgica
(Wien), 2010, October, Vol. 152(10), pp. 17631769, Epub 2010 August 11.
[Pub.221] Zweifel C., Czosnyka Marek, Lavinio A.,
Castellani G., Kim D.J., Carrera E., Pickard
J.D., Kirkpatrick P.J., Smielewski P.: A
comparison Study of Cerebral Autoregulation
Assessed with Transcranial Doppler and
Cortical
Laser
Doppler
Flowmetry,
Neurological Research, 2010, May, Vol. 32(4),
pp. 425-42, Epub 2009 August 21.
[Pub.219] Zweifel C., Castellani G., Czosnyka
Marek, Carrera E., Brady K.M., Kirkpatrick
P.J., Pickard J.D., Smielewski P.: Continuous
Assessment of Cerebral Autoregulation with
near-Infrared Spectroscopy in Adults after
Subarachnoid Hemorrhage, Stroke, 2010,
September, Vol. 41(9), pp. 1963-1968, Epub
2010 July 22.
Posters and Presentations
M.,
Markiewicz K., Jakimiuk A., Kozar A.,
Rytwiński K., Wawrzyniak Zbigniew M.; HSV2
and HPV - Sexually Transmitted Infections as a
Factor
Accompanying
Cellular
Immunodeficiency, 14th International Congress
of Immunology ICI 2010, August 22-27, 2010,
Kobe, Japan, poster
M.,
Markiewicz K., Jakimiuk A., Kozar A.,
Rytwiński K., Wawrzyniak Zbigniew M.:
HSV2 and HPV - Sexually Transmitted
Infections as a Factor Accompanying
Cellular Immunodeficiency, 8th Asia Pacific
Congress of Allergy, Asthma and Clinical
Immunology, APCAACI-APAPARI 2010,
November 6 – 9, 2010, Singapore, poster
- 73 -
7.
REPORTS
7.1. Research reports
"Advanced radar technologies in military and
civil applications), November 2010
[Rep.1] Biedrzycki Rafał, Nowak Robert: Internet
Application Architecture for Data Fusion,
Technical report for statutory funds and
European Defense Agency EDA R&T Joint
Investment Programme on Force Protection
DAFNE - Distributed and Adaptive
Multisensor Fusion Engine, December 2010,
84 pages
[Rep.6] Kulpa Krzysztof, Misiurewicz Jacek,
Malanowski Mateusz, Samczyński Piotr,
Gromek Artur, Gorzelańczyk Adam: in Polish
- Raport końcowy z realizacji zadania
badawczego
nr
5
zatytułowanego
“Opracowanie koncepcji SAR z wysoką
rozdzielczością” realizowanego w ramach
projektu PBZ-MNiSW-DBO-04/I/2007, pt.
„Zaawansowane technologie radarowe w
(The final report of the research task No. 5
entitled "Concept of high reselution
SARsystem" implemented under the project
No. PBZ-MNiSW-DBO-04/I/2007 entitled
"Advanced radar technologies in military and
civil applications), November 2010
[Rep.2] Dobrowolski Janusz, Abramowicz Adam,
Antoszkiewicz Krzysztof, Czuba Krzysztof,
Fistek Grażyna, Wiatr Wojciech: in Polish Układy i systemy mikrofalowe – modelowanie,
projektowanie i pomiary, (Microwave Circuits
and Systems, Modeling, Design and
Measurements), Research report for statutory
funds, March 2010, 17 pages
Gromek Artur, Gorzelańczyk Adam, Krysik
Piotr, Szabatin Jerzy: Technical Report.
SARINA Project (WP2 – Task 2.2) –
Deliverable 10: Trade off Analysis, Technical
Report for SARINA project (SAR-based
Augmented Integrity Navigation Architecture),
August 2010, 259 pages
[Rep.7] Nałęcz Marek, Rytel-Andrianik Rafał,
Rupniewski Marek Wojciech, Mazurek
Gustaw, Pikacz Bartosz: in Polish - Założenia
do wytycznych konstrukcyjnych na pakiet
przetwarzania, Research report for the
development project (projekt rozwojowy) No
OR 00006608 “Opracowanie demonstratora
technologii
systemu
antenowego
z
elektronicznie sterowaną wiązką wraz z
systemem przetwarzania sygnałów do radaru
przeciwlotniczego zestawu rakietowego nowej
generacji”, January 2010, 62 pages
Gromek Artur, Gorzelańczyk Adam, Krysik
Piotr, Szabatin Jerzy:: Technical Report.
