Programme (single pages) - Leibniz Universität Hannover

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Conference Programme
Welcome to ISTET’99 and Magdeburg
On behalf of the ISTET International Steering Committee and the Otto-vonGuericke-Universität (OvGU) Magdeburg it is our pleasure to extend to you
our warmest welcome and invitation to attend the 1999 International
Symposium of Theoretical Electrical Engineering (ISTET’99), held in
Magdeburg, Sachsen-Anhalt in Germany, September 6 - 9, 1999, at the
Hansa Hotel.
In the tradition of the founders of this ISTET conference series a technical
programme will be presented where electrical and electronic engineers and
scientists can proceed in their discussions of advanced theoretical ideas, new
and hopefully more efficient analytical and numerical methods as well as
exciting applications with respect to electromagnetic fields and/or electronic
circuits. It should be emphasized that both areas are the fundamental
physical basis of our present age that is characterized by high speed
information recording and preparation, information transfer and information
processing. It is beyond any doubt that the multimedia audiovisual
communication services of the near future with its corresponding technical
devices like smart sensors, mobile communication systems and complex
signal processing units need new ideas from the areas of electromagnetic
fields and electronic circuits. Therefore research aspects which are presented
at this 1999 ISTET conference will be crucial for the next millennium where
information techniques play an essential role.
The structure of the ISTET’99 conference is featured by regular sessions
where experts from more than 23 countries present their latest results in
electromagnetic fields and/or electronic circuits and the teaching of these
disciplines as well as some special sessions where selected subjects of high
interest will be reviewed by invited speakers. Obviously these scientists can
be counted to the authorities in their research area.
September 6 - 9, 1999
Magdeburg, Germany
Hosted by
Otto-von-Guericke-University
Institute for Electronics,
Signal Processing and
Communications
Sponsored by
The city of Magdeburg is a location for the ISTET’99 conference with its own
gracefulness. At first we mention Otto von Guericke (1602-1682) the great
major of Magdeburg who defended his town in the sixteenth century and
became famous as a natural scientist who studied the physics of vacuum by
means of his well known experiment (see for further details:
http://ipe.et.uni-magdeburg.de/el/istet and „Magdeburg“). Some very similar
experiments of Otto von Guericke will be presented at the ISTET’99
conference banquet. Werner von Siemens another famous scientist is related
to Magdeburg. Recently the new building and location of the Institute of
Electronics, Signal Processing and Communications of the Department of
Electrical Engineering and Communications of the Otto-von-GuerickeUniversität was named after him. Beside many other famous people of the
past - e. g. emperor Otto I, who was buried in the cathedral of Magdeburg this town was until recently a crossing point between eastern and western
Europe. Even now a mixture of these different influences can be found in
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Magdeburg which is in correspondence with the roots of this ISTET’99
conference series. Moreover we would like to mention the BUGA’99
(Bundesgartenschau) in Magdeburg. On the occasion of these annual and
exceptional BUGA events numerous garden architects show their works of
art. Accompanied by the BUGA’99 many other interesting events will be
organised (see for further details: http://ipe.et.uni-magdeburg.de/el/istet and
„BUGA’99“).
Finally I would like to thank the ISTET International Steering Committee for
giving us the opportunity to arrange the ISTET’99 in Magdeburg. Special
thanks are given to my colleagues Prof. R. Sikora (Szeczin, Poland),
Prof. O. Benda† (Bratislava, Slovakia), Prof. H. Uhlmann (Ilmenau, Germany),
and Prof. M. Tadeusiewicz (Lodz, Poland) for advice with respect to many
problems that have arisen during the preparation of this conference.
Obviously no scientific conference can be successful without a local
organizing committee which has to solve the uncountable problems. Without
Dr. Thomas Schindler, chairman of the local organizing committee, who
solved all these problems in a highly intelligent and engaged manner, this
ISTET’99 conference could not take place in this form. Furthermore I would
like to thank Mrs. M. Bärwald, Mrs. P. Borcherding, Mrs. H. Kerth,
Mrs. B. Lunderstedt, Mrs. Dr. T. Reckert and Dipl.-Ing. W. Liebscher from the
OvGU, as well as my research assistants Dipl.-Ing. L. Kronenberg,
Dipl.-Ing. H. Bresch,
Dr. K. Pahlke,
Dipl.-Ing. M. Streitenberger
and
Dr. L. Weiss. Many thanks to the Kanzler of the OvGU, Mr. W. Lehnecke, and
his team especially for solving the very difficult problem of credit cards.
I would like to thank the Otto-von-Guericke-Universität Magdeburg and
Rektor Prof. Dr. E. Pollmann, the Deutsche Forschungsgemeinschaft (DFG),
the Deutscher Akademischer Austauschdienst (DAAD) and the
Kultusministerium des Landes Sachsen-Anhalt and Abteilungsleiter
Dr. Chr. Helm for their generous support of this conference.
The ISTET’99 conference is organized in cooperation with the VDE-ITG FG
8.4.1 „Netzwerktheorie und Numerik“, VDE-ITG FA 8.4 „Integrierte Systeme“
and the IEEE Circuit and Systems (CAS) German Chapter.
Your participation in ISTET’99 and your visit to Magdeburg will be technically
rewarding, enjoyable and memorable. We hope that you will have a
comfortable travel to and a good stay at Magdeburg.
Wolfgang Mathis
ISTET’99 Chairman
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Contents
International Steering Committee.............5
Local Organizing Committee....................4
Banquet....................................................5
Meeting of the International Steering
Committee (ISC) ......................................5
Information for accompanied persons ......5
Exhibits ....................................................5
Accommodations......................................5
Travelling information about the
ISTET’99 ..................................................6
Internet Access/Email ..............................6
ISTET’99 Registration ..............................6
Lunch, Coffee and Conference
Banquet....................................................6
ISTET’99 Proceedings .............................6
Special entrance ......................................6
Special Invited Talks ................................7
Conference Schedule.............................10
Technical Programme ............................14
Authors' Index ........................................27
Conference Venue .................................29
International Steering Committee
O. Benda†, Slovakia
(Honorary Member)
S. Bolkowski, Poland
A. Bossavit, France
J. R. Cardoso, Brasil
Z. Ciok, Poland
E. Della Torre, USA
K. Demirtchyan, Russia
D. Engelade, Germany
S. Y. Hahn, Korea
T. Honma, Japan
A. Ivanyi, Hungary
L. Kolev, Bulgary
A. Kost, Germany
E. E. Kriezis, Greece
W. Mathis, Germany
D. Mayer, Czech. Republic
I. D. Mayergoyz, USA
K. Mikolajuk, Poland
B. D. Reljin, Yugoslavia
K. R. Richter, Austria
M. Rizzo, Italy
H. Rosman, Romania
A. Savini, Italy
R. Sikora, Poland
L. Sumichrast, Slovakia
J. K. Sykulski, UK
M. Tadeusiewicz, Poland
C. W. Trowbridge, UK
H. Uhlmann, Germany
Local Organizing Committee
T. Schindler (Chairman)
P. Borcherding
H. Bresch
I. Hesse
H. Kerth
L. Kronenberg
W. Liebscher
B. Lunderstedt
K. Pahlke
M. Streitenberger
L. Weiss
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Banquet
Travelling information about the ISTET’99
On Tuesday evening - September 7, 1999 - at 8:00pm all registered
participants of the ISTET’99 are invited to the conference banquet. It will take
place in the GUERICKE and the TELEMANN saloons of the HANSA hotel.
