| Name |
Affiliation |
Abstract
titles |
| Kazuyuki
Aihara |
(Tokyo,
Japan) |
Excitable
Neurodynamics and possible Neural Coding with Spatio-Temporal Spikes |
| Y.
Assai |
(Osaka
Univ., Japan) |
A
coupled oscillator model of ordered and disordered inter-limb coordination
(Y.
Asai, T. Nomura, and S. Sato) |
| Roman
Borisyuk* |
(Plymouth,
Moscow) |
Information
Coding in Neural Models of Spiking Elements with External Forcing |
| Epifanio
Bagarinao |
(Osaka
Univ., Japan) |
Joint
analysis of multichannel magnetoencephalogram data using multivariable
autoregressive models (by E. Bagarinao, K. Yoshino, T. Nomura,
S. Sato, and M. Tonoike) |
| Guido
Bugmann* |
(Plymouth,
UK) |
Modeling
High CV Spike Trains as Low CV Burst Trains |
| Aniello
Buonocore* |
(Napoli,
Italy) |
The
effect of alternating drifts on the input-output behaviour of model neurons
(by:Buonocore A., Di Crescenzo A. and Di Nardo E.) |
| Adi
R. Bulsara |
(San
Diego, USA) |
Noise-Induced
Firing in Type I Neurons: A case for the Universality of Integrate-and-Fire
Dynamics. |
| Tsai-Rong
Chang |
(NCKU,
Taiwan) |
Modeling
responses of midbrain auditory neurons to random FM sound using artificial
neural network (by: Chung PC, Chang TR, Poon P) |
| Pau-Choo
Chung |
(NCKU,
Taiwan) |
Modeling
responses of midbrain auditory neurons to random FM sound using artificial
neural network (by: Chung PC, Chang TR, Poon P) |
| Chris
Cristodoulou |
(Birkbeck,
London, UK) |
Learning
Temporal Correlation between Input Neurones by using Dendritic Propagation
Delays and Stochastic Synapses (by Christodoulou C. and Bugmann G.) |
| Mike
Denham |
(Plymouth,
UK) |
Synchrony
generation in networks of spiking neurons with dynamic synapses and a dynamic
learning rule. |
| Sue
Denham |
(Plymouth,
UK) |
A
model of temporal response properties in primary auditory cortex |
| Antonio
Di Crescenzo* |
(Potenza,
Italy) |
The
effect of alternating drifts on the input-output behaviour of model neurons
(by:Buonocore A., Di Crescenzo A. and Di Nardo E.) |
| Gerard
Dreyfus* |
(Paris,
France) |
Generation
of olfactory neural codes by networks of HH neurons |
| Reinhard
Eckhorn* |
(Marburg,
Germany) |
Temporal,
Spatial, and Intensity Information in Cat Visual Cortex Evoked by a Retina-Implant
(by:
M. Eger, R. Eckhorn, T. Schanze, M. Wilms) |
| Markus
Eger* |
(Marburg,
Germany) |
Three-Step-Approach
for the Analysis of Information Transmission via Neural Systems with Multiple
Inputs and Outputs (by: Eger M.and Eckhorn R.) |
| Jianfeng
Feng* |
(Sussex,
UK) |
A
Modelling study on the discrimination of visual motion patterns (by:
Jianfeng Feng and Feng Liu) |
| Andre
A. Fenton |
(Prague,
Czech Republic) |
The
hippocampal place cell rate code signals here but not there |
| Robert
M. French |
(Liege,
Belgium) |
Noise,
Pseudopatterns, and Information Transfer in the Brain |
| Karl
Friston |
(UCL,
London, UK) |
Constraints
on the form of neuronal codes: A dynamical perspective |
| Angelo
Di Garbo* |
(Pisa,
Italy) |
Synchronization
in Biophysical Neural Networks |
| Wulfram
Gerstner |
(Lausanne,
Switzerland) |
Coding
properties of spiking neurons: modeling reverse correlations. |
| Virginia
Giorno |
(Salerno,
Italy) |
Upward
First Crossing Problems for Neuronal Modeling's Paradigm (by: A.Buonocore,
V.Giorno , A.G.Nobile, L.M.Ricciardi ) |
| Maria
Teresa Giraudo* |
(Torino,
Italy) |
Effects
of Random Jumps on a Very Simple Neuronal Diffusion Model (by: Giraudo,
M.T., Sacerdote, L. and Sirovich, R.) |