SARINA Project (WP2 – Task 2.3) –
Deliverable 11: Software Simulator Design,
Technical Report for SARINA project (SARbased Augmented Integrity Navigation
Architecture), August 2010, 72 pages
Gustaw, Pikacz Bartosz: in Polish Aktualizacja
założeń
do
wytycznych
konstrukcyjnych i formatów transmisji danych
dla potrzeb projektu wstępnego, (Updated
Guidelines for the Design Principles and Data
Formats for the Preliminary Project). Research
report for the development project (projekt
rozwojowy) No OR 00006608 “Opracowanie
demonstratora
technologii
systemu
nowej generacji”, June 2010, 26 pages
Gromek Artur, Gorzelańczyk Adam: in Polish
- Raport końcowy z realizacji zadania
badawczego
nr
11
zatytułowanego
“Opracowanie koncepcji i badania wybranych
elementów radaru pasywnego” realizowanego
w ramach projektu PBZ-MNiSW-DBO04/I/2007, pt. „Zaawansowane technologie
radarowe w zastosowaniach wojskowych oraz
cywilnych, (The final report of the research
task No. 11 entitled "Concept of passive radar
system" implemented under the project No.
PBZ-MNiSW-DBO-04/I/2007
entitled
Gustaw, Pikacz Bartosz: in Polish - Analiza
założeń, wstępnych wersji algorytmów i
- 74 -
formatów transmisji danych dla potrzeb
projektu wstępnego, (The Analysis of
Assumptions, Preliminary Versions of
Algorithms and Data Formats for the
Preliminary Project). Research report for the
technologii
systemu
antenowego
z
generacji”, January 2010, 24 pages
[Rep.13] Romaniuk Ryszard, Kahle K.: Periodic
report
from
WP1
Dissemination,
Communication and Outreach, EuCARD –
European Coordination of Akcelerator
Research and Development, Geneve, 2010, 10
pages
[Rep.14] Rupniewski Marek Wojciech: in Polish Instrukcja korzystania z oprogramowania do
projektowania filtrów MTD, (MTD Filter
Design Toolbox Manual). Research report for
the development project (projekt rozwojowy)
No
OR
00006608
“Opracowanie
demonstratora
technologii
systemu
nowej generacji”, September 2010, 8 pages
Gustaw, Pikacz Bartosz: in Polish - Strategia
zarządzania energią radaru na poszczególnych
pozycjach elewacji wiązki nadawczej, (Energy
Management Strategy for each Elevation
Position of the Radar Beam). Research report
for the development project (projekt
demonstratora
technologii
systemu
nowej generacji”, March 2010, 61 pages
[Rep.15] Rupniewski Marek Wojciech: in Polish Instrukcja korzystania z oprogramowania do
projektowania filtrów MTI, (MTI Filter Design
Toolbox Manual). Research report for the
technologii
systemu
antenowego
z
generacji”, September 2010, 7 pages
Gustaw, Pikacz Bartosz: in Polish - Projekt
banków filtrów MTD oraz filtrów MTI, (Design
of the MTD and MTI Filter Banks). Research
report for the development project (projekt
demonstratora
technologii
systemu
nowej generacji”, September 2010, 487 pages
[Rep.16] Rupniewski Marek Wojciech, Pikacz
Bartosz, Nałęcz Marek, Rytel-Andrianik Rafał,
Mazurek Gustaw: in Polish - Ostateczne
wersje algorytmów obróbki pierwotnej, (Final
Versions of the Primary Signal Processing
Algorithms). Research report for the
technologii
systemu
antenowego
z
generacji”, September 2010, 41 pages
[Rep.12] Opalski Leszek: in Polish -, Projektowanie
układów, systemów i mikrosystemów - metody,
algorytmy, konstrukcje, (Development of
Circuits, Systems and Microsystems –
Methods, Algorithms and Designs). Research
report for statutory funds, March 2010, 5 pages
7.2.
[Rep.17] Tarapata Grzegorz Józef: Multi-functional
Substrate Platform for Smart Sensor with
Wireless Interface Application, Final report for
special project SINGAPUR/29/2006 realized
with cooperation with Singapore Institute of
Manufacturing Technology – SIMTech, 2010,
141 pages.
Other reports
- 75 -
8.
PATENTS
8.1. Foreign patents
8.2. Home patents
[Pat. 1] Tomasz Starecki Ph.D., D.Sc.: Device of
Modulation of Light Beams, (in Polish –
Urządzenie do modulacji wiązek światła);
No PL 208209 B1
Decision date: October 22, 2010
- 76 -
9.
9.1.