We have wonderful music presented by two young ladies and very talented
musicians. Another highlight is a collection of experiments which were
created by Otto von Guericke in the seventeenth century and presented at
our ISTET’99 conference by the Otto-von-Guericke-Society Magdeburg.
These highlights will be enhanced by an elegant buffet dinner where several
delicious meals will be prepared by the cuisine of the HANSA hotel.
Magdeburg and the HANSA hotel can be reached by car using the A2
highway, by train (see Travel Service of the “Deutsche Bahn” DB
http://bahn.hafas.de/bin/query.exe/en) or by airplane to Berlin or
Hannover and then by train from Berlin or Hannover to Magdeburg. Public
transportation to the conference hotel and other places is provided by the
“Magdeburger Verkehrsbetriebe” MVB (see http://mvb.magdeburg.de) and
taxis.
Meeting of the International Steering
Committee (ISC)
On Monday evening - September 6, 1999 - at 8:00pm there is 1999 ISC
meeting. This meeting takes place in the HANNA saloon. A snack buffet and
a collection of drinks will be served.
Information for accompanied persons
Note that no special programme for accompanied persons of the regular
participants of the ISTET’99 is available. The local organizing committee
suggests to visit the BUGA’99 in Magdeburg. A reduced number of tickets will
be available on the conference desk. Each conference fee also includes
comprehensive material about the BUGA’99. Furthermore several other
beauty and interesting places of Magdeburg (e.g. the famous cathedral of
Magdeburg with the tomb of Otto I) can be visited using the guide
„A sightseeing tour through the cathedral city on the Elbe“ that is included in
the material. Please ask members of the local conference committee for
further hints and insider’s tips.
See map on last page too.
Internet Access/Email
During the conference there will be locations available for computer and
Internet access. These stations are reserved for attendees to contact their
email and view conference related websites.
ISTET’99 Registration
All symposium attendees must register and carry their name tag at all times.
The registration desk at the conference will be open on Monday,
September 6, 1999 from 8:30am until 16:20pm and on each of the following
two days. On Thursday, September 9, 1999, the conference desk will be
open between 8:30am and 10:55am.
Lunch, Coffee and Conference Banquet
For all registered symposium attendees the lunch buffet each day is included
in their registration and they will be invited to the conference banquet.
Furthermore some beverages will served during the breaks.
Exhibits
ISTET’99 Proceedings
Booksellers will exhibit new books and products related with research areas
of this ISTET’99 conference. Furthermore some colleagues will present
demonstrations of their research.
All conference registrations will include one copy of the completed ISTET’99
proceedings on CD-ROM and as a hard copy (where colored figures are
printed in black/white).
Accommodations
Special entrance
The conference HANSA hotel is available for the participants as well as other
hotel where our ISTET’99 homepage can be used for your assistance.
The local organizing committee allows all students of the Otto-von-GuerickeUniversität Magdeburg who are not employed to visit all sessions of the
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ISTET’99 conference without paying the conference fee. But also in this case
a registration is necessary and students must carry their special name tag at
all time.
Special Invited Talks
The members of the International Steering Committee agree that the
participants of the ISTET’99 will present interesting and remarkable results.
On the other hand it is a good tradition that subjects of special interest will be
outlined by experts and authorities of the corresponding research areas and
enriched by own results. The chairman of this ISTET’99 conference believe
that the invited speakers and their subjects will find the applause of all
participants of this conference.
In the following the invited speakers are introduced:
Professor Martin Hasler of the Swiss Federal Institute of
Technology in Lausanne held the Chair of Circuits and
Systems. His research interests include nonlinear circuits and
systems analysis, nonlinear systems modeling and
identification, applications of chaos in engineering neural
networks, and speech processing. Since 1979 he became one
of the most well known experts in nonlinear circuits. Recently,
he makes a considerable research effort to the application of
chaotic behavior in information transmission and signal processing. He is
author and co-author of about 120 research papers and 5 books. Furthermore
he has been the Editor of the IEEE Transactions on Circuits and Systems,
Part I: Fundamental Theory and Applications from 1993 until 1995 and is a
member of the Editorial Board of two other international journals. He is a
fellow of the IEEE.
Dipl.-Ing. Werner John was born on December 13th, 1950 in
Osnabrück. In 1980 he received the master degree (Dipl.-Ing.)
of electrical engineering at the University in Hannover. On
October 1, 1998 he joined the Fraunhofer Institute Reliability
and Microintegration. Since then he is the head of the
Department “Advanced System Engineering (Berlin/
Paderborn)”. He is responsible for the development and
integration of simulation tools, models and design procedures
in the spheres “EMC analysis”, “EMC engineering”, “RF design” and ”design
environments”. W. John has gained 18 years of experience with the
development of microwave engineering software, analog simulation software
and EMC software. He authored more than 80 publications in national and
international scientific journals and conferences.
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Professor Thomas Beth is head of the Institute for
Algorithms and Cognitive Systems at the University of
Karlsruhe and Director of the European Institute for System
Security. The institute has specialized in several areas of
modern algorithm engineering and computer algebra
combined with picture processing and picture interpretation
and mathematical knowledge engineering. This work was
complemented by the fundamental and applied research work
by intensive research and development in engineering of public-key
algorithms, protocol design, protocol verification and cryptanalysis of systems
in the E.I.S.S. Since 1994 Thomas Beth has worked in quantum computing
and built up a research group in quantum informatics. Thomas Beth has
published several books and has served as editor to different journals in the
areas of computer science, physics and mathematics. His current research
interests include cryptography, applied algebra and computer algebra with its
applications in signal processing, optical algorithms, microtechnology, and of
course quantum computing. The new book by Beth, Jungnickel, Lenz: Design
Theory and its Applications, Encyclopaedia of Mathematics, Cambridge
University Press, 1999, comprises some of this work in its second volume.
Professor Bernd Wilhelmi (* 1938, Erfurt, Germany)
Dr. rer. nat. (1966), facultas docendi (1970), Dr. sc. nat.