| Chris
Harris* |
(Plymouth,
UK) |
Temporal
uncertainty in reading the neural code (multiplicative noise). |
| Eugene
Izhikevich* |
(NSI,
San Diego, USA) |
Resonance
and Selective Communication Via Bursts in Neurons Having Subthreshold Oscillations |
| Frank
Hoppensteadt |
(Arizona,
USA) |
Phase
locking in neural tissue and its possible role in neuronal coding. |
| Javier
Iglesias |
(Lausanne,
Switzerland) |
A
Cooperative Computing Approach to Decipher Neural Coding (by: Iglesias
J., Tetko I.V., Villa A.E.P.) |
| Yakov
Kazanovich* |
(Moskow,
Russia) |
Object
Selection by an Oscillatory Neural Network (by: Yakov Kazanovich and
Roman Borisyuk) |
| Andre
Kohn* |
(Sao
Paulo, Brazil) |
The
encoding of input currents by Motoneurones in relation to Neuronal Modelling
(by: M F Veira and A F Kohn) |
| Petr
Lansky* |
(Prague,
Czech Republic) |
Coding
of Periodic Stimulation in Chemoreceptors (by: Petr Lansky and Jean-Pierre
Rospars) |
| Michael
Levine* |
(Chicago,
USA) |
Firing
coincidences between neighboring retinal ganglion cells: inside information
or redundant reformatting? |
| Maciej
T. Lazarewicz* |
(Krasnow
Instit., Fairfax, USA) |
A
new bursting model of CA3 pyramidal cell physiology suggests multiple locations
for spike initiation. (by: Lazarewicz M.T., Migliore M., Ascoli G.A) |
| Andre
Longtin* |
(Ottawa,
Canada) |
1.
Biophysical
Modeling of Correlated Firing and Gain Control in the Electrosensory System.
2.Correlation
Enhanced Information Transfer in Electroreceptors of Weakly Electric Fish
(By: André Longtin, Maurice J. Chacron, Leonard Maler) |
| Petr
Marsalek* |
(Johns
Hopkins, USA) |
Phase
space analysis of the 2D nonlinear system. (by: Marsalek Petr, Kubena
Ales). |
| Robert
Morse |
(Keele
University, UK) |
An
Information-Theoretic Approach to Cochlear Implant Coding (by: Morse
R.P. and Stocks N.G.) |
| Ernst
Niebur* |
(Johns
Hopkins, USA) |
Attention
Modulated Synchrony in Primate Cortex (by: E Niebur, A Roy, P N Steinmetz,
S S Hsiao and K O Johnson) |
| Amelia
G. Nobile |
(Salerno,
Italy) |
Upward
First Crossing Problems for Neuronal Modeling's Paradigm (by: A.Buonocore,
V.Giorno , A.G.Nobile, L.M.Ricciardi ) |
| Taishin
Nomura |
(Osaka,
Japan) |
Phase
resetting and dynamic stability of human walking (T. Yamasaki, T. Nomura,
and S. Sato) |
| Andrej
Olypher* |
(Rostov,
Russia) |
On
informational content of a momentary spiking activity of hippocampal place
cells (by: Andrey Olypher, Petr Lansky, Andre Fenton) |
| David
P.M. Northmore |
(Delaware,
USA) |
A
model tectum: attention, synchrony and behavior (by: Northmore D. &
Gallagher S.) |
| Stefano
Panzeri* |
(Newcastle
upon Tyne, UK) |
The
role of correlated firing in coding information about single and separate
objects in cat V1 (by S. Panzeri, G. Pola, H. Golledge, F. Zheng, M.J.
Tovee, M.P Young) |
| Guenther
Palm |
(Ulm,
Germany) |
Information
and surprise in neural networks and sensory-motor systems |
| Olivier
Parodi |
(ESPCI,
Paris) |
- |
| Time
Pearce* |
(Leicester,
UK) |
Why
do Olfactory Neurons have Unspecific Receptive Fields ? (by: Manuel
A Sánchez-Montañes and Tim C Pearce) |
| Rasmus
Petersen* |
(SISSA,
Trieste, Italy) |
Population
Coding of Stimulus Location in Rat Barrel Cortex (by: R.S. Petersen,
S. Panzeri, M.E. Diamond) |
| Hans
E. Plesser |
(Agricultural
University,Norway) |
A
Network Model for Studying the Consequences of Localized and Non-localized
Inhibition of Thalamic Relay Cells (by: Hans E. Plesser and Gaute T.