CONFERENCES, SEMINARS AND MEETINGS
International conferences
[Conf.9] IRS-2010
11th
International
Radar
Symposium, Vilnius, Lituania, June 14-19,
2010, participants: Professor Krzysztof Kulpa,
Professor Bohdan Butkiewicz, Mateusz
Malanowski Ph.D., Jacek Misiurewicz Ph.D.,
Mariusz Zych Ph.D.Student, Artur Gromek
M.Sc., Piotr Krysik M.Sc.
[Conf.1] 7th IASTED International Conference on
Biomedical Engineering BioMed 2010,
Insbruck, Austria. February 17-19, 2010,
participant: Tomasz Kamiński Ph.D.Student
[Conf.2] 39th Winter School on Wave and Quantum
Acoustics, 15th Winter Workshop on
Photoacoustics and Thermal Wave Methods,
Szczyrk, Poland, March 1-3, 2010, participant:
Mariusz Suchenek M.Sc.
[Conf.10] MIXDES
2010
17th
International
Conference Mixed Design of Integrated
Circuits and Systems, Wrocław, Poland, June
24-26, 2010, participants: Krzysztof Czuba
Ph.D., Wojciech Wiatr Ph.D.
[Conf.3] Workshop on Intelligent Transportation
WIT, Hamburg, Germany, March 23-24, 2010,
participants: Jacek Misiurewicz Ph.D., Artur
Gromek M.Sc., Karol Szumski Student
[Conf.11] Fusion 2010, Edinburgh, Scotland, July
27-29, 2010, participant: Jacek Misiurewicz
Ph.D.
[Conf.4] 16th International Union against Sexually
Transmitted Infection (IUSTI) Asia-Pacific
Congress, the 11th Annual Scientific Meeting
of the Indonesian Society of Dermatology and
Venereology, Bali, Indonesia, May 4-6, 2010,
participant: Zbigniew M.Wawrzyniak Ph.D.
[Conf.12] 14th
International
Congress
of
Immunology ICI 2010, August 22-27, 2010,
Kobe,
Japan,
participant:
Zbigniew
M.Wawrzyniak Ph.D.
[Conf.5] IEEE International Radar Conference 2010,
Washington, USA, May 10-14, 2010,
participants: Professor Krzysztof Kulpa and
students: Marcin Kamil Bączyk, Łukasz
Maślikowski
[Conf.13] 15th International OFDM-Workshop 2010
(InOWo'10), Hamburg, Germany, August 31 –
September 3, 2010, participant: Magdalena
Purchla-Malanowska Ph.D.
[Conf.6] 11th Experimental Chaos and Complexity
Conference ECC11, Lille, France, May 31-June
6, 2010, participant: Stanisław Jankowski Ph.D.
[Conf.14] 6th International Conference Microwave
Materials and Their Applications Conference
MMA 2010, Warsaw, Poland, September 1-3,
2010, participant: Wojciech Wiatr Ph.D.
[Conf.7] EUSAR 2010, Aachen, Germany, June 7-10,
2010, particpants: Professor Krzysztof Kulpa,
Jan Piekarski Ph.D.Student
[Conf.15] Eurosensors Conference, Linz, Austria,
September 6-9, 2010, participant: Professor
Ryszard Jachowicz
[Conf.8] XVIII
International
Conference
on
Microwave,
Radar
and
Wireless
Communications,
MIKON-2010,
Vilnius,
Lithuania, June 14-16, 2010, participants:
Professor
Janusz
Dobrowolski,
Adam
Abramowicz Ph.D. D.SC., Krzysztof Czuba
Ph.D.,
Arkadiusz
Lewandowski
Ph.D.,
Wojciech Wiatr Ph.D., Dominik Sikora
Ph.D.Student, Piotr Samczyński Ph.D., Tomasz
Filipek Ph.D.Student and students: Marcin
Kamil Bączyk, Janusz Kulpa, Paweł
Roszkowski, Ewa Janas, Grzegorz Krawczyk,
Wojciech Kaska, Damian Gromek, Łukasz
Maślikowski
[Conf.16] 17th Symposium IMEKO TC 4 Measurement of Electrical Quantities, 3rd
Symposium IMEKO TC 19 - Environmental
Measurements, 15th International Workshop on
ADC Modelling and Testing, Kosice, Slovakia,
September 8-10, 2010, participant: Konrad
Jędrzejewski Ph.D.
[Conf.17] XI International Conference Parallel
Problem Solving from Nature, Cracow, Poland,
September 11-15, 2010, participants: Professor
Jarosław Arabas, student Ewa Janas
- 77 -
[Conf.22] 8th Asia Pacific Congress of Allergy,
Asthma and Clinical Immunology, APCAACIAPAPARI 2010, November 6 – 9, 2010,
Singapore,
participant:
Zbigniew
M.Wawrzyniak Ph.D.
