| Authors |
Title |
Publication |
| C Girardin, KAC Martin |
Inactivation of lateral connections in cat's area 17 |
Swiss Societey for Neuroscience |
| E Ruesch, KAC Martin |
Functional architecture of horizontal connections in the cat primary
visual cortex |
Swiss Societey for Neuroscience |
| C Girardin, KAC Martin |
Lateral connections in cats area 17 |
7th Göttingen meeting of the German Neuroschience Society |
| E Ruesch, KAC Martin |
Functional architecture of horizontal connections in the cat primary
visual cortex |
7th Göttingen meeting of the German Neuroschience Society |
| J Vezoli, C Huissoud, E Procyk, JC Anderson, KAC Martin |
Quantitative analysis of the connectivity of the frontal eye fields and
cortical hierarchy. Program no. 280.1. 2007 |
Neuroscience Meeting Planner. San Diego |
| N Markov, RJ Douglas, H Kennedy |
Segregation of feed forward, feed back and local connections in the
macaque cortex |
FENS Forum Abstracts, vol. 3, 2006, A039.10 |
| N Markov, P Chameau, P Barone, D Autran, P Giroud |
Feedforward and feedback pathways in the primate cortex show sharp
anatomical segregation and some morphological distinction. Program n° 280.2.
2007 |
Neuroscience Meeting Planner. San Diego |
| C Dehay, H Kennedy |
Animal models of multi-sensory cortical connectivity and synaesthesia |
UCL Institute of Cognitive science workshop, London May 27th 2006 |
| K Knoblauch, A Falchier, P Giroud, H Kennedy |
Areas V1, V2 and V4 have fixed numbers of connections from each afferent
area |
Soc Neurosci Abstract, 14-18 october 2006, Atlanta, USA |
| A Falchier, K Knoblauch, S Benkerri, P Giroud, C Dehay |
The connectivity of areas V1, V2 and V4 is profoundly different in cortex
subserving the central and peripheral visual field |
Soc Neurosci Abstract, 14-18 october 2006, Atlanta, USA |
| N Markov, P Chameau, P Barone, D Autran, P Giroud |
Feedforward and feedback pathways in the primate cortex show sharp
anatomical segregation and some morphological distinction. Program n° 280.2.
2007 |
Neuroscience Meeting Planner. San Diego, CA: Society for Neuroscience,
2007. Online |
| Wageningen |
Representation of natural classes |
Conceptual Neuroscience |
| S Ullman |
Learning shared features |
IMA Meeting on Visual Learning and Recognition, Minneapolis, Minnesota,
May 2006 |
| S Ullman |
Classification and recognition by a hierarchy of abstract fragments |
International meeting on High Level Vision, Tibet, Lahasa, August 2006 |
| S Ullman |
Representation of natural classes |
Conceptual Neuroscience, Wageningen, the Netherlands, April 200.7 |
| S Ullman, B Epshtein |
Identifying semantically equivalent object parts |
Proceedings of IEEE Computer vision and Pattern Recognition, Vol. 1, 2-9,
2005. |
| S Ullman, B Epshtein |
Semantic Hierarchies for recognizing objects and parts |
Proceedings of IEEE Computer vision and Pattern Recognition, 1-8, 2007. |
| D Levy, S Ullman |
Learning to classify by ongoing feature selection |
Canadian Robotics and Vision Conference, IEEE Computer Society 2006, ISBN
0-7695-2542 June 2006 |
| S Ullman |
Combined classification, recognition and segmentation |
Les Houches European School on Computational and Neurophysiological
Models for Visual Perception, March 2007 |
| B Epshtein, S Ullman |
Satellite features for the classification of visually similar classes |
Proceedings of IEEE Computer vision and Pattern Recognition, 2079-2086
New York 2006. |
| M Fink, S Shalev-Schwatrz, Y Singer, S Ullman |
Online Multi-class Learning by Interclass Hypothesis Sharing |
Proceedings of the International Conference on Machine Learning ICML,
313-320, 2006. |
| J Lücke, C Von der Malsburg |
Rapid Correspondence findings in Networks of Cortical columns |
ICANN |
| J Lücke, C Keck, C Von der Malsburg |
Neural Feature Layers Can Establish Correspondences |
In Cosyne 2007 |
| P Wolfrum, C Von der Malsburg |
Correspondence Based Object Recognition with Networks of Cortical
Columns |
7th Göttingen meeting of the German Neuroscience Society |
| D Muir, RJ Douglas |
The microstructure of patchy lateral connectivity |
CSHL Workshop, Neuronal circuits: From structure to function. 9-12 mars
2006 |
| D Muir, RJ Douglas |
Microstructure of patch projections |
7th Göttingen meeting of the German Neuroschience Society |
| E Chicca, P Lichsteiner, T Delbruck, G Indivieri, RJ Douglas |
Modeling Orientation Selectivity Using a Neuromorphic Multi-Chip System |
Proceedings of IEEE International Symposium on Circuits and Systems
1235-1239, 2006 |
| E Chicca, AM Whatley, P Lichsteiner, V Dante, T Delbruck |
A multi-chip pulse-based neuromorphic infrastructure and its application
to a model of orientation selectivity |
IEEE Transactions on Circuits and Systems I, Regular Papers, 54:(5)
981-993, May, 2007 |
| D Fasnacht, AM Whatley, G Indivieri |
AEX: an Address Event Processing system for spike-based computing
devices |
ZNZ Annual Symposium, 2007. |
| Uschiwaza |
Energy complexity and entropy of threshold circuits |
ICALP 2006 |
| G Indivieri, E Chicca, R Douglas |
A VLSI array of low-power spiking neurons and bistable synapses with
spiketiming dependent plasticity |
IEEE Transactions on Neural Networks, 17:211-221, 2006. |
| P Camillieri, M Giulioni, V Dante, D Badoni, G Indivieri |
A neuromorphic aVLSI network chip with configurable plastic synapses |
In Proceedings of the 7th International Conference on Hybrid Intelligent
Systems (HIS07), pages 296301, Los Alamitos, CA, USA, 2007. IEEE Computer
Society. (Best paper award). |
| RJ Douglas |
Contraction Properties of VLSI Cooperative Competitive Neural Network
Spiking Neurons |
NIPS 2007, spotlight |
| G Indivieri, S Fusi |
Spike-based learning in VLSI networks of integrate-and-fire neurons |
IEEE International Symposium on Circuits and Systems, ISCAS 2007, pages
33713374, 2007. |
| M Oster, RJ Douglas, S-C Liu |
Quantifying input and Output statistics of a winner-take-all network in a
vision system |
2007 IEEE International Symposium on Circuits and Systems (ISCAS2007)
853-856, 2007 |
| Wang, S-C Liu, RJ Douglas |
Poster |
NIPS 2006 |
| A Steimer, RJ Douglas |
Poster |
7th Göttingen meeting of the German Neuroshience Society |
