| Paper ID |
Last name |
First name |
Title |
| 486 |
Althoefer |
Kaspar |
A Two-Stage Model Network of Memory Trace Formation |
| 185 |
Alvarez |
Fabián |
Coding in recurrent excitatory networks |
| 298 |
Anastasio |
Thomas |
MODELING MULTISENSORY ENHANCEMENT IN THE SUPERIOR COLLICULUS USING BAYES' RULE |
| 127 |
Anderson |
Charles |
Simulating Large Scale Neuronal Circuits |
| 152 |
Aoyagi |
Toshio |
A Bursting Mechanism of Chattering Neurons Based on Calcium-Dependent Cationic Currents
|
| 220 |
Arleo |
Angelo |
Spatial Orientation in Autonomous Navigating Agents: Modeling Biological Head-direction
Cells |
| 491 |
Assadi |
Amir |
A Learning Theoretic Approach to Perceptual Geometry of Curves and Surfaces in Natural
Scenes |
| 489 |
Assadi |
Amir |
Recurrent Probabilistic Dynamics: Applications to Face Recognition |
| 72 |
Avital-Kitroser |
Maya |
Synaptic depression is used to switch between distinct oscillatory states in circuits
with recurrent inhibition |
| 164 |
Axmacher |
Nikolai |
Presynaptic Control of Efficacy of GABAergic Synapses in the Hippocampus |
| 86 |
B. Mazza |
Marcelo |
Alterations of cortical representation areas in the surround of cortical lesion in
a Computer Simulation of the Somatosensory system. |
| 426 |
Baca |
Serapio M. |
Lateral inhibitory connections contribute to the local bend response in the medicinal
leech (Hirudo medicinalis). |
| 44 |
Bal |
Thierry |
CORTICOTHALAMIC FEEDBACK CONTROLS THE FREQUENCY AND SYNCHRONY OF THALAMIC OSCILLATIONS
|
| 143 |
Balasubramanian |
Vijay |
Metabolically Efficient Codes in The Retina |
| 347 |
Ballard |
Dana |
A synchronous firing model of LGN |
| 272 |
Barbieri |
Riccardo |
DIAGNOSTIC METHODS FOR STATISTICAL MODELS OF PLACE CELL SPIKING ACTIVITY |
| 194 |
Bartsch |
Hauke |
Modeling contextual effects in macaque V1 by recurrent networks with multiple
inhibitors |
| 477 |
Beatty |
Jackson |
The Neuronal Empiricism Hypothesis: Sensory Cortex as an Unsupervised Learning
Machine |
| 341 |
Beker |
Tuvik |
Emerging Command Neuron Circuitry in Evolved Autonomous Agents |
| 205 |
Benda |
Jan |
Spike-Frequency Adaptation: Phenomenological Model and Experimental Tests |
| 53 |
Bernroider |
Gustav |
Reconstructing the temporal ensemble code behind receptive field maps of the visual
cortex |
| 370 |
Berquist |
Rachel |
The Virtual Dogfish: An environment for modelling neural computations in cerebellar-like
circuitry of the elasmobranch electrosensory system. |
| 383 |
Berry II |
Michael J. |
Firing Events: Fundamental Symbols in the Neural Code of Retinal Ganglion Cells?
|
| 307 |
Bethge |
Matthias |
Synchronous Inhibition as a Mechanism for Unbiased Selective Gain Control |
| 37 |
Bhalla |
Upinder |
Temporal pattern decoding by synaptic signaling pathways |
| 30 |
Bickle |
John |
MODELING CORTICOTHALAMIC EXCITATORY AND INTRATHALAMIC INHIBITORY SYNAPSES ON SIMULATED
THALAMIC RELAY (LGN) DENDRITES |
| 57 |
Blackwell |
Kim |
Does calcium mediate the interaction between paired stimuli during classical
conditioning? |
| 233 |
Blanchard |
Mark |
How accurate need sensory coding be for behavior? Experiments using a mobile robot. |
| 216 |
Bleeck |
Stefan |
Spiking feed-forward neuronal networks with delays can simulate across-channel masking
release |
| 377 |
Boettiger |
Charlotte |
Developmentally Restricted Synaptic Plasticity in a Songbird Nucleus Critical for
Song Learning. |
| 106 |
Bogacz |
Rafal |
Model of co-operation between recency, familiarity and novelty neurons in the perirhinal
cortex |
| 318 |
Bohland |
Jason W. |
Efficient Associative Memory Using Small-World Architecture |
| 150 |
Booth |
Victoria |
Neural Mechanisms for Generating Temporal and Rate Codes |
| 475 |
Borg-Graham |
Lyle |
The Computation of Directional Selectivity in the Retina Occurs Prior to the Ganglion
Cell |
| 476 |
Borg-Graham |
Lyle |
Adaptive Time Step and Ideal Voltage Clamp Methods for Compartmental Models |
| 94 |
Borisyuk |
Roman |
A computational model of the septal pacemaker |
| 340 |
Borisyuk |
Alla |
Computational model for the dynamic aspects of sound processing in the auditory
midbrain |
| 147 |
borst |
alexander |
Effects of mean firing rate on the information capacity in a fly visual interneuron |
| 115 |
Bose |
Amitabha |
Control of network output by synaptic depression |
| 148 |
Bota |
Mihail |
The NeuroHomologies Database |
| 405 |
Bressler |
Steven |
Separation of Feedforward and Feedback Causal Influences in the Primate Visual Cortex
|
| 56 |
Brown |
David |
Significance of random neuronal drive |
| 506 |
Bruins Slot |
