15:45-18:00 November 30

SAKURA(2nd floor)

- A coupled map lattice model for dendrite
in diffusion field

Masako Ohtaki, Haruo Honjo and Hidetsugu Sakaguchi

*Kyushu University* - The tip-sticking probability and the branching
distribution of

Diffusion-Limited Aggregation

A. Sakamoto and S. Ohta

*Kyushu University* - Radial diffusion-limited growth in Laplace
field of finite size

Shonosuke Ohta

*Kyushu University* - Stability of patterns in stochastic growth
models

Shinichi Sato

*Shizuoka University* - Contraction rate of DLA

Y. Miyagawa and H. Honjo

*Kyushu University* - A Lattice Model for Oscillating Linear Polymers

Tadaomi Furuta and Kuniyoshi Ebina

*Kobe University* - Digitality Induced Transition - emergence
of novel `switch-like' states in a small
autocatalytic system

Yuichi Togashi, Kunihiko Kaneko

*University of Tokyo* - Unattainability of Carnot efficiency in the
Brownian heat engine

Tsuyoshi Hondou and Ken Sekimoto

*Tohoku University, Kyoto University* - Phase Dynamics from An Experimental System
of Dynamically Coupled Oscillators

Hisa-Aki Tanaka

*Sony Computer Science Laboratory* - Self-Organization in Coupled Salt-Water Oscillators

Kazutaka WATANABE, Hidetsugu SAKAGUCHI and Haruo HONJO

*Kyushu University* - A Functional Order in Reaction-Diffusion-Convection
System

Kouichi Okada(1), Tatsunari Sakurai(2) and Hidetoshi Miike(1)

*(1) Yamaguchi University, (2) Hokkaido University* - Collective dynamical structure in large network
of chaotic elements

Tsuyoshi CHAWANYA

*Osaka University* - Self-organization of pacemaker units in globally
coupled maps with variable connection weights

Junji Ito, Kunihiko Kaneko

*University of Tokyo* - The Flow and the Amount of Information Through
Coupled Map Lattice Using BZ Map

Takao Ito, Masaki Hayashi

*Tokyo University of Pharmacy and Life Science* - Implementation of a 1-D reaction-diffusion
cellular automaton

Masahiko Hiratsuka, Takafumi Aoki*, and Tatsuo Higuchi*

*Sendai National College of Technology, *Tohoku University* - Differentiation and Replication of Spots
in a Reaction Diffusion System with Many
Chemicals

Hiroaki Takagi, and Kunihiko Kaneko

*University of Tokyo* - Derivation of ARCH(1) process from market
price changes based on deterministic microscopic
multi-agents

Aki-Hiro Sato

*Tohoku University*

- The cellular automata model of the allometric
scaling law in biology

Shinya Kizaki, Fumio Nakaya and Tatsuo Motokawa

*Chuo University, Tokyo Institute of Technology* - A heartbeat fluctuation in freely moving
spiny lobster, Panulirus japonicus

Tomoo Katsuyama and Tohru Yazawa

*Tokyo Metropolitan University* - Dynamics of Hydra Cell sorting using DAH

N. Ouchi, J.P. Rieu, J. Glazier, A. Upadhyaya and Y. Sawada

*JAERI Tokai, Univ. Claude Bernard Lyon I, Univ. Notre Dame, RIEC Tohoku Univ.* - Dynamic Differentiation in a Stem Cell System:
Theory for Robust and Irreversible Development

Chikara Furusawa and Kunihiko Kaneko

*University of Tokyo* - Cell type regulation in
*Dictyostelium*discoideum slugs: prestalk proportion takes any value between upper/lower thresholds

Ismael Rafols and Yasuji Sawada

*Tohoku University* - Role of cytosolic pH regulation in the rapid
patterning of
*Dictyostelium*

Satoshi Sawai, Takashi Hirano, Yasuo Maeda and Yasuji Sawada

*Tohoku University* - Cell Motion and Slug Migration of Dictyostelium
in 2D

Kaoru Tsuchiya, Satoshi Sawai, Yasuji Sawada

*Kyoto University* - Aggregation dynamics of slime mold amoebae:
layler-height model

H. Tutu

*Kyoto University* - Dynamics between a predator and a prey switching
two kinds of escape motions

Nozomu FURUICHI

*Tohoku University* - A Hamiltonian Dynamical Model for Molecular
Machines

Naoko Nakagawa, and Kunihiko Kaneko

*Ibaraki University, University of Tokyo* - Force measurment of single DNA molecules
in coil-globule transition

Yoshihiro Murayama and Masaki Sano

*Tohoku University* - Size-dependence of the probability of random
knotting and application to knotted DNA

Miyuki K. Shimamura, and Tetso Deguchi

*Ochanomizu University* - Evolutionary Origin of Central Nervous System

Hiroshi Shimizu

*National Institute of Genetics*

- Noise Effect on Dynamical Neural Network
Model of Hippocampus

Toshiaki Omori and Tsuyoshi Horiguchi

*Tohoku University* - A Bursting Mechanism of Chattering Neurons
and Its Synchronization

Toshio Aoyagi, Nobuhiko Terada, Youngnam Kang, Takeshi Kaneko, and Tomoki Fukai

*Kyoto University, Tamagawa University, CREST JST* - Nonlinear dynamics of a brain slice-computer
hybrid

