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CNNA’06 |
Wednesday 30 August 2006 |
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Wed.M1 |
Morning Session 1 |
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8.30-11.00 |
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Wed.M1-a: ADVANCES IN CNN THEORY II |
Wed.M1-b: APPLICATIONS III |
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Chair:
Angela Slavova |
Chair:
Mamoru Tanaka |
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N-Scroll Generation in SC-CNN via NeroFuzzy
Based Nonlinear Function |
A Spatial Domain Sigma-Delta Modulator Using
Discrete-Time Cellular Neural Networks |
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8.30-8.55 |
Enis Gunay, Mustafa Alci and Selami
Parmaksizoglu1 |
Hisashi Aomori1,
Tsuyoshi Otake2,
Nobuaki Takahashi3
and Mamoru Tanaka1 |
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1Erciyes
University Department of Electrical & Electronics Engineering,
TURKEY |
1 Sophia
University, JAPAN |
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2 Tamagawa
University, JAPAN |
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3 IBM Japan
Ltd., JAPAN |
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8.55-9.20 |
An New Automatic Nucleated Cell Counting
Method with Improved Cellular Neural Networks (ICNN) |
Implementation of Arbitrary Boolean Functions
via CNN |
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Qiang Feng, Shenglin Yu and Huaiyin Wang1 |
Fangyue Chen1,
Guolong He1,
Guanrong Chen2
and Xiubin Xu1 |
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1 College of
Automation Engineering, Nanjing University of Aeronautics and
Astronautics, P. R. of
CHINA |
1
Zhejiang Normal University,
P. R. of CHINA |
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2
City University of Hong Kong,
P. R. of CHINA |
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9.20-9.45 |
On the Existence of Stable Equilibrium Points
in Delayed Cellular Neural Networks |
Image Resolution Upscaling via Two-Layered
Discrete-Time Cellular Neural Network |
|
Emel Arslan1,
Sabri Arik1
and Vedat Tavsanoglu2 |
Tsuyoshi Otake1,
Takefumi Konishi1,
Hisashi Aomori2,
Nobuaki Takahashi3
and Mamoru Tanaka2 |
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1 Istanbul
University, Istanbul, TURKEY |
1
Tamagawa University,
JAPAN |
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2Yildiz
Technical University, Istanbul,
TURKEY |
2
Sophia University,
JAPAN |
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3
IBM Japan Ltd.,
JAPAN |
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9.45-10.10 |
On the Periodic Solutions in One Dimensional
Cellular Nonlinear Networks Based on |
A Cellular Active Contours Algorithm Based on
Region Evolution |
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Josephson Junctions |
Piotr Dudek1
and David Lopez Vilarińo2 |
|
Valeri Mladenov1
and Angela Slavova2 |
1
University of Manchester,
UK |
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1
Department Theoretical Electrical
Engineering, Faculty of Automatics, Technical University of
Sofia BULGARIA |
2
University of Santiago de Compostela,
SPAIN |
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2
Institute of Mathematics and Informatics,
Bulgarian Academy of Sciences, Sofia,
BULGARIA |
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10.10-10.35 |
Receptor-based CNN Model with Hysteresis for
Pattern Formation |
Weakly Connected Oscillatory Networks as
Associative and Dynamics Memories |
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Angela Slavova1
and Maya Markova2 |
Fernando Corinto, Michele
Bonnin, Marco Gilli and Pier Paolo Civalleri
1 |
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1Institute of
Mathematics and Informatics, Bulgarian Academy of Sciences,
BULGARIA |
1
Politecnico di Torino - Department of
Electronics, ITALY |
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2Department of
Informatics, University of Russe
BULGARIA |
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Experiments on Global and Local Adaptation to
Illumination Conditions based on Focal-Plane Average Computation |
Detection of Moving Objects in a Binocular
Video Sequence |
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10.35-11.00 |
Carlos M. Domínguez-Matas, Francisco
J. Sánchez-Fernández, Ricardo Carmona-Galán, Elisenda Roca-Moreno1 |
Giovanni Costantini1,
Daniele Casali1
and Roberto Perfetti2 |
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1Instituto de
Microelectrónica de Sevilla-CNM-CSIC,
SPAIN |
1University of
Rome "Tor Vergata", ITALY |
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2University of
Perugia, ITALY |
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11.00-11.15 |
COFFEE BREAK |
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CNNA’06 |