Liesbeth |
A mechanism of signal transduction operating with a neurotransmitter receptor. |
| 191 |
Brunel |
Nicolas |
Network gamma oscillations with intermittent firing of pyramidal cells in a recurrent
excitatory-inhibitory circuit model |
| 208 |
Buchs |
Nissim |
Learning direction selectivity in V1 cells by asymmetric spike-based synaptic
modifications |
| 450 |
Burns |
Gully A. P. C. |
Towards a federated neuroscientific knowledge management system using brain atlases |
| 460 |
Burton |
Brent |
Three-dimensional reconstruction of neuronal forests |
| 471 |
Caplan |
Jeremy |
Detection and analysis of task-dependent theta oscillations in humans |
| 303 |
Chacron |
Maurice J. |
Modeling P-type Electroreceptors |
| 270 |
Chance |
Frances |
The Dynamics of Neuronal Firing Rates |
| 309 |
Chance |
Frances |
Input-Specific Adaptation in Complex Cells Through Synaptic Depression |
| 355 |
Chechik |
Gal |
Spike Time Dependent Plasticity Maximizes Mutual Information in a Spiking Neural
Network |
| 243 |
Chepurnova |
Nina E. |
Hypothalamo-hypophysial neuropeptides interactions in the genesis of febrile
convulsions |
| 338 |
Christodoulou |
Chris |
Coefficient of Variation (CV) vs Mean Interspike Interval (ISI) curves: what do they
tell us about the brain? |
| 311 |
Compte |
Albert |
Mean field reduction and bifurcation analysis of a spatial working memory network
model |
| 458 |
Coop |
Allan |
Deciphering the Neural Code: Neuronal Discharge Variability is Preferentially
Controlled by the Temporal Distribution of Afferent Impulses |
| 80 |
Corchs |
Silvia |
Selective Attention in Visual Search: a Neural Network of Phase Oscillators. |
| 480 |
Cornelisse |
Lennart N. |
Minimal model for spontaneous Ca2+ oscillations coupled to electrical bursting in
a neuroendocrine cell |
| 424 |
Cowen |
Stephen |
Spike Train Segmentation and Recognition: Identifying The Neural Correlates of
Decisions |
| 110 |
Crawford |
J. Douglas |
Modelling and testing the principle of computation-on-demand in the 3-D saccade
generator. |
| 36 |
Crook |
Sharon |
Stimulus-dependent synaptic inputs in a sensory interneuron model |
| 372 |
Cymbalyuk |
Gennady |
A model of slow plateau-like oscillations based upon the fast Na+ current in a window
mode. |
| 285 |
Davison |
Andrew |
Spike synchronization in a biophysically-detailed model of the olfactory bulb |
| 389 |
Daw |
Nathaniel |
Operant behavior suggests attentional gating of dopamine system inputs |
| 509 |
De Buysscher |
Tristan |
Entropy of Olfactory Bulb Mitral Cell Spike Trains |
| 169 |
de Kamps |
Marc |
Using a recurrent network to bind form and position information into a unified
percept. |
| 447 |
de Lafuente Flores |
Victor Hugo |
A computer program to study Herman Illusion and some new variants. |
| 88 |
de Pinho |
Marilene |
A Computational Model of Tonotopic Reorganization in the Auditory Cortex in Response
to Cochlear Lesions. |
| 222 |
Del Giudice |
Paolo |
Short-term synaptic depression: implications for learning |
| 228 |
Del Giudice |
Paolo |
Formation of working memory in networks of spiking neurons and spike-driven synapses |
| 230 |
Del Negro |
Christopher |
Periodic, quasiperiodic, and chaotic states in rhythm-generating networks: studies with
the mammalian respiratory oscillator |
| 157 |
Del Prete |
Valeria |
How much do they tell us to move? |
| 246 |
Delorme |
Arnaud |
Networks of Integrate-and-Fire Neurons using Rank Order Coding I: Receptive Field
Emergence |
| 234 |
DeMaris |
David |
Distributions of Sampled Attractor Basin Transients: a population code for object
representation |
| 81 |
Denham |
Michael |
Computational modelling of septo-hippocampal theta-rhythm production |
| 91 |
Denham |
Susan |
An Investigation into the Role of Cortical Synaptic Depression in Auditory Processing |
| 43 |
Destexhe |
Alain |
IN VIVO AND COMPUTATIONAL STUDY OF CORTICALLY-GENERATED SPIKE-AND-WAVE OSCILLATIONS |
| 60 |
Destexhe |
Alain |
SIMPLIFIED MODELS OF NEOCORTICAL PYRAMIDAL CELLS PRESERVING SOMATODENDRITIC VOLTAGE
ATTENUATION |
| 182 |
Diesmann |
Markus |
STATE SPACE ANALYSIS OF SYNCHRONOUS SPIKING IN CORTICAL NEURAL NETWORKS |
| 348 |
Dimitrov |
Alexander G. |
Non-uniform quantizaion of neural spike sequences through an information distortion
measure |
| 432 |
Djurfeldt |
Mikael |
Cortex-basal ganglia interaction during learning of sequential and hierarchical
tasks |
| 301 |
Doboli |
Simona |
An Attractor Model for Hippocampal Place Cell Hysteresis |
| 131 |
Drew |
Patrick |
Spike-timing dependant potentiation and depression in a recurrent cortical network