(1972) U. Jena
Current Fields of Interest:
Molecular Physics and Spectroscopy, Optics, Nonlinear
Optics, Lasers, Laser Materials Processing, Ultrafast
Processes
At present:
Consultant, Vice Chairman of the Scientific Council of JENOPTIK AG
Before:
1970-1973
1982-1983
1988-1991
1991-1999
Guest Lectures:
Ass. Prof., 1973-1988 Full Prof. for Applied Physics
(Quantum Electronics), U. Jena
Laser Project, Kombinat Carl Zeiss Jena (during Sabattical
Year)
Secretary of Physics, Academy of Sciences, Berlin, and
Building up the Department “Ultrafast Laser Spectroscopy”
in the Institute for Optics and Spectroscopy, Berlin
JENOPTIK AG, R&D
Amsterdam, Berlin, Kiew, Minsk, Teheran, Triest
Author or co-author of 5 books (Nonlinear Optics and Lasers) and more than
200 scientific papers
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Conference Schedule
Professor Helmut Pfützner is with the Institute of
Fundamentals and Theory of Electrical Engineering of the
Vienna University of Technology. His research activities
include analysis of biological media and systems,
physiological and technical sensors, methods for hygienics
and biotechnology, investigation of soft magnetic material,
and neural networks. Ao. Univ. Prof. Dr. techn. Pfützner
published since 1985 more than 100 scientific papers in these
areas. Moreover he is engaged in the teaching activities of electrobiology,
electrobiological surface phenomena and technical magnetism as well as
biomagnetism.
Monday, September 6, 1999
8:30 - 9:30
Registration
9:30 - 10:15
A10
Opening Session - Welcome to the ISTET'99
10:15 - 11:00
A20
Invited Talk
M. Weber
Interactive Visualization Tools for Teaching
Electrodynamics
A31
Regular Session
Electromagnetic Fields: Fundamental Aspects
A32
Regular Session
Nonlinear Circuits I
11:00 - 11:30
Dr. Michael Weber is an research assistant at the University
of Karlsruhe. His research interests include the method of
characteristics in the numerical analysis of electromagnetic
fields, transient behavior of electromagnetic fields using time
domain methods. Furthermore he is interested in
electromagnetic interference (EMI) and electromagnetic
compatibility (EMC) where he uses time domain methods. He
published several papers in these areas. As a member of the
group of Prof. Reiss he very engaged in modern educational aspects of
electromagnetic field theory.
11:30 - 12:45
Coffee Break
12:45 - 14:00
Lunch Break
13:45 - 14:00
Poster Session
Short Poster Presentation
14:00 - 14:40
A40
Invited Talk
T. Beth
Quantum Computing: A crazy idea or a new
technology?
14:45 - 16:00
A51
Regular Session
Boundary Conditions in Electromagnetic Fields
A52
Regular Session
Nonlinear Aspects of Power Systems
16:00 - 16:20
16:20 - 18:00
20:00
9
Coffee Break
A61
Regular Session
Electromagnetic Fields: Numerical Aspects I
A62
Special Session
Quantum Computing I
ISC Meeting
10
Tuesday, September 7, 1999
Wednesday, September 8, 1999
8:45 - 9:25
B10
Invited Talk
M. Hasler
Transmission of Information on Chaotic Carrier
Signals
8:45 - 9:25
C10
Invited Talk
B. Wilhelmi
Nonlinear Optics. Fundamentals, Results and
Trends
9:30 - 10:45
B21
Regular Session
Electromagnetic Fields: Low Frequency Domain I
9:30 - 10:45
C21
B22
Regular Session
Educational Aspects of Fields and Circuits I
Regular Session
Advanced Mathematical Concepts in Networks and
Fields I
C22
Regular Session
Circuits and its Applications II
10:45 - 11:05
11:05 - 12:45
Coffee Break
B31
B32
B33
Regular Session
Electromagnetic Fields: High Frequency Domain I
Regular Session
Systems Theory I
Regular Session
Electromagnetic Fields: Numerical Aspects III
C32
Regular Session
Circuits and its Applications I
Regular Session
Nonlinear Circuits II
C33
Regular Session
Field Modelling Aspects
Lunch Break
13:45 - 14:00
Poster Session
14:45 - 16:00
B40
B51
Regular Session
Electromagnetic Fields: Numerical Aspects II
B52
Special Session
Quantum Computing II
16:00 - 16:20
16:20 - 18:00
20:00
Invited Talk
W. John
EMC Analysis and Design of Microelectronic
Systems
11:05 - 12:45
Coffee Break
C31
12:45 - 14:00
14:00 - 14:40
10:45 - 11:05
12:45 - 14:00
Lunch Break
13:45 - 14:00
Poster Session
14:00 - 14:40
C40
Invited Talk
H. Pfützner
Rotational Magnetization
14:45 - 16:00
C41
Regular Session
Educational Aspects of Fields and Circuits II
C42
Regular Session
Systems Theory II
Coffee Break
16:00 - 16:20
B61
Special Session
EMC Analysis and Design of Microelectronic
Systems
16:20 - 18:00
B62
Regular Session
Neural Networks
Coffee Break
C51
Regular Session
Electromagnetic Fields: Low Frequency Domain II
C52
Regular Session
Advanced Circuit Theory
Banquet Hansa Hotel
11
12
Thursday, September 9, 1999
8:45 - 10:25
D11
Regular Session
Networks and Fields
D12
Regular Session
Qualitative Methods in Circuit Analysis
10:25 - 10:55
10:55 - 12:10
Technical Programme
Coffee Break
D21
Regular Session
Electromagnetic Fields: High Frequency Domain II
D22
Regular Session
Advanced Mathematical Concepts in Networks and
Fields II
12:15 - 12:30
Goodbye to the next ISTET
12:30 - 13:30
Lunch Break
Poster
General
P20
Poster
Fields
P30
Poster
Networks
Spektabilität Prof. Dr. B. Michaelis
(Dekan der Fakultät Elektrotechnik)
Dr. Chr. Helm
(Kultusministerium des Landes Sachsen-Anhalt)
Prof. Dr. Mathis
(Chairman of ISTET'99)
Weber, M.; Koelblin, M.; Schlaile, Ch.; Reiß, K.
INTERACTIVE VISUALIZATION TOOLS FOR TEACHING
ELECTRODYNAMICS
Your poster can be set up at any time of the conference for the
duration of the rest of the conference.
Each poster author should be prepared to give a 2 minutes slide
presentation of the poster with a maximum of two transparencies
in one of the poster sessions. The poster sessions are each day
from Monday to Wednesday, 13:45-14:00. Poster sessions are for
short poster presentation only. Please contact the poster session
chair in the morning of the day where you intend to give your short
poster presentation.
No extra times will be given where poster authors have to be
present at their poster.
Monday, September 6, 1999 - 11:30 - 12:45
Regular Session
Electromagnetic Fields: Fundamental Aspects
Session Chairman: A. Reibiger
A20
ID076
A31
Spalek, D.
RECIPROCITY PRINCIPLE FOR GYROMAGNETIC MEDIUMS
ID015
Stancheva, R.; Iatcheva, I.
AN INVERSE PROBLEM IN ELECTROMAGNETISM
ID054
Regular Session
Nonlinear Circuits I
Session Chairman: M. Tadeusiewicz
Grabowski, D.; Walczak, J.; Sowa, P.
ANALYSIS OF NONLINEAR OSCILLATIONS IN POWER SYSTEMS
Mohr, Th.; Uhlmann, F. H.