[Conf.18] Radar Methods and Systems Workshop
(RMSW-2010) part of the Conference the
Fourth World Congress “AVIATION IN THE
XXI-st CENTURY”, Kiev, Ukraine, September
21-23, 2010, participants: Professor Krzysztof
Kulpa, Mariusz Zych Ph.D.Student, student
Łukasz Maślikowski
[Conf.23] ICT 2010: Digitally Driven, Belgium
Brussels, November 26-29, 2010, participant:
Professor Leszek Opalski - invited by the
European Commision
[Conf.19] European Microwave Conference, EuMC
2010; Paris, France, September 26-30, 2010,
participants: Arkadiusz Lewandowski Ph.D.,
Wojciech Wiatr Ph.D.
[Conf.24] CBM DAQ-FEE Workshop, Frankfurt,
Germany, November 28 – December 2, 2010,
paricipant: Wojciech Zabołotny Ph.D.
[Conf.20] EuRAD 2010 European Radar Conference,
Paris, France, September 29 – October 2, 2010,
participants: Professor Krzysztof Kulpa,
Maeusz Malanowski Ph.D., Jacek Misiurewicz
Ph.D., Piotr Samczyński Ph.D.
[Conf.25] IQPC Military Sensors 2010 Conference,
London, Great Britain, November 29-30, 2010,
participant: Professor Krzysztof Kulpa
[Conf.26] RFTech Workshop 2010, Villingen,
Switzerland, December 1-3, 2010, participant:
[Conf.21] NEXT 2010 7th International New
Exploratory Technologies Conference, Turku,
Finland, October 19 - 22, 2010, participant:
9.2.
[Conf.27] The Human Chemosensation 2010,
Dresden, Germany, December 2-5, 2010,
participant: Tomasz Kamiński Ph.D.Student
Local conferences
Ph.D.Students: Szymon Jabłoński, Grzegorz
Kasprowicz, Maciej Lipiński, Dominik Sikora,
Korolczuk Stefan, Arkadiusz Kalicki, Dominik
Rybka, Piotr Sitek, Emanuel Tataj.
[Conf.28] XIVrd Symposium on Photonics and Web
Engineering, Advanced Applications of
Photonic and Electronic Systems, January 2325, 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: Kalicki Arkadiusz, Kasprowicz
Grzegorz, Korolczuk Stefan, Maciej Lipiński,
Dominik Rybka, Piotr Sitek.
[Conf.31] 9th National Conference on Elektronics,
Darłówko Wschodnie, Poland, May 30-June 2,
2010, participant: Tomasz Owczarek Ph.D.
[Conf.32] National Conference Radiokomunikacji
Radiofonii i Telewizji, Cracow, Poland, June
15-16, 2010, participant: Mateusz Malanowski
Ph.D.
[Conf.29] Ist National Conference Organiczna,
Drukowana i Elastyczna Elektronika ODEE
2010, Warsaw, Poland, April 22 – 23, 2010,
participants: Grzegorz Tarapata Ph.D., Roman
Iwaszko Ph.D.Student
[Conf.33] XI
National
Conference
Czujniki
Optoelektroniczne i Elektroniczne, Nałęczów,
Poland, June 20-23, 2010, participants:
Grzegorz Tarapata Ph.D.,
[Conf.30] XXVth Symposium on Electronics and
Photonics for Astronomy and High Energy
Physics Experiments, May 24 – 30, 2010,
Wilga, Poland, participants: Professor Ryszard
Romaniuk, Professor Tomasz Adamski,
Professor Jan Mulawka, Professor Jan
Ogrodzki, Professor Leszek Opalski, Professor
Anatolij
Płatonow,
Docent
Kazimierz
Jędrzejewski, Stanisław Jankowski Ph.D.,
Robert Nowak Ph.D., Krzysztof Poźniak Ph.D.,
Maciej Linczuk Ph.D., Wojciech Zabołotny
Ph.D., Michał Ramotowski M.Sc., Mariusz
Suchenek M.Sc., Piotr Z.Wieczorek M.Sc., and
[Conf.34] National Conference Systemy Pomiarowe
w Badaniach Naukowych i w Przemyśle,
Łagów, Poland, June 20-23, 2010, participant:
Grzegorz Pankanin Ph.D., D.Sc.