|
| 173 |
Eggert |
Julian |
Fast Dynamic Organization without Short-Term Synaptic Plasticity: A New View Of
Hebb's Dynamical Assemblies |
| 492 |
Eghbalnia |
Hamid |
An Application of Support Vector Machines to Computational Modeling Perception of
Symmetry through Visual Attention |
| 129 |
Eglen |
Stephen |
An evaluation of competitive and cell death mechanisms in forming on- and off-centre
retinal ganglion cell mosaics |
| 195 |
Einevoll |
Gaute T. |
Probing mechanistic models for the retinogeniculate circuit in cat using drifting
gratings |
| 319 |
Eliasmith |
Chris |
Beyond Bumps: Spiking Networks that Store Smooth n-Dimensional Functions |
| 507 |
Ellis |
Steven |
Topology of Ambiguity |
| 217 |
Ernst |
Udo |
Spontaneous emergence of orientation preference and direction selectivity through lateral
intracortical interactions |
| 275 |
Fanselow |
Erika |
Use of a Model of the Thalamocortical Loop to Deduce Sources of Behavior-Related
Changes in Tactile Response Characteristics |
| 126 |
Feerick |
Stuart |
Increasing inhibition can boost a neuron's firing rate |
| 68 |
Fellous |
Jean-Marc |
Computational model of carbachol-induced delta, theta and gamma-like oscillations
in hippocampus |
| 73 |
feng |
jianfeng |
Impact of Geometrical Structures On the Output of Neuronal Models--From Spikes To
Bursts |
| 141 |
Ferree |
Thomas |
High-resolution EEG systems for studying human brain dynamics |
| 438 |
Field |
Brent |
The Calculation of Neuronal Signal-to-Noise Ratios using Sine-Wave Estimation of the
System Kernel |
| 503 |
Foldiak |
Peter |
Stimulus optimization in primary visual cortex |
| 292 |
Francis |
Joseph |
Synchronization Between Neuronal Ensembles Via Their Electric Fields |
| 196 |
Franck |
Paul |
Synchronization in and between patches in a model of the cerebellar granular layer |
| 419 |
Franks |
Kevin |
An MCell Model of Calcium Dynamics and Calmodulin Activation in Dendritic Spines. |
| 273 |
Fransen |
Erik |
Entorhinal neuronal activity during delayed matching tasks may depend upon calcium
activated non-specific cation current I(CANM). |
| 200 |
Friesen |
W. Otto |
Role of Feedback Loops in the Scorpion Circadian System |
| 495 |
Fukuda |
Ryuta |
Development of connectivity of human cerebral cortex |
| 332 |
Fusi |
Stefano |
Long term memory: encoding and storing strategies of the brain |
| 118 |
Gardner |
Daniel |
A Common Data Model for Recording and Simulation Datasets and Descriptive Metadata |
| 136 |
Gardner |
Esther |
COMPARATIVE ROLES OF PRIMARY SOMATOSENSORY (SI) AND POSTERIOR PARIETAL CORTEX (PPC)
IN GOAL-DIRECTED ACTIONS OF THE HAND. |
| 508 |
Garliauskas |
Algis |
The Visual Cortex Modeling by the Hexagonal Topology |
| 379 |
Gauck |
Volker |
The spike rate of deep cerebellar nucleus neurons is strongly influenced by the
synchronization of inhibitory inputs |
| 499 |
Geisler |
Caroline |
A Network Model for Theta Oscillations in the Septohippocampal System |
| 177 |
Gewaltig |
Marc-Oliver |
CORTICAL SYNFIRE ACTIVITY: CONFIGURATION SPACE AND SURVIVAL PROBABILITY |
| 34 |
Gibson |
William G. |
A Monte Carlo analysis of calcium dynamics and exocytosis in nerve terminals |
| 116 |
Gillies |
Andrew |
THE ROLE OF SUBTHALAMIC NUCLEUS INTRANUCLEAR AXON COLLATERALS IN BASAL GANGLIA PROCESSING:
EVIDENCE FROM COMPUTATIONAL MODELS AND IN VITRO EXPERIMENT |
| 342 |
Giszter |
Simon |
Modeling of dynamic controls in the frog wiping reflex : force-field level controls. |
| 160 |
Giugliano |
Michele |
Electrophysiological activity to cell metabolism signal transduction: possible feedback
regulatory biochemical pathways |
| 417 |
Glantz |
Raymon |
Information Processing in a Neural System |
| 256 |
Goddard |
Nigel |
NEOSIM: Portable large-scale plug-and-play neuronal modelling |
| 255 |
Goldman |
Mark |
Information Transmission Across a Dynamic Synapse |
| 84 |
Gradwohl |
Gideon |
DENDRITIC VOLTAGE DEPENDENT CONDUCTANCES ENCREASE THE EXCITATORY SYNAPTIC RESPONSE AND
ITS POSTSYNAPTIC INHIBITION IN A RECONSTRUCTED alpha-MOTONEURON: A COMPUTER MODEL |
| 39 |
Graham |
Bruce |
Compartmental models of growing neurites |
| 79 |
Graham |
Bruce |
A Computational Model of Synaptic Transmission at the Calyx of Held |
| 231 |
Grandhe |
Sarvani |
Presence of brain-spinal cord interactions alters lamprey locomotor response to
periodic perturbation |
| 420 |
Grandis |
Kurt M. |
Wavelet analyses of temporal patterns of taste responses in the nucleus of the solitary
tract of the rat |
| 224 |
Grasso |
Frank |
Dynamic Filter Properties of Lobster-Nose Chemo-Receptors: Peak Performance Evaluation
