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CNNA’06 |
Monday 28 August 2006 |
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Mon.Op. |
Opening Sessions |
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9.00-11.10 |
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9.00-9.30 |
OPENING SPEECH |
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Vedat Tavsanoglu |
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Yildiz Technical University, Istanbul,
TURKEY |
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9.30-11.10 |
KEYNOTE SPEECHES |
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Chair: Ahmet Dervisoglu |
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9.30-10.20 |
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Cellular Nonlinear Nano-giga-scale Architectures (CNNA)- Converging
Sensory |
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Computing Hardware Platforms and Related Wave Logic Inferencing |
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Tamas Roska |
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Hungarian Academy of Sciences, Budapest, HUNGARY |
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10.20-11.10 |
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From Photons to Decisions: The CMOS Challenge |
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Angel Rodriguez-Vazquez |
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Instituto de Microelectronica de Sevilla, Centro
Nacional de Microelectronica and Universidad de Sevilla,
SPAIN |
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11.10-11.30 |
COFFEE BREAK |
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TUTORIALS |
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11.30-15.30 |
CNN Wave Computing: Theory, Architectures,
Implementations and Applications |
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Marco Gilli1,
Csaba Rekeczky2,
Bertram E. Shi3 |
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1 Politecnico di
Torino, ITALY |
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2 Péter Pázmány Catholic University,
Faculty of Information Technology,
HUNGARY |
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3 Hong Kong University of Science and
Technology, HONG KONG |
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11.30-13.00 |
PART 1 |
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Chair: I. Cem Goknar |
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13.00-14.00 |
LUNCH BREAK |
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14.00-15.30 |
PART 2 |
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Chair: Chagaan
Baatar |
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15.30-18.05 |
LIVE CNN TECHNOLOGY DEMO SESSION |
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PART 1: SHORT INTRODUCTIONS |
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15.30-16.30 |
Chair: Csaba Rekeczky |
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15.30-15.35 |
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Bioinspired Robotics: Application of a CNN-based
CPG VLSI Chip to Control an Autonomous Mini-hexapod Robot |
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Paolo Arena, Luigi Fortuna, Mattia Frasca, Luca
Patané, Massimo Pollino1 |
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1 DIEES University
of Catania, ITALY |
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Cellular Wave Computing the Multi-channel
Mammalian Retina Model by the Bi-i Camera-computer |
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15.35-15.40 |
David Balya, Botond Roska1 |
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1
Friedrich Miescher Institute for
Biomedical Research, SWITZERLAND |
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Demonstration of Real-time Image Processing on
the SCAMP-3 Vision System |
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15.40-15.45 |
Piotr Dudek, David R.W. Barr, Alexey Lopich,
Stephen J. Carey1 |
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1
University of Manchester,
UK |
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CNNOPT: Learning Dynamics and CNN Chip-specific
Robustness |
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15.45-15.50 |
Dániel Hillier1,
Samuel Xavier-de-Souza2,
Johan A. K. Suykens2,
Joos Vandewalle2 |
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1 Péter Pázmány Catholic University,
HUNGARY |
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2
Katholieke Universiteit Leuven,
BELGIUM |
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Computing and Combining the Outputs of Cortically
Inspired Feature Maps |
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15.50-15.55 |
Bertram E. Shi, Eric K. C. Tsang, Stanley Y. M.
Lam, Yicong Meng1 |
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1 Hong Kong
University of Science and Technology,
HONG KONG |
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A Real-time Mammalian Retina Model Implementation
on FPGA |
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Zoltán Nagy1,
Zsolt Vörösházi1,
Péter Szolgay2 |
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15.55-16.00 |
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Pannon University, Department of Image
Processing and Neurocomputing, HUNGARY |
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2 Analogic and
Neural Computing Laboratory, Computer and Automation Institute of
HAS, HUNGARY |
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Implementation of Cellular Wave Computing Methods
by Hardware Learning: Ion Beam Analysis |
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16.00-16.05 |
Gunter Geis, Vanessa Senger, Ronald Tetzlaff1 |
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1Institute of
Applied Pyhsics, JWG University Frankfurt a. M.,
GERMANY |
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Multitarget Tracking Applications of the Bi-i
Platform: Attention-selection, Tracking and Control |
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16.05-16.10 |
Gergely Tímar, Csaba Rekeczky1 |
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1 Péter Pázmány
Catholic University, Faculty of Information Technology,
HUNGARY |
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Pixel Level Snakes Execution on the SIMD
Processor Array Vision Chip SCAMP-3 |
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16.10-16.15 |
David Lopez Vilarińo1,
Piotr Dudek2 |
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1
University of Santiago de Compostela,
SPAIN |
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2
University of Manchester,
UK |
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Fast and Robust Face Tracking Applied to
Wheelchair Driving |
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16.15-16.20 |
Samuel Xavier-de-Souza, Michiel Van Dyck, Johan A.
K. Suykens, Joos Vandewalle1 |
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1 Katholieke
Universiteit Leuven, BELGIUM |
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16.20-16.35 |
COFFEE BREAK |
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16.35-18.05 |
PART 2: LIVE DEMOS |
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Chair: Paolo Arena |
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20.00-22.00 |
WELCOME RECEPTION |
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