MODERN REALISATION OF NONLINEAR CHARACTERISTICS USING
DIGITAL SIGNAL PROCESSORS
13
A10
Magnifizenz Prof. Dr. K. E. Pollmann
(Rektor der Otto-von-Guericke-Universität Magdeburg)
Invited Talk
Interactive Visualization Tools for Teaching Electrodynamics
Session Chairman: W. Mathis
All Days
P10
Opening Session - Welcome to the ISTET'99
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A32
ID040
ID081
Invited Talk
Quantum Computing: A crazy idea or a new technology?
Beth, T.
QUANTUM COMPUTING: A CRAZY IDEA OR A NEW TECHNOLOGY?
Regular Session
Boundary Conditions in Electromagnetic Fields
Session Chairman: M. Vasiliu
A40
ID118
A51
Spalek, D.
NONLINEAR BOUNDARY CONDITION FOR ELECTROMAGNETIC FIELD
PROBLEMS
ID014
Bruns, W.
GDFIDL WITH GENERALIZED DIAGONAL FILLINGS AND PERIODIC
BOUNDARY CONDITIONS
Vasiliu, M.; Hantila, F. I.; Demeter, E.
BOUNDARY CONDITIONS FOR FIELD-CIRCUIT PROBLEMS
ID036
Regular Session
Nonlinear Aspects of Power Systems
Session Chairman: K. Pahlke
ID070
A52
Mikolajuk, K.; Kwiczak, S.; Dzieciatko, M.
ESTIMATION OF CURRENT HARMONICS IN THREE PHASE NETWORKS
Wagner, J.; Maga, D.; Sabo, G.; Jesko, V.
HYSTERESIS LOSSES CALCULATION BASED ON ASYNCHRONOUS
MOTOR FEM DESIGN
ID009
Benda, O.; Krivosik, P.
CONTRIBUTION TO THE SOLUTION OF NON-LINEAR CIRCUITS WITH
HYSTERETIC ELEMENTS
ID104
ID028
Regular Session
Electromagnetic Fields: Numerical Aspects I
Session Chairman: I. Chegis
Dotterweich, M.; Patecki, A.; Turkot, A.
THE LOCAL NET METHOD IMPLEMENTATION IN ELECTROMAGNETIC
FIELD COMPUTATIONS APPLYING THE FINITE DIFFERENCE METHOD
ID029
Kosmanis, T. I.; Kantartzis, N. V.; Tsiboukis, T. D.; Kriezis, E. E.
LOCAL REPRESENTATION OF FIELD SINGULARITIES NEAR A WEDGE
BY A HYBRID WAVELET-GALERKIN - FINITE-DIFFERENCE TIME-DOMAIN
TECHNIQUE
Uhlmann, F. H.; Michelsson, O.
THREE-DIMENSIONAL FIELD COMPUTATION WITH HIGHER ORDER
BOUNDARY ELEMENTS
ID037
Special Session
Quantum Computing I
Session Chairman and Organizer: T. Beth
ID078
A62
Pahlke, K.; Kronenberg, L.
SIMULATION OF THE TWO STORED IONS ARRANGEMENT FOR
QUANTUM COMPUTING
Schack, R.; Caves, C. M.
SEPARABLE STATES OF N QUANTUM BITS
ID133
Alber, G.
ENTANGLEMENT AND THE LINEARITY OF QUANTUM MECHANICS
Rötteler, M.; Beth, T.
EFFICIENT REALISATION OF DISCRETE COSINE TRANSFORMS ON A
QUANTUM COMPUTER
ID132
Tuesday, September 7, 1999 - 8:45 - 9:25
Invited Talk
Transmission of Information on Chaotic Carrier Signals
Hasler, M.
TRANSMISSION OF INFORMATION ON CHAOTIC CARRIER SIGNALS BASIC PRINCIPLES AND OPTIMIZATION IN THE PRESENCE OF
CHANNEL NOISE
15
A61
16
ID112
ID129
B10
ID010
Regular Session
Electromagnetic Fields: Low Frequency Domain I
Session Chairman: F. H. Uhlmann
B21
Mrozynski, G.; Baum, E.
SURFACE CHARGES AND ELECTRIC FIELD IN THE NONCONDUCTING
SPACE SURROUNDING EDDY CURRENT REGIONS
ID013
Vasiliu, M.; Hantila, F. I.; Enache, R.
AN ANALYTICAL APPROACH TO NON-SINUSOIDAL EDDY-CURRENT
PROBLEMS
Bossavit, A.
EDDY CURRENTS IN DIMENSION 2: VOLTAGE DROPS
ID043
Regular Session
Educational Aspects of Fields and Circuits I
Session Chairman: A. Bossavit
Marinova, G.; Marinov, M.; Gouljashki, V.
DISTRIBUTED SYSTEM FOR RESEARCH AND FOR TEACHING CIRCUIT
DESIGN
Jurian, M.; Panait, C.
IMPLEMENTATION OF MULTIMEDIA TOOLS INTO MARINE EDUCATION
Glinka, T.; Stec, K.
EXPERIMENT AS A TOOL IN MODERN TEACHING OF ELECTRICAL
ENGINEERING
Regular Session
Electromagnetic Fields: High Frequency Domain I
Session Chairman: M. Weber
Wallner, P.; Ruile, W.; Weigel, R.
MINIMIZATION OF LEAKY-SAW LOSSES IN DOUBLE-LAYER-SYSTEMS
Mongiardo, M.; Russer, P.; Tomassoni, Ch.; Felsen, L.
GENERALIZED NETWORK FORMULATION ANALYSIS OF
N-FURCATIONS: APPLICATIONS TO ELLIPTICAL WAVEGUIDE
17
ID087
B22
ID057
ID079
ID122
B31
Regular Session
Systems Theory I
B32
Gluskin, E.
WATCH THE SYMMETRY POINTS!
ID062
van der Kloet, P.; Kuijstermans, F. C. M.; Neerhoff, F. L.; van Staveren, A.;
Verhoeven, C. J. M.
A NOTE ON DYNAMIC EIGENVALUES AND SLOWLY-VARYING SYSTEMS
ID088
Regular Session
Circuits and its Applications I
Session Chairman: L. Novak
Tadeusiewicz, M.; Korzybski, M.
A METHOD FOR A SINGLE AND MULTIPLE FAULT DIAGNOSIS IN LINEAR
ELECTRONIC CIRCUITS
Kandic, D.; Reljin, B. D.
VOLTAGE TRANSFER FUNCTIONS AND RISE- AND DELAY TIMES OF
HOMOGENEOUS LADDER NETWORKS
Streitenberger, M.; Bresch, H.
FIRST IMPLEMENTATION OF A CLASS-D AMPLIFIER WITH SEPARATED
BASEBAND
Invited Talk
EMC Analysis and Design of Microelectronic Systems
John, W.
EMC ANALYSIS AND DESIGN OF MICROELECTRONIC SYSTEMS
ID023
ID093
18
B33
ID098
ID103
ID136
B40
ID109
Regular Session
Electromagnetic Fields: Numerical Aspects II
Session Chairman: R. Weigel
B51
Kantartzis, N. V.; Kosmanis, T. I.; Tsiboukis, T. D.
