Titlebook: Artificial Neural Networks — ICANN 2002; International Confer José R. Dorronsoro Conference proceedings 2002 Springer-Verlag Berlin Heidelb

GLIB

A Neural Model of Spatio Temporal Coordination in Prehensioneraction between the two channels, that allows a distribution of cortical information related with arm transport channel, to the grasp channel. Computer simulations of the model reproduce basic kinematic features of prehension movement.

Ganglion

Macrocolumns as Decision Unitsces between the inputs result in the activation of the minicolumn with highest input, a feature which shows that a macrocolumn can serve as decision and amplification unit for its inputs. We present a complete analysis of the dynamics along with computer simulations, which support the theoretical results.

Inferior

Comparing the Information Encoded by Different Brain Areas with Functional Imaging Techniquesd that the relationship is in general very different from linear. This result should be taken into account when comparing the information encoded by different brain areas with functional imaging techniques.

别炫耀

A Neurodynamical Theory of Visual Attention: Comparisons with fMRI- and Single-Neuron Datar ‘what’ paths of the visual cortex. The dorsal ‘where’ path is implemented in the model by feedforward and feedback connections between brain areas V1, V2 and a PP module. The ventral ‘what’ path is implemented in a physiologically plausible four-layer network, corresponding to brain areas V1, V2,

Glaci冰