[Conf.35] 10th Conference “Electron Technology’’
ELTE 2010, Wrocław, Poland, September 22 –
25, 2010, participants: Grzegorz Tarapata
Ph.D., Jerzy Weremczuk Ph.D.
[Conf.36] I Konferencja Studenckich Kół Naukowych
Wydziału Elektroniki i Technik Informacyjnych,
Warsaw, Poland, October 12, 2010, participant:
Mariusz Zych Ph.D.Student
- 78 -
[Conf.37] National Conference VIII Konferencja
Naukowo – Techniczna Systemy Rozpoznania i
Walki Elektronicznej KNTWE’10, Pisz, Poland,
9.3.
November 23-25, 2010, participant: Professor
Krzysztof Kulpa
Schools and seminars
[Conf.38] Training on „Serwis CORDIS” –
możliwości uczestniczenia w inicjatywach
Komisji Europejskiej, Cracow, Poland, March
2, 2010, participant: Piotr Z. Wieczorek
Ph.D.Student
[Conf.49] Training
on
Debugging
and
Troubleshooting of digital Design using MSO
and Logic Analyzers, Warsaw, Poland, October
5, 2010, participant: Szymon Jabłoński Ph.D.
Student
[Conf.39] Traing on LabView (National Instruments),
Warsaw, Poland, March 29-April 2, 2010,
participant: Artur Gromek M.Sc.
[Conf.50] Training on Analysis and Optimization of
Signal Integrity of MGT, Warsaw, Poland,
October 5, 2010, Participant: Szymon Jabłoński
Ph.D.Student
Warsaw, Poland, May 17-21, 2010, participant:
Artur Gromek M.Sc.
[Conf.51] Training
on
Debugging
and
Troubleshooting of digital Design using MSO
and Logic Analyzers, Warsaw, Poland, October
5, 2010, Participant: Szymon Jabłoński
Ph.D.Student
[Conf.41] Summer School “Organic Optoelectronics
on the Move - Going large, flexible, and
efficient”, Krutyń, Poland, June 22–28, 2010,
participant: Roman Iwaszko Ph.D.Student
[Conf.52] 3D Innovation Day - Poznaj siłę narzędzi
3D, Warsaw, Poland, October 6, 2010,
participants: Artur Gromek M.Sc., Roman
Iwaszko Ph.D.Student
th
[Conf.42] 20
International Travelling Summer
School on Microwaves and Lightwaves, Metz,
France, July 3-9, 2010, participant: Jan
Piekarski Ph.D.Student
[Conf.53] Hands-On
Introduction
to
Python
Programming, CERN, Geneva, Switzerland,
October 18-21, 2010, participants: Adrian
Fiergolski Ph.D.Student, Mateusz Żukociński
Ph.D.Student
Warsaw, Poland, July 12-16, 2010, participant:
Artur Gromek M.Sc.
[Conf.44] Training on “Kompatybilność elektromagnetyczna EMTEST”, Józefów, Poland,
September 1-2, 2010, participant: Grzegorz
Kasprowicz Ph.D.Student
Warsaw, Poland, October 18-22, 2010,
participant: Artur Gromek M.Sc.
[Conf.45] Project
Management
Methodology
Training, Warsaw, Poland, September 13-15,
2010, participant: Robert Nowak Ph.D.
[Conf.55] Fifth International Accelerator School for
Linear Coliders, Villars-Sur-Ollon, Switzerland,
October 25 – November 7, 2010, participant:
Bou Habib Samer Ph.D.Student
[Conf.46] Agilent European Metrology Workshop
2010, Agilent Technologies, Paris, France,
September 21-23, 2010, participants: Arkadiusz
Lewandowski Ph.D., Wojciech Wiatr Ph.D.
[Conf.56] Multi-threading
and
Parallelism
Workshop, CERN, Geneva, Switzerland,
November 10–11, 2010, participant: Adrian
Fiergolski Ph.D.Student
[Conf.47] Computer Architecture and Performance
Tuning
Workshop,
CERN,
Geneva,
Switzerland,
September
22-23,
2010,
participant: Adrian Fiergolski Ph.D.Student
[Conf.57] Training
on
“Podstawy
audytu
informatycznego”, Institute of Electronics
Systems, Warsaw, Poland, November 16, 2010,
participant: Daniel Paczesny Ph.D.
[Conf.48] Training on Analysis and Optimization of
Signal Integrity of MGT, Warsaw, Poland,
October 5, 2010, participant: Szymon Jabłoński
Ph.D. Student
nd
[Conf.58] 2 Week: Rainbow Software Training II,
Warsaw Poland, December 6-10, 2010,
participant: Mariusz Zych Ph.D.Student
- 79 -
9.4.
