ISNNE 2014

20-Feb		21-Feb
9h30 - 10h00	Registration
10h00 - 10h10	Opening session by Prof. Aihara	10h00 - 10h50	Prof. Indiveri "Neuromorphic computing: analog electronic circuits for modeling neural processing and learning mechanisms in real-time"
10h10 - 11h00	Prof. Kohno "Qualitative-modeling-based silicon neuron circuits"	10h50 - 11h10	coffee break
11h00 - 11h50	Prof. Hasler "A Neuromorphic Hardware Systems Roadmap"	11h10 - 12h00	Prof. Horio "Hybrid computation through high-dimensional chaotic neuro-dynamics"
11h50 - 13h30	lunch^*	12h00 - 13h30	lunch^*
13h30 - 14h20	Prof. Chiappalone "Novel perspectives on the dialogue between neuronal and artificial systems"	13h30 - 14h20	Prof. Morie "VLSI Implementation and Nanostructure for Time-domain Spike-based Computing"
14h20 - 15h10	Prof. Levi "Biomimetic neural networks for hybrid experiments"	14h20 - 15h40	poster session and free discussion
15h10 - 15h40	coffee break
15h40 - 16h30	Prof. Tapson "Synthesizing spiking neural networks in hardware"
16h30 - 17h20	Prof. Okuno "Mixed analog-digital architecture for emulating biological visual systems"

* Oral and poster presentators are invited to lunch-on-discussion with Aihara FIRST project members.

Speakers

Prof. Michela CHIAPPALONE, Italian Institute of Technology, Italy
Prof. Jennifer HASLER, Georgia Institute of Technology, USA
Prof. Yoshihiko HORIO, Tokyo Denki University, Japan
Prof. Giacomo INDIVERI, ETH Zurich, Switzerland
Prof. Takashi MORIE, Kyushu Institute of Technology, Japan
Prof. Hirotsugu OKUNO, University of Osaka, Japan
Prof. Sylvain SAÏGHI, University of Bordeaux, France [Canceled]
Prof. Jonathan TAPSON, University of Western Sydney, Australia
Prof. Timothée LEVI, LIMMS/CNRS-IIS, University of Tokyo, Japan and University of Bordeaux, France
Prof. Takashi KOHNO, University of Tokyo, Japan

Posters

Maximum size of a poster is A0 (vertical).
[P1-1] Dr. Matthieu AMBROISE, University of Bordeaux, France,
"Biomimetic CPG on FPGA for hybrid experiments"
[P1-2] Dr. Brian DEGNAN, Georgea Institute of Technology, USA,
"Biologically-inspired, sparsely coded AER for neuromorphic systems"
[P1-3] Dr. Yuichi KATORI, FIRST, Aihara Innovative Mathematical Modelling Project, Japan,
"Transitive Dynamics among Attractors on Neural Network with Short-Term Plasticity"
[P1-4] Dr. Timothée LELEU, FIRST, Aihara Innovative Mathematical Modelling Project, Japan,
"Learning sequential patterns encoded by the propagation of neuronal avalanches in modular networks"
[P1-5] Dr. Jing LI, Institute of Industrial Science, University of Tokyo, Japan,
"Digital Silicon Neuronal Network and its Application to Associative Memory"
[P1-6] Prof. Jordi MADRENAS, Universitat Politècnica de Catalunya, Spain,
"Multiprocessor Emulation of Spiking Neural Networks for Digital Bioinspired Sensor Processing"
[P1-7] Prof. Keiji MIURA, Tohoku University, Japan,
"Neural implementation of shape-invariant touch counter based on Euler calculus"
[P1-8] Ms. Mariko MIYAKE, Graduate school of Engineering, University of Tokyo, Japan,
"A single board solution for silicon neuron chips with thermo-feedback system"
[P1-9] Dr. Kazuki NAKADA, The University of Electro-Communications, Japan,
"Dynamical Systems Design of Silicon Neurons using Phase Reduction Method and Its Applications"
[P1-10] Mr. Mehmet Sirin OZDAS, Institute of Neuroinformatics, University of Zurich and ETH Zurich, Switzerland,
"Towards real-time classification of neural recordings in neuromorphic hardware"
[P1-11] Dr. Valentina PASQUALE, Istituto Italiano di Tecnologia in Genova, Italy,
"In vitro modular neuronal assemblies: experimental and modeling studies"
[P1-12] Mr. Takumi SASE, Graduate School of Information Science and Technology, University of Tokyo, Japan,
"Bifurcation Analysis of Inhibitory Neural Network with Stochastic Neurons and Dynamic Synapses"
[P1-13] Mr. Yoshika OSAWA, Graduate School of Engineering, University of Tokyo, Japan,
"Analysis of Associative Memory with DSSN model"