COMPACT HIGHER-ORDER FINITE DIFFERENCE TIME DOMAIN
SCHEMES FOR THE DEVELOPMENT OF ENHANCED
REFLECTION-ANNIHILATING PERFECTLY MATCHED LAYERS USING
ACCURATE NON-CARTESIAN CELL LATTICES
ID038
Skocic, A.; Weiland, T.
A NEW TYPE OF DUAL-ORTHOGONAL STRUCTURE ELEMENTS FOR
THE FINITE INTEGRATION THEORY
Taylor, S.; Sykulski, J. K.
ADAPTIVE MESHING IN 2D USING DYNAMIC BUBBLES: SOME
PRACTICAL CONSIDERATIONS
ID065
Special Session
Quantum Computing II
Session Chairman and Organizer: T. Beth
Makhlin, Y.; Schön, G.; Shnirman, A.
JOSEPHSON JUNCTION QUANTUM BITS AND THE QUANTUM
MEASUREMENT PROCESS
Grassl, M.; Beth, T.
QUANTUM BCH CODES
Rasetti, M.; Zanardi, P.
BEATING DECOHERENCE IN QUANTUM COMPUTERS: THE ROLE OF
DYNAMICAL ALGEBRAS
Special Session
EMC Analysis and Design of Microelectronic Systems
Session Chairman and Organizer: W. John
Steinecke, Th.; Niebauer, R.; John, W.
EME-REDUCTION METHODOLOGY FOR MICROCONTROLLER DESIGN
Estienne, J. P.; Peres, G.; Vsrithammavanh, V.; Perea, E.; Belloso, M.
ADVANCED NUMERICAL ELECTROMAGNETICS FOR LARGE SIZE
SCATTERERS
Vogt, M.; John, W.
COMBINATION OF A FEM AND BEM FOR INTERCONNECT
CHARACTERIZATION ON CHIP-, PCB- AND SYSTEM-LEVEL
Niebauer, R.; Steinecke, Th.
TESTCHIP FOR EMC AND SIGNAL INTEGRITY ANALYSIS IN QUARTER
MICRON TECHNOLOGY
19
ID099
B52
ID131
ID128
ID130
B61
Regular Session
Neural Networks
Session Chairman: U. Seiffert
B62
Osowski, S.; Linh, T. H.
CLASSICAL AND FUZZY NEURAL NETWORKS FOR CLASSIFICATION
ID008
Cannas, B.; Fanni, A.; Marchesi, M.; Pilo, F.
A TABU SEARCH ALGORITHM FOR OPTIMAL SIZING OF LOCALLY
RECURRENT NEURAL NETWORKS
Walczak, J.; Behr, M.
NEURAL NETWORKS FOR IDENTIFICATION OF ACTIVE CURRENTS
Krstic, I.; Reljin, B. D.; Kostic, I.P.; Kandic, D.
SOLVING INVERSE LINEAR PROBLEM OF HEAT TRANSFER BY
CELLULAR NEURAL NETWORK
ID051
Wednesday, September 8, 1999 - 8:45 - 9:25
Invited Talk
Nonlinear Optics. Fundamentals, Results and Trends
Wilhelmi, B.
NONLINEAR OPTICS: FUNDAMENTALS, RESULTS AND TRENDS
Regular Session
Advanced Mathematical Concepts in Networks and Fields I
ID073
ID102
C10
ID119
C21
Cel, J.
IDENTIFICATION OF VOLTAGE-CURRENT OPERATORS SATISFYING
TELLEGEN'S THEOREM
ID005
Reibiger, A.; Loose, H.; Nähring, T.
MULTIDIMENSIONAL NETWORKS
ID115
ID105
ID107
ID108
ID123
20
Regular Session
Circuits and its Applications II
Session Chairman: H. Bresch
C22
Regular Session
Field Modelling Aspects
C33
Ivanov, K. P.; Radev, N. A.; Vladov, S. S.
GAIN-AND-OFFSET-COMPENSATED SECOND-ORDER
SWITCHED-CAPACITOR BANDPASS FILTER WITH REDUCED
ID022
Nethe, A.; Quast, R.; Stahlmann, H.-D.
PROCESS MODEL FOR THE OPTIMISATION OF INDUCTANCES FOR
CHOPPERS
ID016
Hajek, K.; Sedlacek, J.
MINIMISATION OF THE PARASITIC TRANSFER ZERO INFLUENCE FOR
THE ARC 2ND ORDER FILTERS
Gadjeva, E.; Marinov, M.; Djamijkov, T.; Kouyoumdjiev, T.
APPLICATION OF MACROMODELS FOR COMPUTER SIMULATION OF
DIGITAL FILTERS
ID039
Sosnowski, J.
NEW APPROACH TO THE CURRENT-VOLTAGE AND CRITICAL
CURRENT ANALYSIS OF THE HIGH TEMPERATURE OXIDE
Krzeminski, St. K.
GENERALIZED MATHEMATICAL MODEL OF MHD FLOW
HYDRODYNAMIC-MAGNETIC POTENTIAL APPROACH
Scheinert, G.; Uhlmann, F. H.
COMPUTATION OF ELECTRO-THERMAL COUPLED PROBLEMS APPLIED TO MAGNETIC ACTUATORS
ID049
Regular Session
Electromagnetic Fields: Numerical Aspects III
Session Chairman: A. Skocic
Chegis, I.; Slavin, O.
MATCHING CONDITION AND SURFACE INTEGRAL EQUATION IN
MAGNETISATION PROBLEM FOR FERROMAGNETIC. EXAMPLES OF
COMPUTING ALGORITHMS
Gawrylczyk, K. M.
THE ALGORITHM FOR RECOGNITION OF CRACKS IN TUBES
Cehan-Racovita, M.
THE CAUCHY-TYPE MODEL OF LAPLACE'S FIELD AND RELATED
QUASI-LOCAL COMPUTATION METHODS
Regular Session
Nonlinear Circuits II
Session Chairman: L. Weiss
Swiszcz, P.; Walczak, J.
SYNCHRONISATION OF OSCILLATIONS IN A SYSTEM OF THE SECOND
ORDER CONTAINING A GENERALISED CHUA'S DIODE
van Staveren, A.; Kuijstermans, F. C. M.; van der Kloet, P.; Neerhoff, F. L.;
Verhoeven, C. J. M.; van Roermund, A. H. M.
ANALYZING NON-LINEAR CIRCUITS USING THE LINEAR TIME-VARYING
APPROACH
Feldmann, U.; Günther, M.
SOME REMARKS ABOUT REGULARIZATION OF CIRCUIT EQUATIONS
Bresch, H.; Mathis, W.
ABOUT ENTRAINMENTS AND PLL EFFECTS AS ORTHOGONAL MODES
OF ANALOG PLL CIRCUITS
21
ID068
C31
ID042
ID044
ID046
C32
ID056
ID092
Invited Talk
Rotational Magnetization
Pfützner, H.
ROTATIONAL MAGNETIZATION - AN EFFECTIVE SOURCE OF
NUMERICAL DATA ON MULTIDIRECTIONAL PERMEABILITY, LOSSES
AND MAGNETOSTRICTION OF SOFT MAGNETIC MATERIALS
Regular Session
Educational Aspects of Fields and Circuits II
Session Chairman: R. Sikora
ID072
ID114
C40
ID137
C41
Georgiev, Vl.; Farchy, S.; Stanchev, K.; Gadjeva, E.