|
| 497 |
Green |
Gary |
Minimal Realisations of Neuronal Models |
| 435 |
Grigull |
Jorg |
Frequency Switches in Inhibitory Networks with Synaptic Depression |
| 89 |
Gruner |
Charlotte |
Comparison of optimal and suboptimal spike-sorting algorithms to theoretical limits |
| 250 |
Guetig |
Robert |
Significance of Coincident Spikes: Count-Based versus Rate-Based Statistics |
| 183 |
Gutkin |
Boris |
Asynchrony is necessary for the maintenance of sustained neural activity |
| 474 |
Gutkin |
Boris S |
Input frequency tuning and spike-time precision in cortical neurons is predicted by
type I membrane excitability. |
| 146 |
Haag |
Juergen |
Optical imaging of connectivity between fly tangential cells |
| 351 |
Haskell |
Evan |
A population density approach that facilitates large-scale modeling of neural networks:
extension to arbitrary synaptic kinetics |
| 401 |
Hasselmo |
Michael |
Theta rhythm oscillations and sequence encoding in the hippocampus. |
| 128 |
Heimel |
Jan-Alexander
Heimel |
Stable Orientation Tuning in the Visual Cortex |
| 76 |
Heldoorn |
Marcel |
Modelling the Control and Biomechanics of Sphincter Muscles |
| 140 |
Hennig |
Matthias |
A biophysically realistic Simulation of the vertebrate Retina |
| 468 |
Hertz |
John |
Stability of Asynchronous Firing States in Networks with Synaptic Adaptation |
| 343 |
Hilgetag |
Claus C |
Uniformity and specificity of long-range corticocortical connections in the visual
cortex of the cat |
| 398 |
Hilgetag |
Claus C |
Neural mechanisms of spatial attention in the cat |
| 397 |
Hitt |
James |
Deciphering a Neural Code for Vision |
| 23 |
Hoshino |
Osamu |
Echo sound detection in the inferior colliculus for human echolocation |
| 371 |
Houweling |
Arthur |
Models of frequency preferences of cortical pyramidal cells and interneurons |
| 31 |
Huber |
Martin Tobias |
Some Computational Aspects of the Kindling Model for Neuropsychiatric Disorders |
| 189 |
Hyvarinen |
Aapo |
Topographic independent component analysis as a model of V1 organization and receptive
fields |
| 453 |
Ikeno |
Hidetoshi |
Reconstruction of honeybee behavior within the observation hive |
| 168 |
Inoue |
Satoru |
Neural processes of self-organization of control system for foraging trips of
honeybees |
| 199 |
Inoue |
Satoru |
An essential role of downward sweep rate of FM pulse in echolocation of bat |
| 47 |
Izhikevich |
Eugene |
Classification of Neural Bursting |
| 391 |
Jazayeri |
Mehrdad |
Control of Network Frequency by the Number of Synaptic Inputs |
| 203 |
Jenison |
Rick |
Decoding First-spike Latency : The Maximum Likelihood Referent |
| 329 |
Jerger |
Kristin |
Linear and Nonlinear Dynamics in Human Seizures |
| 290 |
Jirsa |
Viktor |
Global Reorganization of spatiotemporal neural activity controlled by local changes in
synaptic weights of long-range fibers |
| 452 |
Johnston |
Patrick |
Neu-MODEL: a Multi-level Object-oriented Dynamic Emulation Lab |
| 259 |
Kali |
Szabolcs |
A familiarity-based learning procedure for the establishment of place fields in area CA3
of the rat hippocampus |
| 308 |
Kamitani |
Yukiyasu |
A Model of Magnetic Stimulation of Neocortical Neurons |
| 197 |
Kaschube |
Matthias |
The Prevalence of Colinear Contours in the Real World |
| 100 |
Kashimori |
Yoshiki |
A neural model of amygdala playing an essential role in formation of brain maps for
accomplishing spatial tasks |
| 105 |
Kashimori |
Yoshiki |
A role of synchronous firing of sensory-motor interface induced by noise in sign
selective process of jamming avoidance response |
| 179 |
Kashimori |
Yoshiki |
A neural network model of optic tectum binding visual and electrosensory information
in electrolocation of weakly electric fish |
| 385 |
Kepecs |
Adam |
Games pyramidal cells play: The somato-dendritic ping-pong |
| 386 |
Kepecs |
Adam |
Spike routing using differential short-term synaptic plasticity |
| 188 |
Kikuchi |
Masayuki |
Invariant Pattern Recognition with Eye Movement: A Neural Network Model |
| 431 |
Kiss |
Tamas |
Intrahippocampal gamma and theta rhythm generation in a network model of inhibitory
interneurons |
| 71 |
Kistler |
Werner M. |
Time-Slicing: A Model for Cerebellar Function Based on Synchronization, Reverberation,
and Time Windows |
| 98 |
Kitano |
Katsunori |
SYNCHRONOUS AND ASYNCHRONOUS ACTIVITIES IN A NETWORK MODEL OF STRIATAL SPINY PROJECTION
NEURONS |
| 367 |
Koh |
Wonryull |
Organization and Visualization of the Brain Tissue Volume Data |
| 125 |
Kosmidis |
Efstratios |
