162 | Disinhibition Among the Extra-Classical Receptive Field of Retinal Ganglion Cells Contributes to Color Constancy Y Li, X Tang, C-Y Li |
163 | Can the imaging process explain ganglion cells anisotropies? D Pamplona, J Triesch, C A Rothkopf |
164 | Modeling study of orientation sensitivity of lateral geniculate nucleus neurons E Yakimova, A Chizhov |
165 | Effects of binocular flash suppression in the anesthetized macaque H Bahmani, N K Logothetis, G A Keliris |
166 | Pattern motion signals from V1 receptive fields Q Li, N K Logothetis, G A Keliris |
167 | Decoding pattern motion information in V1 B van Kemenade, K Seymour, T Christophel, M Rothkirch, P Sterzer |
168 | Characterization of monkey V1 local field potentials as recorded by different types of chronically implanted multi-electrode arrays D Wegener, S Mandon, V Gordillo-González, F O Galashan, E Erdogdu, Y Smiyukha, I Grothe, A K Kreiter |
169 | A new and effective automated procedure for mapping monkey V1 receptive fields built on induced responses V Gordillo-González, D Wegener, E Drebitz, F O Galashan, A K Kreiter |
170 | The spatial summation characteristics of three categories of V1 neurons differing in non-classical receptive field modulation properties C Ke, C-Y Li, X-Z Xu |
171 | Detection of Orientation Continuity and Discontinuity by Cat V1 Neurons T Xu, L Wang, S Xue-Mei, C-Y Li |
172 | Spatio-temporal architecture of orientational functional clusters in cat's primary visual cortex L Wang, Z Dai |
173 | A Single Learning Rule can Account for the Development of Simple and Complex Cells M Teichmann, F Hamker |
174 | Modelling Responses to Uncomfortable Images L O'Hare, A Clarke, P B Hibbard |
175 | Amplitude and frequency characteristics of attentional modulation of gamma-band synchronization within and between monkey areas V1 and V4 I Grothe, S D Neitzel, S Mandon, A K Kreiter |
176 | Improved information processing under attention is explained by phase transitions in cortical dynamics N Tomen, U A Ernst |
177 | Sparse representation in the construction of curvature selectivity in V4 Y Hatori, T Mashita, K Sakai |
178 | Cortical area MT+ plays a role in monocular depth perception Y Tsushima, K Komine, N Hiruma |
179 | Transient responses in area MT facilitate speed change detection A Traschütz, A K Kreiter, D Wegener |
180 | Task-specific and feature dimension-based attentional modulation of neural responses in visual area MT B Schledde, F O Galashan, A K Kreiter, D Wegener |
181 | A Neurodynamical Model of Visuo-spatial Selection D Domijan |
182 | Effects of complex background scene on object selectivity of single-unit activities in the macaque inferior temporal cortex M Mukai, Y Yamane, J Ito, S Gruen, H Tamura |
183 | Effects of complex background scene on object selectivity of current source density activities in the macaque inferior temporal cortex J Ito, M Mukai, Y Yamane, H Tamura, S Gruen |
184 | Processing of object selectivity across cortical layers in the inferior temporal cortex S Strokov, J Ito, H Tamura, S Gruen |
185 | Visual Sensitivity of Frontal Eye Field Neurons During the Preparation of Saccadic Eye Movements R Krock, T Moore |
186 | Encoding of stimuli in the primate dorsolateral prefrontal cortex is improved by noise correlations T Backen, S Treue, J C Martinez-Trujillo |
187 | Hyperacuity, pattern recognition and binding problem: what fractals may tell us T Kromer |
188 | A model of selective visual attention predicts biased competition and information routing D Harnack, K Pawelzik, U A Ernst |
189 | Relating cytoarchitectonic differentiation and interareal distance to corticocortical connection patterns in the cat brain S Beul, C C Hilgetag |
190 | Merging color and shape in a hierarchical pattern recognition model S Eberhardt, C Zetzsche, M Fahle, K Schill |
191 | Multi-lesion analysis of the cortico-collicular attention network of the cat brain M Zavaglia, C C Hilgetag |
192 | Spatial remapping without gain fields: a neural model based on cortico-thalamic connectivity B Babadi, N Jia, P Safari, A Yazdanbakhsh |