APPLICATION OF THE GENERAL-PURPOSE ANALYSIS PROGRAM
PSPICE IN TEACHING THEORETICAL ELECTROTECHNIQUE
ID066
Benesova, Z.; Mayer, D.
NEW ASPECTS IN TEACHING OF THEORY OF ELECTRICAL
ENGINEERING
Sikora, R.; Gratkowski, S.
A NEW CONCEPTION OF TEACHING THEORETICAL FOUNDATIONS OF
ELECTRICAL ENGINEERING AT UNIVERSITIES OF TECHNOLOGY
ID113
ID100
ID121
22
ID124
Regular Session
Systems Theory II
Session Chairman: R. Sommer
C42
Gluskin, E.
THE LOCAL GATEAUX FREQUENCIES
ID071
Ramiz, R.
R-BERNSTEIN DESIGN METHOD FOR DERIVATION OF THE AMPLITUDE
DISTRIBUTIONS OF AN UNIFORMLY SPACED N-ELEMENT LINEAR
ARRAY
Jänicke, L.; Mewald, M.; Kost, A.
INVESTIGATIONS ABOUT LOCAL AND GLOBAL ERROR ESTIMATION
ID096
Regular Session
Electromagnetic Fields: Low Frequency Domain II
Session Chairman: R. Stancheva
Delaere, K.; Belmans, R.; Hameyer, K.; Heylen, W.; Sas, P.
COUPLING OF MAGNETIC ANALYSIS AND VIBRATIONAL MODAL
ANALYSIS USING LOCAL FORCES
Kurgan, E.
ANALYSIS OF COUPLED CURRENT DENSITY AND THERMAL FIELDS IN
NON-HOMOGENEOUS MATERIALS
Bednarek, K.; Nawrowski, R.
CALCULATIONS AND MEASUREMENTS OF MAGNETIC INDUCTION AND
POWER LOSS IN SURROUNDINGS OF THREE-PHASE CONDUCTORS
Kollar, M.
A REMARK ON EVALUATION OF MAGNETIZED OR POLARIZED BODY
STATIC FIELD - CONSEQUENT USE OF MAXWELL EQUATIONS
Regular Session
Advanced Circuit Theory
Session Chairman: F. H. Uhlmann
Biolek, Z.; Biolek, D.
DC STABILITY IN CIRCUITS WITH ALGEBRAIC CONFINEMENTS
Kronenberg, L.; Trajkovic, L.; Mathis, W.
ANALYSIS OF FEEDBACK-STRUCTURES IN FET CIRCUITS
Gadjeva, E.; Donevska, L.; Stamenov, D.; Asparuhova, K.
CIRCUIT STABILITY INVESTIGATION USING GENERAL-PURPOSE
ANALYSIS PROGRAMS
Ossowski, M.
INVESTIGATION OF THE CIRCUIT STABILITY PROPERTIES USING
LINEAR PROGRAMMING METHOD
23
ID101
C51
ID018
Thursday, September 9, 1999 - 8:45 - 10:25
Regular Session
Networks and Fields
Session Chairman: K. Pahlke
D11
Müller, G.; Stehr, G.; Reiß, K.
NETWORK ANALYSIS OF ELECTRONIC CIRCUITS EXPOSED TO
TIME-VARYING MAGNETIC FIELDS
ID077
Oetting, C.-C.; Hannemann, J.; Klinkenbusch, L.
HYBRID FINITE ELEMENT AND MULTIPOLE ANALYSIS
Mangold, T.; Russer, P.
ELECTROMAGNETIC FIELD MODELING AND SYNTHESIS OF
EQUIVALENT CIRCUITS FOR DISTRIBUTED MICROWAVE CIRCUITS
Reibiger, A.
FIELD THEORETIC DESCRIPTION OF TEM WAVES ON LOSSLESS
MULTICONDUCTOR TRANSMISSION LINES
ID082
Regular Session
Qualitative Methods in Circuit Analysis
Session Chairman: L. Kronenberg
ID091
ID111
D12
ID064
Artioli, M.; Filippetti, B.
LINEAR ANALOG CIRCUIT DIAGNOSIS BASED ON SYMBOLIC ANALYSIS
AND REDUCED OBSERVABLE POINTS SET
ID033
ID083
Centaro, F.; Centaro, M.; Colasanto, M. P.; De Nisi, S.; Sylos Labini, M.
SOME METHODS FOR EASILY DETERMINING THE MATRICES FOR THE
ANALYSIS OF THE CIRCUITS
Halfmann, T.; Sommer, R.; Wichmann, T.
APPLICATION OF SYMBOLIC CIRCUIT ANALYSIS: AN OVERVIEW AND
RECENT RESULTS IN NONLINEAR MODEL GENERATION
ID089
ID110
C52
ID050
Regular Session
Electromagnetic Fields: High Frequency Domain II
Session Chairman: B. D. Reljin
ID067
Kazmierski, M.; Kersz, I.; Apanasewicz, S.
SOME ASPECTS OF ELECTROMAGNETIC FIELD ANALYSIS IN SYSTEMS
WITH CONDUCTING SCREENS
Schneider, M.; Scheinert, G.; Uhlmann, F. H.
SOLUTION OF THE WAVE EQUATION FOR THE DOUBLE CONE SECTOR
ID086
Bierhoff, Th.; Wallrabenstein, A.; Himmler, A.; Griese, E.; Mrozynski, G.
AN APPROACH TO MODEL WAVE PROPAGATION IN HIGHLY
MULTIMODAL OPTICAL WAVEGUIDES WITH ROUGH SURFACES
ID052
24
ID097
D21
ID011
ID045
ID085
Regular Session
Advanced Mathematical Concepts in Networks and Fields II
D22
Cel, J.
THE COHN-VRATSANOS THEOREM VERSUS TELLEGEN'S THEOREM
ID006
Gronwald, F.
THE GEOMETRIC STRUCTURE OF ELECTRODYNAMICS AND ITS
NETWORK FORMULATION MADE TRANSPARENT BY MEANS OF
DIFFERENTIAL FORMS
ID021
All Days, Poster
General
P10
Vande Sande, H.; De Gersem, H.; Hameyer, K.
FINITE ELEMENT STABILIZATION TECHNIQUES FOR
CONVECTION-DIFFUSION PROBLEMS
ID019
Lobos, T.; Koglin, H.-J.; Waclawek, Z.
REAL-TIME PARAMETER ESTIMATION OF SIGNALS IN CONVERTER-FED
DRIVES USING ADAPTIVE NEURAL NETWORKS
Pevac, D.
THE PROPOSALS FOR IMPROVING THE ROUTING PROTOCOLS IN THE
INTERNET
Pevac, D.
LINK PERFORMANCE ESTIMATION IN GENERIC CABLING SYSTEM
ID020
All Days, Poster
Fields
ID030
ID031
P20
Miskovic, B.