Einevoll) |
| Brigitte
Quenet* |
(Paris,
France) |
Generation
of olfactory neural codes by a network of Hodgkin-Huxley neurones (by:
Brigitte Quenet, Sevan Sirapian, Rémi Dubois and Gérard Dreyfus) |
| Barry
J. Richmond* |
(Bethesda,
USA) |
Decoding
neuronal responses from single trials millisecond-by-millisecond |
| John
Rinzel |
(New
York, USA) |
Cellular
dynamics involved in sound localization.(by: J Rinzel, G Svirskis,
V Kotak, D Sanes) |
| Roger
Rodriguez |
(CNRS,
Marseilles, France) |
Vesicular
Mechanisms end Estimates of Firing Probability in a Network of Spiking
Neurons (by: Rodriguez R. and Lansky P.) |
| Edmund
Rolls |
(Oxford,
UK) |
Sparse
distributed representations in perceptual and memory systems in the brain. |
| Jean-Pierre
Rospars* |
(INRA,
Versailles, France) |
Coding
of Periodic Stimulation in Chemoreceptors (by: Petr Lansky and Jean-Pierre
Rospars) |
| Laura
Sacerdote* |
(Torino,
Italy) |
Interspike
Interval Statistics in the Ornstein-Uhlenbeck Neuronal Model with the Signal
Dependent Noise (by: Laura Sacerdote and Petr Lánský) |
| Yutaka
Sakai* |
(Saitama,
Japan) |
Spike
independency in feed-forward networks |
| Shunsuke
Sato |
(Osaka,
Japan) |
1)
A
coupled oscillator model of ordered and disordered inter-limb coordination
(Y. Asai, T. Nomura, and S. Sato) 2) Phase
resetting and dynamic stability of human walking (T. Yamasaki, T. Nomura,
and S. Sato) |
| Adam
Sillito |
(UCL,
London, UK) |
Spatial
and temporal dynamics of neural coding in the central visual system |
| Lars
Schwabe* |
(Berlin,
Germany) |
Efficient
coding with rapid adaptation in the primary visual cortex |
| Jose
Pedro Segundo |
(Montevideo,
Uruguay & UCLA, USA) |
- |
| Igor
A. Shevelev |
(Moscow,
Russia) |
What
are the Neuronal Mechanisms of Specific Neural Codes of the Second-Order
Features in the Cat Striate Cortex? |
| Jonghan
Shin* |
(Riken,
Tokyo, Japan) |
A
unifying theory on the relationship between spike trains and EEG based
on the spectral noise shaping neural coding hypothesis |
| Shigeru
Shinomoto* |
(Kyoto,
Japan) |
Cortical
area dependence of neuronal spiking characteristics (by: Shigeru Shinomoto
and Yutaka Sakai) |
| Nigel
Stocks |
(Warwick,
UK) |
Generic
noise-enhanced coding in neural populations |
| Liz
Stuart* |
(Plymouth,
UK) |
Visualisation
of multi-dimensional Spike Trains (by: Stuart E., Walter M. and Borisyuk
R.) |
| Elisabeth
Thomas |
(Liege,
Belgium) |
Category
encoding with non-category specific neurons in the inferior temporal cortex
(by:
Elizabeth Thomas, Marc M Van Hulle and Rufin Vogels) |
| Simon
Thorpe |
(Toulouse,
France) |
Ultra-Rapid
Visual categorisation using one Spike per neuron |
| Kunichika
Tsumoto |
(Tokushima,
Japan) |
Bifurcations
in synaptically coupled Hodgkin-Huxley neurons with a periodic alpha-function
train, By: Kunichika Tsumoto (The University of Tokushima), Tetsuya
Yoshinaga (The University of Tokushima), Kazuyuki Aihara (The University
of Tokyo), Hiroshi Kawakami (The University of Tokushima) |
| Tatyana
S. Turova* |
(Lund,
Sweeden), |
Study
of synaptic plasticity via random graphs. |
| Francesco
Ventriglia* |
(Napoli,
Italy) |
Stochastic
fluctuations of the synaptic function (by: Ventriglia F. and Di Maio
V. ) |
| Alexander
K. Vidybida* |
(Kiev,
Ukraine) |
1)
Inhibition
as binding controller in a network of binding neurons, 2) Discriminating
Ability Improvement in Sensory Systems due to Cooperativity. |
| Alessandro
Villa |
(Lausanne,
Switzerland) |
Spatio-Temporal
Patterns of Spike Occurrences in Freely Moving Rats Associated with the
Perception of Human Vowels (by: Villa A.E.P, Eriksson J.L., Najem A.,
Iglesias J., Tetko I.V.) |
| Martin
Walter* |
(Plymouth,
UK) |
Visualisation
of multi-dimensional Spike Trains (by: Stuart E., Walter M. and Borisyuk
R.) |
| Florentin
Wörgötter* |
(Stirling,
UK) |
Predictive
Learning in Time-Continuous Systems: A theoretical approach towards classical
Conditioning (by: Florentin Wörgötter and Bernd Porr). |