Meetings
[Conf.59] Coordination visit in Norwegian Defence
Research Establishment (FFI), January 20-23,
2010, Oslo, Norway, participants: Professor
Krzysztof Kulpa, Mateusz Malanowski Ph.D.,
Robert Nowak Ph.D.
[Conf.69] First Annual Review of the EuCARD SRF
Collaboration, Daresbury, Great Britain,
Cockroft Institute, April 6-9, 2010, participants:
Krzysztof Czuba Ph.D., student Piotr
Więckowski
[Conf.60] Organizing meeting - SARINA Project
(SAR-based Augmented Integrity Navigation
Architecture), Piza, Italy, January 24-26, 2010,
participant: Professor Krzysztof Kulpa,
[Conf.70] Research stay in DESY (Deutsches
Elektronen Synchrotron), Hamburg, Germany,
April 10-17, 2010, participant: Dominik Sikora
Ph.D.Student
[Conf.61] Technical meeting - DAFNE Project
(Distributed and Adaptive Multisensor Fusion
Engine), European Defence Agency (EDA), #3
at TNO, The Hague, Netherlands, January 2526, 2010, participant: Jacek Misiurewicz Ph.D.
[Conf.71] EuCARD First Annual Meeting, Didcot,
Great Britain, Rutherford Appleton Laboratory,
April 13-16, 2010, participants: Krzysztof
Czuba Ph.D., Bou Habib Samer Ph.D.Student
[Conf.72] Technical meeting - NATO RTO/SET-159
“Terahertz and other electromagnetic wave
techniques for defence and security”, Vilnius,
Lithuania, May 3-7, 2010, participant: Professor
Krzysztof Kulpa
January 29 – February 10, 2010, participants:
Krzysztof Czuba Ph.D., Bou Habib Samer
Ph.D.Student, student Piotr Więckowski
[Conf.73] Technical meeting - NATO SET-164
„Advanced Modelling and System Applications
for Passive Sensors”, Paris, France, May 17-20,
2010, participant: Mateusz Malanowski Ph.D.
[Conf.63] Research visit in Faculty of Microsystems
Electrinics and Photonics Wrocław University
of Technology, January 18, 2010, participants:
Professor Ryszard Romaniuk, Daniel Paczesny
Ph.D.
and progress meeting #2, Brussels, Belgium,
June 8-9, 2010, participant: Jacek Misiurewicz
Ph.D.
[Conf.64] Research visit in School of Electronics and
Computer Science University of Southampton,
February 17–19, 2010, participant: Daniel
Paczesny Ph.D.
[Conf.65] Organizing meeting - SARINA Project
Architecture), Brussels, Belgium, February 1819, 2010, participants: Professor Krzysztof
Kulpa, Robert Nowak Ph.D.
[Conf.75] Didactic stay under Socrates Program in
the University Ramon Llull, Barcelona, Spain,
June 10-17, 2010, participant: Stanisław
Jankowski Ph.D.
[Conf.66] Research stay in Japan, February, 2010 –
February, 2011, participant: Tomasz Starecki
D.Sc. Invited lectures: Photoacustics and
Introduction to Project Management in Kyoto
Computer Gakuin, Japan
[Conf.76] Research and didactic stay under
SOCRATES Program in the Universitat de
Valencia (Facultad de Fisica), 6 hours lecture
“Modelowanie chodu w oparciu o podwójny
średni krok – problemy asymetrii”, June 15-22,
2010, paticipant: Jacek Dusza Ph.D.
at VOP-026, Brno, Czech Republic, March 1011, 2010, participant: Jacek Misiurewicz Ph.D.
July 5-15, 2010, participants: Krzysztof Czuba
Ph.D., Dominik Sikora Ph.D.Student, Łukasz
Zembala
Ph.D.Student,
student
Piotr
Więckowski
March 29 – April 1, 2010, participants:
Krzysztof Czuba Ph.D., Łukasz Zembala
Ph.D.Student
July 26-31, 2010, participant: Krzysztof Czuba
Ph.D.
- 80 -
participants: Jacek Misiurewicz Ph.D., Robert
Nowak Ph.D.
[Conf.79] Research stay in National Institute of
Standards and Technology, USA, July 26August 24, 2010, participant: Arkadiusz
Lewandowski Ph.D.
October 18-28, 2010, participant: Dominik
Sikora Ph.D.Student
August 17-28, 2010, participants: Krzysztof
Czuba Ph.D., Łukasz Zembala Ph.D.Student,
Dominik Sikora Ph.D.Student, Bou Habib
Samer Ph.D.Student and students: Igor
Rutkowski, Piotr Więckowski, Przemysław
Kownacki, Paweł Przybylski
October 20-27, 2010, participant: Krzysztof
Czuba Ph.D.