ELECTRODYNAMICS OF MOVING BODIES
ID012
Li, L.; Cui, X.
TREATING OF 3D IMPEDANCE BOUNDARY USING TOTAL SCALAR
MAGNETIC POTENTIAL
Palka, R.; Portabella, E.; May, H.; Canders, W.-R.
AXIS-SYMMETRIC FINITE ELEMENT ANALYSIS OF THE PERMANENT
MAGNET-SUPERCONDUCTOR INTERACTION
Markovic, V.; Milovanovic, B.; Pronic, O.
NUMERICALLY EFFICIENT GREEN'S FUNCTION FOR A POINT CHARGE
IN MULTILAYERED MEDIUM INSIDE A CYLINDRICAL ENCLOSURE
ID017
Cranganu-Cretu, R.; Hantila, F. I.; Gheorma, I.; Leuca, T.
IMMITTANCES OF CIRCUIT ELEMENTS WITH FIELD EFFECT
Cannistra, G.; De Nisi, S.; Minenna, M.; Sylos Labini, M.
A FUZZY APPROACH FOR CALCULATING THE CURRENT FIELD
GENERATED BY A CYLINDRICAL ELECTRODE
25
ID027
ID034
ID035
Sato, K.; Onuki, T.; Wakao, S.; Tokuhisa, M.; Maeda, A.
A NOVEL STRUCTURE OF INDUCTION MOTORS FOR WEIGHT
REDUCTION
Watanabe, H.; Jeon, W. J.; Iwamoto, T.; Nakamoto, A.; Sato, K.; Onuki, T.
SELF-STARTING CHARACTERISTICS OF THE SYNCHRONOUS MOTOR
WITH PLURAL MAGNETS PER POLE OF THE ROTOR
Kurgan, E.
ADMISSIBLE GREEN'S FUNCTIONS IN MAGNETOSTATIC FIELD
ANALYSIS
Nicolae, Al.; Vasiliu, M.
CLASSICAL EDDY CURRENT LOSSES IN A CYLINDRICAL CORE WITH
REPETITIVE PULSE MAGNETIZATION
Kuczynski, A.
CIRCUITS ANALYSIS OF MAGNETIC FIELD USING FINITE ELEMENT
METHOD
All Days, Poster
Networks
ID060
ID061
ID063
ID069
ID138
P30
Cel, J.
A COMBINATORIAL METHOD FOR COMPUTING BOUNDS ON SOLUTIONS
OF NON-LINEAR RESISTIVE NETWORKS
Kolev, L. V.; Mladenov, V.
WORST-CASE TOLERANCE ANALYSIS OF NON-LINEAR CIRCUITS
USING AN INTERVAL METHOD
Kolev, L. V.
A NEW INTERVAL METHOD FOR GLOBAL OPTIMIZATION
Gmitrovic, M. V.; Milosavljevic, Z. D.
BAND-PASS FILTERS WITH A MINIMUM SPREAD OF ELEMENT VALUES
Pasko, M.; Debowski, K.
ABOUT CERTAIN METHOD OF THE DETERMINATION OF ACTIVE
CURRENT IN THREE PHASES SYSTEMS WITH NONLINEAR LOADS
Kunze, J.
FOURIER-BASED AVERAGING METHODS FOR PERIODICALLY
SWITCHED CIRCUITS
Skowronek, K.
THE DETERMINATION OF INFORMATIONS LOSSES IN REAL CIRCUITS
ON THE BASIS OF RANDOM POWER FACTOR
Lobos, T.; Leonowicz, Z.; Piotrowicz, J.
DETECTION OF THE FUNDAMENTAL HARMONIC OF DISTORTED
SIGNALS USING MIN-NORM METHOD
Tosic, D. V.; Lutovac, M. D.
SYMBOLIC COMPUTATION OF IMPULSE, STEP AND SINE RESPONSES
OF LINEAR TIME-INVARIANT SYSTEMS
ID058
26
ID007
ID024
ID025
ID026
ID041
ID047
ID074
ID084
ID095
Mohr, Thomas
Mongiardo, Mauro
Mrozynski, Gerd
Authors' Index
A
Alber, Gernot
Apanasewicz, Stanislaw
Artioli, Marcello
Asparuhova, Katia
F
A62
D21
D12
C52
B
Baum, Eckhard
Bednarek, Karol
Behr, Michal
Belloso, M.
Belmans, Ronnie
Benda, Oldrich
Benesova, Zdenka
Beth, T.
Bierhoff, Th.
Biolek, Dalibor
Biolek, Zdenek
Bossavit, Alain
Bresch, Helmut
Bruns, Warner
B21
C51
B62
B61
C51
A52
C41
A40
A62
B52
D21
C52
C52
B21
B33
C32
A51
C
Canders, Wolf-Rüdiger
Cannas, Barbara
Cannistra, G.
Caves, Carlton M.
Cehan-Racovita, Mircea
Cel, Jaroslaw
Centaro, F.
Centaro, M.
Chegis, Inna
Colasanto, M. P.
Cranganu-Cretu, Bogdan
Cui, Xiang
P20
B62
P20
A62
C31
C21
D22
P30
D12
D12
C31
D12
P20
P20
D
De Gersem, Herbert
De Nisi, Sergio
Debowski, Krzysztof
Delaere, Koen
Demeter, E.
Djamijkov, Todor
Stojanov
Donevska, Lila
Dotterweich, Martin
Dzieciatko, M.
P10
D12
P20
P30
C51
A51
C22
C52
A61
A52
E
Enache, R.
Estienne, Jean-Pierre
Fanni, A.
Farchy, Samuil
Feldmann, Uwe
Felsen, Leopold
Filippetti, F.
B62
C41
C32
B31
D12
G
Gadjeva, Elissaveta
Dimitrova
Gawrylczyk, K. Marek
Georgiev, Vladimir
Gheorma, Ioan
Glinka, Tadeusz
Gluskin, Emanuel
Gmitrovic, Miodrag V.
Gouljashki, Vassil
Grabowski, Dariusz
Grassl, Markus
Gratkowski, Stanislaw
Griese, Elmar
Gronwald, Frank
Günther, M.
C22
C41
C52
C31
C41
P20
B22
B32
C42
P30
B22
A32
B52
C41
D21
D22
C32
H
Hajek, Karel
Halfmann, Thomas
Hameyer, Kay
Hannemann, Jens
Hantila, Florea Ioan
Hasler, Martin
Heylen, Ward
Himmler, Andreas
C22
D12
C51
P10
D11
A51
B21
P20
B10
C51
D21
I
Iatcheva, Ilona
Ivanov, Kantscho P.
Iwamoto, T.
A31
C22
P20
J
Jänicke, Lutz
Jeon, Woojin
Jesko, V.
John, Werner
Jurian, Mariana
C42
P20
A52
B40
B61
B61
B22
K
B21
B61
Kandic, Dragan
Kantartzis, N. V.
27
B33
B62
A61
B51
Kazmierski, Marceli
Kersz, Igor
Klinkenbusch, Ludger
Koelblin, Markus
Koglin, Hans-Jürgen
Kolev, Lubomir V.