Wednesday 30 August 2006 |
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Wed.M2 |
Morning Session 2 |
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11.15-13.45 |
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Wed.M2-a: BIONICS AND BIOLOGICALLY RELEVANT
MODELS II |
Wed.M2-b: DESIGN METHODS OF CNN ASIPS |
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Chair: David Lopez
Vilarino |
Chair: Lambert
Spaanenburg |
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Space-time Signature Analysis of 2D
Echocardiograms Based on Topographic Cellular Active Contour
Techniques |
An Embedded CNN-UM Global Analogic
Programming Unit implementation on FPGA |
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11.15-11.40 |
Zsolt Szálka1,
Gergely Soós1,
Dániel Hillier1,
László Kék1,
Csaba Rekeczky1,
Gábor Andrássy2 |
Zsolt Vörösházi1,
Zoltán Nagy1,
András Kiss1
and Péter Szolgay2 |
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1Péter Pázmány
Catholic University, Faculty of Information Technology,
HUNGARY |
1Pannon
University, Department of Image Processing and Neurocomputing,
HUNGARY |
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2Saint Francis
Hospital, HUNGARY |
2Analogic and
Neural Computing Laboratory, Computer and Automation Institute
of HAS, HUNGARY |
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Effect of Inhibitory Diffusive Coupling on
Frequency-selectivity of Excitable Media Simulated with
Cellular Neural Networks |
FPGA Based Implementation of Water
Reinjection in Geothermal Structure |
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Anton Chernihovskyi, Christian E. Elger and
Klaus Lehnertz1 |
Sándor Kocsárdi1,
Zoltán Nagy1,
Simeon Kostianev2
and Péter Szolgay1 |
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11.40-12.05 |
1
Department of Epileptology, University of
Bonn GERMANY |
1Pannon
University, HUNGARY
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2University of
Mining and Geology, BULGARIA |
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Detecting Structural Alterations in the Brain
using a Cellular Neural Network based Classification of Magnetic
Resonance Images |
In Search for a Robust Digital CNN System |
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12.05-12.30 |
Florian Döhler, Anton Chernihovskyi, Florian Mormann, Christian E.
Elger and Klaus Lehnertz1 |
WenHai Fang, Cheng Wang and Lambert
Spaanenburg1 |
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1
Department of Epileptology, University of
Bonn GERMANY |
1
Department of Information Technology, Lund
University, SWEDEN |
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An Autonomous Mini-hexapod Robot Controlled
Through a CNN-based CPG VLSI Chip |
Design Method for Unconventional Computing |
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Paolo Arena, Luigi Fortuna, Mattia Frasca,
Luca Patanč and Massimo Pollino1 |
Lambert Spaanenburg1,
Benny Akesson2,
Andreas Hansson2,
Kees Goossens2 |
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12.30-12.55 |
1DIEES
University of Catania, ITALY |
1
Department of Information Technology, Lund
University, SWEDEN |
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2
ESAS, Philips Research,
NETHERLANDS |
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Vein Feature Extraction using DT-CNNs |
3-Layer CNN Chip for Focal-Plane Complex
Dynamics with Adaptive Image Capture |
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Suleyman Malki, Yu Fuqiang, Lambert
Spaanenburg1 |
Carlos M. Domínguez-Matas, Ricardo Carmona-Galán,
Francisco J. Sánchez-Fernández and Angel Rodriguez-Vazquez1 |
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12.55-13.20 |
1
Department of Information Technology, Lund
University, SWEDEN |
1Instituto de
Microelectrónica de Sevilla-CNM-CSIC,
SPAIN |
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CNNUM-Based Methods Using Deformable Contours
on Smooth Boundaries |
An Analog Viterbi Decoder for PRML using
Analog Parallel Processing Circuits of the CNN |
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Tamás Szabó1,
Péter Szolgay2 |
Hyunjung Kim1,
Hongrak Son2,
Jeonwon Lee3,
In-cheol Kim1
and Hyongsuk Kim1 |
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13.20-13.45 |
1
Pannon University,
HUNGARY |
1
Division of Electronics and Information
Engineering, Chonbuk National University, Jeonju,
REPUBLIC of KOREA |
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2
Hungarian Academy of Sciences,
HUNGARY |
2
Samsung Advanced Institute of Technology,
Yongin REPUBLIC of KOREA |
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3
Samsung Electronics DM research Center,
Suwon, REPUBLIC of KOREA |
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13.45-14.30 |
LUNCH BREAK |
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