A model of respiration rhythmogenesis bridging network and pacemaker theories. |
| 227 |
Kozlov |
Alexander |
Turning behavior in lamprey in response to descending unilateral commands: experiments
and modeling |
| 387 |
Kozma |
Robert |
Emergence of un-correlated common-mode oscillations in the sensory cortex - modeling
and experiments |
| 120 |
Krekelberg |
Bart |
Deconstructing the Receptive Field: Information Coding in macaque area MST |
| 357 |
Krukowski |
Anton |
A Model of Visual Cortical Temporal Frequency Tuning |
| 206 |
Kunec |
Steve |
Dynamics of mutually coupled self-inhibitory neurons |
| 176 |
Kötter |
Rolf |
The connectional organization of primate prefrontal cortex |
| 223 |
Lago-Fernández |
Luis Fernando |
A Biologically Inspired Visual System for an Autonomous Robot |
| 55 |
Laing |
Carlo |
The role of spike frequency adaptation in bumps |
| 117 |
Lansky |
Petr |
The overdispersion in activity of place cells |
| 333 |
Lauritzen |
Thomas |
A model of cross-orientation inhibition in cat V1. |
| 187 |
Lee |
Sung-Jong |
The Functional Roles of Chemical Coupling and Gap Junction between Horizontal Cells
in the Catfish Retina. |
| 236 |
Leibold |
Christian |
An Interaural Time Difference Map Resulting from Axonal Selection through Non-Specific
Learning |
| 41 |
Lengyel |
Máté |
A detuned oscillator model of place cell phase precession in the rat hippocampus. |
| 130 |
Lewis |
Timothy J. |
Synchronous Oscillations in Recurrent Networks with Gap Junctional Coupling |
| 500 |
Lewis |
M. Anthony |
Control of a Robot Leg with an Adaptive aVLSI CPG Chip |
| 382 |
Liang |
Hualou |
The Detection of Cognitive State Transitions by Stability Changes in Event-Related
Cortical Field Potentials |
| 384 |
Liang |
Hualou |
Temporal Dynamics of Information Flow in the Cerebral Cortex |
| 505 |
Litvak |
Vladimir |
On the Transmission of Rate Code in Long Feed-Forward Networks with Excitatory-Inhibitory
Balance. |
| 483 |
Lorincz |
Andras |
Independent component analysis of temporally convolved natural image sequences yields
spatio-temporal filters similar to cells in primary visual cortex |
| 337 |
Lu |
Huo |
NORADRENERGIC MODULATION OF INTERNEURON AND PURKINJE CELL INTERACTION IN RAT CEREBELLUM:
USING PAIRED CELL RECORDING |
| 83 |
Lörincz |
András |
Is the hippocampus engaged in forming and encoding independent components of temporal
sequences? |
| 210 |
M. Kuva |
Silvia |
A simple non-linear element with Excitable, Bursting, Regular Spiking, Fast Spiking and
Cardiac generic dynamics |
| 202 |
Machens |
Christian |
Discrimination of behaviorally relevant signals by auditory receptor neurons |
| 425 |
MacKay |
David J. C. |
Model fitting as an Aid to Bridge Balancing in Neuronal Recording |
| 469 |
Marsalek |
Petr |
Cochlear nuclei - remarks to sound localization at low frequencies |
| 361 |
Mayer |
Norbert |
Signatures of Natural Image Statistics in Cortical Simple Cell Receptive Fields
|
| 487 |
Mehta |
Mayank |
The Role of LTP in the Generation of Spiking Patterns |
| 501 |
Mélanie |
Aeschlimann |
Biophysical model of axonal pathfinding |
| 457 |
Mihaliuk |
Eugene |
Resonant Patterns: Learning, separation, and recognition of pattern sequences by
synchronization in dynamical systems. |
| 409 |
Mikaelian |
Samuel |
Modeling Temporal Response Characteristics of V1 Neurons with a Dynamic Normalization
Model |
| 412 |
Miller |
Clyde |
Measurement and Simulation of Stimulus and Response in the Dorsal Light Reflex of
the Crayfish |
| 485 |
Mocanu |
Octavian-Dumitru |
THE EFFECT OF TRIAXIAL ELECTRODE STIMULATION ON ACTIVE NEURONAL PROCESSES |
| 327 |
Munro |
Paul |
Time-dependent LTD as a stability factor |
| 66 |
Nagashino |
Hirofumi |
A neural network model for quadruped gait generation and transitions |
| 339 |
Nasuto |
Slawomir J. |
A computational study of the relationship between neuronal morphology and electrophysiology
in an Alzheimer's Disease model |
| 376 |
Neiman |
Alexander |
Comparing four measures of electroreceptor sensitivity in paddlefish |
| 403 |
Neiman |
Alexander |
Mutual synchronization of electroreceptor in paddlefish due to external periodic and
stochastic stimuli |
| 61 |
Nenadic |
Zoran |
Propagating waves in visual cortex: A large-scale model of turtle visual cortex |
| 153 |
Nenadic |
Zoran |
Control of Arm Movement Using Population of Neurons |
| 324 |
Netoff |
Theoden |
Detecting nonlinear interactions between cells in the hippocampus |
| 18 |
Okamoto |
Hiroshi |
Internal representation of temporal duration by stochastic dynamics of recurrent networks
of bistable neurons |
| 174 |
Okamoto |