Kollar, Mojo
Korzybski, Marek
Kosmanis, T. I.
Kost, Arnulf
Kostic, Pavle
Kouyoumdjiev, Todor
Gavrilov
Kriezis, E. E.
Krivosik, P.
Kronenberg, Lars
Krstic, Ivan
Krzeminski, Stanislaw
Kuczynski, Andrzej
Kuijstermans, F. C. M.
Kunze, Joachim
Kurgan, Eugeniusz
Kwiczak, S.
D21
D21
D11
A20
P10
P30
P30
C51
B33
A61
B51
C42
B62
C22
A61
A52
A62
C52
B62
C33
P20
B32
C32
P30
C51
P20
A52
L
Leonowicz, Zbigniew
Leuca, Teodor
Li, Lin
Linh, Tran Hoai
Lobos, Tadeusz
Loose, Hannes
Lutovac, Miroslav D.
P30
P20
P20
B62
P10
P30
C21
P30
May, H.
Mayer, Daniel
Mewald, Manfred
Michelsson, Olaf
Mikolajuk, Kazimierz
Milosavljevic, Zlatoljub D.
Milovanovic, Bratislav
Minenna, M.
Miskovic, Branko
Mladenov, Valeri
N
Nähring, T.
Nakamoto, A.
Nawrowski, Ryszard
Neerhoff, F. L.
Nethe, Arnim
Nicolae, Al.
Niebauer, Richard
P20
A52
B52
D11
B62
C22
B22
B22
P20
C32
C52
P20
C41
C42
A61
A52
P30
P20
P20
P20
P30
C21
P20
C51
B32
C32
C33
P20
B61
B61
O
Oetting, Claus-Christian
Onuki, Takashi
Osowski, Stanislaw
Ossowski, Marek
D11
P20
P20
B62
C52
P
Pahlke, Kai
Palka, R.
Panait, Cornel
Pasko, Marian
Patecki, Andrzej
Perea, E.
Peres, G.
Pevac, Danka
Pfützner, Helmut
Pilo, F.
Piotrowicz, Jerzy
Portabella, E.
Pronic, Olivera
A62
P20
B22
P30
A61
B61
B61
P10
P10
C40
B62
P30
P20
P20
Q
Quast, Roland
M
Maeda, A.
Maga, Dusan
Makhlin, Yuriy
Mangold, Tobias
Marchesi, M.
Marinov, Marin Berov
Marinov, Mihail
Marinova, Galia
Markovic, Vera
Mathis, Wolfgang
Müller, Georg
A32
B31
B21
D21
D11
C33
Reiß, Karl
Reljin, Branimir D.
Rötteler, Martin
Ruile, Werner
Russer, Peter
Stahlmann,
Hans-Dietrich
Stamenov, Dimitar
Stanchev, Kalin
Stancheva, Rumiana
Stec, Krystyna
Stehr, Guido
Steinecke, Th.
Streitenberger, Martin
Swiszcz, Piotr
Sykulski, Jan
Sylos Labini, Marcello
C52
C41
A31
B22
D11
B61
B61
B33
C32
B51
D12
P20
T
Tadeusiewicz, Michal
Taylor, S.
Tokuhisa, Masato
Tomassoni, Christiano
Tosic, Dejan V.
Trajkovic, Ljiljana
Tsiboukis, Theodoros D.
Tsiboukis, Theodoros D.
Turkot, Adam
C22
C42
B52
C21
D11
A20
D11
B33
B62
A62
B31
B31
D11
Uhlmann, F. Hermann
A52
C51
P20
P20
Verhoeven, C. J. M.
S
Sabo, G.
Sas, Paul
Sato, K.
Schlaile, Christian
Schneider, Michael
Schön, Gerd
Sedlacek, Jiri
Shnirman, A.
Sikora, Ryszard
Skocic, Ante
Skowronek, Konrad
Slavin, Oleg
Sommer, Ralf
Sosnowski, Jacek
Sowa, Pawel
Spalek, Dariusz
A62
C33
D21
A20
D21
B52
C22
B52
C41
B51
P30
C31
D12
C33
A32
A31
A51
C33
B33
B51
P20
B31
P30
C52
A61
B51
A61
U
R
Radev, Nicolay A.
Ramiz, Refet
Rasetti, Mario
Reibiger, Albrecht
Schack, Rüdiger
Scheinert, Gernot
A32
A61
C33
D21
V
van der Kloet, Pieter
van Roermund, A. H. M.
van Staveren, A.
Vande Sande, Hans
Vasiliu, Mihai
Vladov, Simeon S.
Vogt, Michael
Vsrithammavanh, V.
28
B32
C32
C32
B32
C32
P10
A51
B21
P20
B32
C32
C22
B61
B61
W
Waclawek, Zbigniew
Wagner, Juraj
Wakao, Shinji
Walczak, Janusz
Wallner, Paul
Wallrabenstein, A.
Watanabe, H.
Weber, Michael
Weigel, Robert
Weiland, T.
Wichmann, Tim
Wilhelmi, Bernd
P10
A52
P20
A32
B62
C32
B31
D21
P20
A20
B31
B51
D12
C10
Z
Zanardi, P.
B52
Conference Venue
Treff Hansa Hotel Magdeburg
A2
Berlin
Stendal
B189
EXIT A70
MD Zentrum
A2
B189
EXIT
AK Magdeburg
(no exit from Berlin)
Hannover
Stendal
University
(Guestrooms)
Railway
Station
Line 1
B1
e1
0
Hansa Hotel
Lin
A14
Line 1 & 10
Station
Sudenburg
Burg
Line 1 & 10 Station
Universitätsplatz
Line 1 Station
Hauptbahnhof-Gleis 4
Brandenburger Str.
Tram Station
(Line 1 and 10)
see detailed map
on the right
EXIT
Reform/Lemsdorf
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B71
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B81
Halberstadt
A14
B71
EXIT AS106
MD Reform
Halle
Address:
Hansapark 2
39116 Magdeburg
Tel. (03 91) 6 36 30
Fax (03 91) 6 36 35 50
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Accommodation:
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4 km south-west from the center of the city,
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walking distance
Parking:
parking garage available
Halberstadt
Credit Cards:
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29
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Contact Information
Chairman:
Prof. Wolfgang Mathis
Otto-von-Guericke-University Magdeburg, IESK
P. O. Box 4120
D-39016 Magdeburg, Germany
Phone: ++49-391-6718862
Fax:
++49-391-6711230
E-mail: [email protected]
Local Organization Committee:
Mrs. Ilona Hesse
Otto-von-Guericke-University Magdeburg
International Office
P. O. Box 4120
Phone: ++49-391-6718747
Fax:
++49-391-6711132
Dr. Thomas Schindler
Otto-von-Guericke-University Magdeburg, IESK
P. O. Box 4120
Phone: ++49-391-6711484
Fax:
++49-391-6711230
For further information refer to:
http://ipe.et.uni-magdeburg.de/el/istet/
31

Programme (single pages) - Leibniz Universität Hannover

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