November 18-26, 2010, participant: Krzysztof
Czuba Ph.D.
[Conf.81] Research visit in School of Electronics and
Computer Science University of Southampton,
August 23-27, 2010, participant: Daniel
Paczesny Ph.D.
November 20 – December 4, 2010, participant:
Dominik Sikora Ph.D.Student
August 24 – September 1, 2010, participants:
Dominik Sikora Ph.D.Student, Bou Habib
Samer Ph.D.Student
November 24 - December 3, 2010, participant:
Szymon Jabłoński Ph.D.Student.
[Conf.83] Technical meeting - NATO SET-164
„Advanced Modelling and System Applications
for Passive Sensors”, Hague, The Netherlands,
September 4-9, 2010, participant: Mateusz
Malanowski Ph.D.
[Conf.92] Starting meeting SARAPE Project
(Synthetic Aperture Radar for all Weather
Penetrating UAV Application), Brussels,
Belgium, November 30 – December 2, 2010,
participants: Mateusz Malanowski Ph.D., Adam
Gorzelańczyk M.Sc.
September 20-29, 2010, participant: Krzysztof
Czuba Ph.D., Dominik Sikora Ph.D.Student
[Conf.93] Research stay in DESY, Hamburg,
Germany, December 8-13, 2010, participant:
Łukasz Zembala Ph.D.Student
[Conf.85] Technical meeting - NATO “NCI/ATR in
Air Ground and Maritime Applications Based
on Radar and Acoustics”, October 10-14, 2010,
Athens, Greece, participants: Professor
Krzysztof Kulpa, Piotr Samczyński Ph.D.
[Conf.94] Research stay in DESY, Hamburg,
Germany, December 9-20, 2010, participant:
student Piotr Więckowski
at IDS Sp.A, Rome, Italy, October 12-14, 2010,
[Conf.95] Technical meeting - SARINA Project
Architecture), Piza, Italy, December 14-15,
2010, participant: Professor Krzysztof Kulpa
- 81 -
10. GUESTS IN THE INSTITUTE OF ELECTRONIC SYSTEMS
Weiss Germany (EADS), Alexander Schroeder
Germany (EADS), Karl Erik Olsen Norway
(FFI), Mathieu Klein France (THALES),
Ibrahim Gorgec Turkey (ASELSAN), June,
2010
[Visit 1] Professor Felix Yanowsky (National
Aviation University, Kiev, Ukraine, Head of
Radioelectronics
Department).
“Doppler
Polarimetric Radar” - Lectures under the Warsaw
University
of
Technology
Development
Programme, European Commission Social Found
(ESF) Human Capital Operational Programme,
March 22-31, 2010.
[Visit 6] Technical meeting - SARINA Project (SARbased
Augmented
Integrity
Navigation
Architecture): Attila Simon European Defense
Agency EDA, Carole Nahume European
Defense Agency EDA, Daniele Brotto European
Defense Agency EDA, Bernard Querry
Polyvionics,
France,
Stephane
Querry
Polyvionics,
France,
Aldo
Bonsignore
Ingegneria dei Sistemi IDS Italy, Mario Greco
Ingegneria dei Sistemi IDS Italy, Gianpaolo
Pinelli Ingegneria dei Sistemi IDS Italy,
September, 2010
[Visit 2] Professor Konstantin Lukin (Usikov
Institute for Radiophysics and Electronics NAS
of Ukraine). “Noise radar technology and its
applications” - Lectures under the Warsaw
University
of
Technology
Development
Programme, European Commission Social Found
(ESF) Human Capital Operational Programme,
March 3-12, 2010.
[Visit 3] Professor Yufeng Jin – Director of National
Key Laboratory of Science and Technology on
Micro/Nano
Fabrication
Institute
of
Microelectronics, Peking University, Beijing,
China, seminary title “Introduction of MEMS
Research in IME of Peking University”, April 19,
2010
[Visit 7] Enis Karaarslan Ph.D. – Mugla University,
Turkey, seminariy title “Introduction to Network
Security and Network Awareness”, September
16, 2010
[Visit 8] Professor Wolfgang J.R. Hoefer – Insitute
of High Performance Computing, Singapore,
seminary title “Research in Computational
Electromagnetics, Plasmonics and Photonics at
the Institute of High Performance Computing
(IHPC) Singapore”, October 18, 2010
[Visit 4] Professor Tomasz Kaźmierski, University
of Southampton, UK, May 23-30, 2010,
cooperation under Athens Programme, seminary
title “Genetic Optimization in Structural
Synthesis
of
Mixed-Technology
MEMS
Systems”
[Visit 9] Miguel Angel Gutierrez de Anda Ph.D.,
National Institute par Astrophysics, Optics and
Electronics, Tonantzintla, Mexico, December 720, 2010, seminary title “Parameter-varying
Lowpass Filters”
[Visit 5] Technical meeting NATO RTO/SET-152
group: Heiner Kuschel (Chair) Germany (FHR),
Demet Sahinkaya Turkey (TUBITAK), Georg
- 82 -
11.