Hiroshi |
Internal representation of temporal duration by stochastic dynamics of recurrent networks
of bistable neurons |
| 463 |
Olshausen |
Bruno |
Sparse coding of time-varying natural images |
| 45 |
OLYPHER |
Andrey |
Stability Analysis of Synchronous Periodical Firing in Spatially Structured Network Models
of Inhibitory Neurons |
| 151 |
Osan |
Remus |
Two dimensional synaptically generated traveling waves in a theta-neuron neural
network |
| 490 |
Otterpohl |
Jens |
A Stochastic Model for the Estimation of Perceptual Switching Events in Pigeons |
| 354 |
Oweiss |
Karim G. |
Noise Reduction in Multichannel Neural Recording using a New Array Wavelet Denoising
Algorithm |
| 244 |
Oyama |
Eimei |
Modular Neural Network Architecture for Inverse Kinematics Model Learning |
| 462 |
Oyama |
Eimei |
Coordinate Transformation Learning of Hand Position Feedback Controller with Time
Delay |
| 378 |
Paninski |
Liam |
Stochastic optimal control and the human oculomotor system |
| 123 |
Pankratov |
Yuri |
Non-linear behavior of the excitatory synaptic currents in the hippocampus caused by the
passive dendritic properties. |
| 445 |
Pantic |
Lovorka |
On the role of dynamical synapses in coincidence detection |
| 51 |
Panzeri |
Stefano |
Hierarchical organisation and neuronal response latencies in the primate visual
system |
| 241 |
Paquier |
Williams |
Motion processing using one spike per neuron |
| 58 |
Pathmanathan |
J. S. |
A computational model for the AVCN marginal shell with medial olivocochlear feedback:
generation of a wide dynamic range |
| 35 |
Paulin |
Michael |
State-Space Receptive Fields of Semicircular Canal Afferent Neurons: A basis for
analyzing neural computation |
| 238 |
Pearce |
Tim C |
Stimulus Encoding in the Early Stages of Olfactory Processing: A Modeling Study using
an Artificial Olfactory System |
| 439 |
Penev |
Penio |
Characterization of and Compensation for the Nonstationarity of Spike Shapes during
Physiological Recordings |
| 251 |
Perrinet |
Laurent |
Networks of Integrate-and-Fire Neuron using Rank Order Coding II : How to implement
Hebbian Learning |
| 107 |
Plesser |
Hans E. |
Signal Processing by Means of Noise |
| 133 |
Polyn |
Sean |
Dynamic control of inhibition improves performance of a hippocampal model |
| 114 |
Quenet |
Brigitte |
TEMPORAL CODING IN AN OLFACTORY OSCILLATORY MODEL |
| 113 |
Read |
Jenny |
A Bayesian model of the correspondence problem |
| 52 |
Remme |
Michiel |
INFLUENCE OF DENDRITIC MORPHOLOGY ON FIRING PATTERNS IN MODEL NEURONS |
| 253 |
Renart |
Alfonso |
The Neural Mechanisms of Working Memory Modelled by Interacting Associative Memory Networks
|
| 305 |
Reutimann |
Jan |
A Model of Expectation Effects in Inferior Temporal Cortex |
| 310 |
Richmond |
Barry |
Accurate modeling of spike trains at all precision using a few simply measured
parameters |
| 247 |
Riehle |
Alexa |
Dynamical changes of the temporal precision of synchronized spiking activity in motor
cortical neurons as revealed by using the Multiple-Shift Method |
| 434 |
Rinberg |
Dima |
Multineuron response to wind stimuli in the American cockroach |
| 442 |
Rinberg |
Dima |
Wind spectra and the escape response of the cockroach. |
| 166 |
Ritz |
Raphael |
Time-Frequency- and Mutual-Information Analysis of Odor Processing in the Mushroom
Bodies of the Honeybee |
| 145 |
Roberts |
Patrick |
Mutual Inhibition Increases Adaptation Rate in an Electrosensory System |
| 172 |
Rodemann |
Tobias |
Two separate processing streams in a cortical-type architecture |
| 336 |
Rodriguez |
Paul |
Computational Tradeoffs in a Parallel Implementation of a CA3 Model |
| 24 |
Roger |
RODRIGUEZ |
Coding properties of a multicompartmental neuronal model |
| 428 |
Romero |
Richard |
Estimation of temporal kernels for cells in V1 |
| 180 |
Roper |
Peter |
Modelling the milk-ejection burst |
| 32 |
Rospars |
Jean-Pierre |
Characterizing and modeling concentration-response curves of olfactory receptor cells |
| 132 |
Rubin |
Jonathan |
Localized Bump Activity Sustained by Inhibition in a Two-Layer Thalamic Network |
| 59 |
Rudolph |
Michael |
SYNAPTIC BACKGROUND ACTIVITY MINIMIZES THE LOCATION-DEPENDENCE OF SYNAPTIC INPUTS IN MODEL
NEOCORTICAL PYRAMIDAL NEURONS |
| 142 |
Salinas |
Emilio |
Effects of correlated input spike trains on output firing rate and variability |
| 102 |
Samengo |
Ines |
The representational capacity of N idependent units |
| 225 |
Sanchez-Montanes |
Manuel A. |
Fisher Information and Optimal Odor Sensors |
| 239 |
Sanchez-Montanes |
Manuel A. |