KATAYAMA Norihiro, NAKAO Mitsuyuki, SAITOH Hiroaki, and YAMAMOTO Mitsuaki

*Tohoku University* - Collective Dynamics of Intracellular Calcium
Activities and its Relation to Network Structures
in Neuron-Glia Cultures

A. Yoshida1, M. Sano1,2

*1Tohoku University, 2University of Tokyo* - Stochastic resonance of coupled FitzHugh-Nagumo
neuron models and its application to an assosiative
memory

Akito Igarashi and Hideyuki Yamaguchi*

*Kyoto Univesity, *NEC* - A positive role for noise correlation in
threshold systems

Marisciel T. Litong, and Yasuji Sawada

*Tohoku University* - Mixed state on an oscillator neural network
model for sparsely

coded phase patterns

Masaki Nomura, Masato Okada*, Toshio Aoyagi

*Kyoto University, *ERATO* - Complex entrainment in Brain waves

Toshio Mori*, Hideki Yamazaki** and Shoichi Kai*

** Kyushu University, ** Fukuoka Institute of Technology* - Bifurcations in a Model of Synaptically Coupled
Neurons

Kunichika Tsumoto, Tetsuya Yoshinaga, Kazuyuki Aihara and Hiroshi Kawakami

*University of Tokushima* - A study of Spatio-Temporal Behavior and Control
of a network of excitable neurons

Vasileios TSEROLAS(1,2), Shuji AKIYAMA(1), and Yoshifumi SEKINE (2)

*(1) Electrotechnical Laboratory, (2) Nihon University* - Synchronous phenomena in FitzHugh-Nagumo
type model neurons with excitatory

and inhibitory synaptic coupling

Yasuomi Sato,Masatoshi Shiino

*Tokyo Institute of Technology* - Synchronous and asynchronous activities in
the competition of the cortical network models

Katsunori Kitano, Tomoki Fukai, Toshio Aoyagi

*Tamagawa University, Kyto University* - Dynamics of learining and retrieval in a
neural network model

T. Kitajima and K. Hara*

*Yamagata University, * Ishinomaki Senshu University* - Control of dynamical systems by a stochastic
neural network with generalized Hebbian learning

Y. Hayakawa

*Tohoku University* - Statistical thermodynamical method for evaluating
the Neural acivity field at equilibrium

Hirohumi Hirayama, Yosimitsu Okita, and Teruhisa, Kazui

*Asahikawa medical college, Shizuoka university, Hamamatsu medical college* - Neuronal Cell Automata

Y. Nagai, S-J. Kim*, and A. Ankiewicz**

*Kokushikan University, * Waseda University, ** Australian National University* - Inaccessible learning process of recurrent
networks

Asaki Saito, Makoto Taiji, Takashi Ikegami

*RIKEN, Institute of Statistical Mathematics, University of Tokyo* - Detecting and Evaluating Intrinsic Nonlinearity
Present in the Mutual Dependence

between Two Time Series: Application to Brain Activity Data

N. Tanaka, H. Kawaguchi, R. Tokioka, H. Okamoto, and M. Naito

*Hitachi, Ltd.* - Estimation of propagation delay in neuronal
cultures using multi-electrode array recordings

Takashi Tateno and Yasuhiko Jimbo*

*Osaka University, *NTT Basic Research Laboratories* - Motion discrimination in one-shot competing
apparent motion is influenced by negative
inter-stimulus interval

Kazuhiro SAKAMOTO, Toru ONIZAWA and Masafumi YANO

*Tohoku University* - A Navigation Model Based on Hippocampus-Basal
Ganglia

Makoto Ito, Yasuji Sawada, Miyake Shogo

*Tohoku University* - Spontaneous hippocampal neuronal oscillation
in the CA3 region of hippocampal slices

Kiyohisa Natsume and Kaoru Kometani

*Kyushu Institute of Technology* - Discrete stochastic process underlying rivalrous
switching of visual awareness

Tsutomu Murata(1), Nobuyuki Matsui(2),Satoru Miyauchi(1), and Toshio Yanagida (1,3)

*(1) Communications Research Laboratory, (2) Himeji Institute of Technology, (3) Osaka University.* - The functional modulation of the primary
visual cortex by using transcranial magnetic
stimulation

Takashi Kujirai

*National Yonezawa Hospital* - Bi-directionalization of neural computing
architecture for time series prediction.
II: Application to Mackey-Glass chaotic time
series

Hiroshi Wakuya*, Katsunori Shida* and Jacek M. Zurada **

**Saga University, **University of Louisville* - The predictive motion of human hand in response
to the visual input

Fumihiko Ishida and Yasuji Sawada

*Tohoku University* - Dynamics of synfire chain in coincidence
detector network

Kazushi Ikeda, and Masashi Kitamura

*Kyoto University* - Parameter Setting in The Plural Evaluation
Function System of a TSP Machine by Neural
Network

Yoshihiro Hayakawa and Yasuji Sawada

*Tohoku University* - Design of a Neural Network with Single Electron
Devices

Hisanao Akima *, Shigeo Sato, and Koji Nakajima

*Tohoku University, *Japan Science and Technology Corporation* - Implementation of a Stochastic Neural Network
System

Ken Nemoto, Mitsunaga Kinjo, * Shigeo Sato, Koji Nakajima

*Tohoku University, *Japan Science and Technorogy Corporation*