AWARDS AND DISTINCTIONS
STATE MEDALS
MEDAL OF NATIONAL EDUCATION COMMITTEE
[Award 1] Ryszard Romaniuk Professor
[Award 2] Jacek Dusza Ph.D.
AWARDS OF THE RECTOR OF WARSAW UNIVESITY OF TECHNOLOGY
First Degree Individual Rector’s Award in Scientific Achievements
[Award 3] Grzegorz Pankanin D.Sc.
[Award 4] Tomasz Starecki D.Sc.
Second Degree Individual Rector’s Award in Scientific Achievements
[Award 5] Mateusz Malanowski Ph.D.
[Award 6] Gustaw Mazurek Ph.D.
First Degree Individual Rector’s Award in Didactic Achievements
[Award 7] Maciej Radtke M.Sc.
First Degree Team Rector’s Award in Didactic Achievements
[Award 8] Marek Nałęcz D.Sc.
[Award 9] Zdzisław Michalski M.Sc.
[Award 10] Rafał Rytel-Andrianik Ph.D.
[Award 11] Gustaw Mazurek Ph.D.
[Award 12] Marek Rupniewski Ph.D.
[Award 13] Kazimierz Skrzydelski
Second Degree Team Rector’s Award in Scientific Achievements
[Award 14] Professor Leszek Opalski
OTHER AWARDS
“GOLDEN CHALK” Award
[Award 15]Michał Ramotowski M.Sc.
[Award 16]Professor Jarosław Arabas (from Faculty of Mathematics and Information Science)
- 83 -
Foundation of the Development of Radiocommunication and Multimedia Technology Award
[Award 17]
Mateusz Malanowski Ph.D. – first degree award for the best Ph.D. dissertation
AP/AES/MTT Joint Chapter of the IEEE Poland Section Award
[Award 18]
Jan Piekarski Ph.D.Student - first degree award for the best M.Sc. dissertation
Awards for the conference papers and posters
[Award 19]
Jan Piekarski Ph.D.Student - the GAAS Association Prize for the best young scientist presentation at
the XVIII International Conference on Microwave, Radar and Wireless Communications, MIKON2010; Vilnius, Lithuania, 2010
[Award 20]
Arkadiusz Lewandowski Ph.D. - distinction for the young scientist presentation at the XVIII
International Conference on Microwave, Radar and Wireless Communications, MIKON-2010;
Vilnius, Lithuania, 2010
[Award 21]
Grzegorz Kasprowicz Ph.D.Student – 1st Prize for the Best Presentation, XXVth Symposium on
Electronics and Photonics for Astronomy and High Energy Physics Experiments
[Award 22]
Piotr Obroślak B.Sc. - 1st Prize for the Best Presentation, XXVth Symposium on Electronics and
Photonics for Astronomy and High Energy Physics Experiments
[Award 23]
Agnieszka Zagoździńska B.Sc. – 5th Prize for the Best Presentation, XXVth Symposium on
Electronics and Photonics for Astronomy and High Energy Physics Experiments
[Award 24]
Łukasz Maślikowki B.Sc. – 2nd Prize, Young Scientist Award Best Presentation, IRS 2010 –
International Radar Symposium 2010, Vilnius, Lithuania
[Award 25]
Łukasz Maślikowki B.Sc. – Best Poster Presentation Award, I Konferencja Studenckich Kół
Naukowych Wydziału Elektroniki i Technik Informacyjnych, Warsaw, Poland,
[Award 26]
Mariusz Zych Ph.D.Student – 1st Prize, Young Scientist Award Best Poster Presentation, IRS 2010 –
International Radar Symposium 2010, Vilnius, Lithuania
XIX PKOopto Professor Adam Smoliński Competition
for the best M.Sc. dissertation in optoelectronics in 2010
[Award 27]
Piotr Obroślak B.Sc., tutor: Professor Ryszard Romaniuk - distinction
- 84 -

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