A Biologically Plausible Model for the Development of Selective Microcircuits in
Striate Cortex |
| 252 |
Sanchez-Montanes |
Manuel A. |
Learning in a neural network model in real time using real world stimuli |
| 302 |
Sandberg |
Anders |
Selective Enhancement of Recall through Plasticity Modulation in an Autoassociative
Memory |
| 504 |
Santamaria |
Fidel |
Why are there no beams in the cerebellar cortex? Models and experiments |
| 95 |
Scheler |
Gabriele |
Dopamine modulationof prefrontal delay activity - signal stability and sharpness of
tuning curves |
| 215 |
Schierwagen |
Andreas |
Dendritic morphology and signal delays: A model study. |
| 25 |
Schiff |
Steven |
Adaptive Electric Field Control of Epileptic Seizures |
| 90 |
Schultz |
Simon |
Spike train entropy and coding efficiency of mammalian cortical neurons |
| 326 |
Schwabe |
Lars |
Spike-frequency Adaptation as a Mechanism for Dynamic Coding in V1 |
| 70 |
Segev |
Ronen |
Chemical Waves and Internal Energy During Cooperative Self-Wiring of Neural Nets |
| 363 |
Seričs |
Peggy |
Spatial and temporal contextual modulations in a detailed model of V1 |
| 369 |
Shastri |
Lokendra |
A computational model of episodic memory formation in the hippocampal system |
| 488 |
Shastri |
Lokendra |
A computational model of rapid memory formation in the hippocampal system |
| 144 |
Shimono |
Ken |
Continuous two-dimensional current source density analyses of electrophysiological
activity in hippocampal slices |
| 155 |
Shin |
J. |
Reading auditory discrimination behavior of freely moving rats from hippocampal EEG |
| 156 |
Shin |
J. |
Hippocampal theta rhythm and running speed in rat: A reconsideration using unaveraged
single trials |
| 209 |
Shin |
Jonghan |
Hippocampal LTP induction is related to dynamic range of postsynaptic calcium
concentration |
| 245 |
Shin |
Jonghan |
Biologically plausible adaptive decoding at local dendrite of postsynaptic neuron |
| 82 |
Shouval |
Harel |
A biophysical framework for Bidirectional Synaptic plasticity and Meta-Plasticity |
| 429 |
Sohal |
Vikaas |
Synaptic mechanisms prevent hypersynchrony during oscillations in rat thalamic slices |
| 297 |
Sommer |
Friedrich T. |
Associative memory in a pair of cortical cell groups with reciprocal projections |
| 229 |
Somogyvári |
Zoltán |
Power dynamic analysis of epileptic activity in rat neocortex |
| 219 |
Spiridon |
Mona |
The effect of lateral interactions on the accuracy of the population vector estimate
in networks of integrate-and-fire type neurons |
| 235 |
Stanley |
Garrett |
Recursive Stimulus Reconstruction Algorithms for Real-time Implementation in Neural
Ensembles |
| 178 |
Stephan |
Klaas Enno |
Analysis of amygdalo-thalamo-prefrontal connectivity reveals structure-function
relationships in associative learning |
| 170 |
Sterratt |
David |
Modelling the Locust olfactory system with Spike Response Neurons |
| 232 |
Steuber |
Volker |
Long-Term Depression and Recognition of Parallel Fibre Patterns in a Multi-Compartmental
Model of a Cerebellar Purkinje Cell |
| 268 |
Stiefel |
Klaus M |
Interaction of membrane potential oscillations with inhibitory synaptic inputs in
cortical cells. |
| 211 |
Storck |
Jan |
Temporal Clustering with Networks of Spiking Neurons and Dynamical Synapses |
| 112 |
Suder |
Katrin |
Modeling Motion
Induction to Analyze Connectivity in the Early Visual System |
| 213 |
Suffczynski |
Piotr |
A Lumped Model of Thalamic Oscillations |
| 207 |
Sultan |
Fahad |
Sequential stimulation of rat cerebellar granular layer in-vivo: Further evidence of a
'tidal wave' timing mechanism in the cerebellum |
| 138 |
Szilagyi |
Tibor |
REALISTIC COMPUTER MODELING OF IPSCs ELICITED BY DIFFERENT TYPES OF HIPPOCAMPAL
INHIBITORY INTERNEURONS |
| 433 |
Tam |
David |
A Multi-Unit Spike Train Analysis for Quantifying Phase-Relationships of Near-Synchrony
Firings |
| 436 |
Tam |
David |
A Spike Train Analysis for Correlating Burst Firings in Neurons |
| 50 |
Tanaka |
Shoji |
Signal flow in a prefrontal cortical circuit model for working memory loading |
| 193 |
Tatsuno |
Masami |
Rule-dynamical Approach to Hippocampal Network |
| 461 |
Taylor |
Adam L. |
Oscillations in reciprocally inhibitory passive cells with synaptic depression |
| 315 |
Tegner |
Jesper |
A compartmental network model of spatial working memory and its dopaminergic
modulation |
| 437 |
tegner |
Jesper |
NMDA dependent synchronization in excitatory networks |
| 149 |
Terman |
David |
Synchronous Parkinsonian Rhythms in a Model for the Indirect Pathway of the Basal
Ganglia |
| 313 |
TETKO |
Igor V. |
A Pattern Grouping Algorithm for Analysis of Spatiotemporal Patterns in Neuronal Spike
Trains |
| 154 |
Thomas |
Elizabeth |
Desynchronization mediated by an isolated prolongation of GABAA mediated inhibition
in a model thalamic network |
| 69 |
Tiesinga |
Paul |
Optimal information transfer in synchronized neocortical neurons |
| 121 |
Tobin |
Anne-Elise |
Simulation of space-clamp errors using a compartmental model of a cerebellar stellate
cell |
| 108 |
Tomoki |
Fukai |
Neuronal analog-digital information transformations at the gamma frequency |
| 448 |
Tragtenber |
Marcelo |
A very stochastic resonant neuron model |
| 67 |
Trommershaeuser |
Julia |
Biophysical model of a single synaptic connection: transmission properties are
determined by the cooperation of pre- and postsynaptic mechanisms |
| 276 |
Truccolo |
Wilson |
On the Variability of the Cortical Evoked Responses and its Implications for Correlation
and Spectral Coherence Analysis of Local Field Potentials |
| 407 |
Truccolo |
Wilson |
Dynamic Temporal Decorrelation: An Information-Theoretic and Biophysical Model of the
Functional Role of Lateral Geniculate Nucleus |
| 162 |
van Ooyen |
Arjen |
Competition for tubulin in growing neurites during development |
| 104 |
van Pelt |
Jaap |
Model-based inferences on the growth of dendritic branching patterns |
| 192 |
van Rossum |
Mark |
The distribution of synaptic weights |
| 443 |
van Vreeswijk |
Carl |
Information transmission with renewal neurons |
| 226 |
VanRullen |
Rufin |
Feed-forward contour integration in primary visual cortex based on asynchronous
spike propagation. |
| 19 |
Vermeulen |
Arthur |
From the extracellularly recorded potential to the membrane potential. Application to a
model of insect olfactory sensillum |
| 122 |
Verschure |
Paul |
A real-time model of the cerebellar circuitry underlying classical conditioning: A
combined simulation and robotics study |
| 159 |
Vibert |
Jean-François |
XNBC V9: A user friendly simulation and analysis tool for neurobiologists |
| 459 |
Villa |
Alessandro E.P. |
Computer assisted neurophysiological analysis of cell assemblies activity |
| 454 |
Vollmer |
Urs |
Coexistence of short and long term memory in a model network of realistic neurons |
| 186 |
Volny-Luraghi |
Antonia |
EFFECT OF STIMULUS FREQUENCY ON TACTILE-EVOKED RESPONSES OF RAT CEREBELLAR GOLGI
CELLS. |
| 93 |
Voloshin |
Mikhail |
Cost-benefit analysis in foraging by integrating hunger, sensation, and experience:
Computational simulation of neural decision-making mechanisms in a
predatory snail |
| 96 |
Wada |
Yasuhiro |
An examination of a relation between hand height position and motion duration on
the human sagittal plane movement based on the minimization principle |
| 97 |
Wada |
Yasuhiro |
A computational trajectory formation model for the human sagittal plane movement at
various motion durations |
| 314 |
Wahlgren |
Niclas |
Biological evaluation of a Hebbian-Bayesian learning rule |
| 201 |
Weber |
Birgitta |
Handling large files of multisite microelectrode recordings for the European VSAMUEL
consortium. |
| 77 |
Wennekers |
Thomas |
Generalized Types of Synchronization in Networks of Spiking Neurons |
| 78 |
Wennekers |
Thomas |
Nonlinear analysis of orientation tuning: stationary properties of simple cells in V1 |
| 455 |
Werner |
Herrad |
Categorization of the dynamics in two-dimensional neural fields |
| 415 |
Wicklein |
Martina |
Perception of change in depth in the hummingbird hawkmoth Manduca sexta (Sphingidae,
Lepidoptera) |
| 240 |
Wilke |
Stefan D. |
Neural Spike Statistics Modify the Impact of Background Noise |
| 33 |
Wilson |
C.J. |
Evidence for the Coupled Oscillator Model of the Dopaminergic Neuron of the Substantia
Nigra |
| 430 |
Wiskott |
Laurenz |
Unsupervised Learning of Invariances in a Simple Model of the Visual System |
| 300 |
Wojtenek |
Winfried |
How the paddlefish nervous system deals with natural prey.* |
| 134 |
Wu |
Xiangbao |
Simulating Symbolic Distance Effects in the Transitive Inference Problem |
| 161 |
Yamaguchi |
Isao |
A model for neuronal gamma and theta oscillations by two networks of hippocampal
interneurons |
| 404 |
Yang |
Keun-Hang |
The Role of Protein Kinase C in the Biochemical Pathways in Classical Conditioning |
| 427 |
zalanyi |
laszlo |
The effect of synaptic depression and synaptic facilitation on stochastic resonance |
| 212 |
Zeng |
Xiaodong |
Attention Mechanism and Its Role in Invariant Pattern Recognition |
| 16 |
Zygierewicz |
Jaroslaw |
A model of sleep spindles generation. |
