Titlebook: Brain, Vision, and Artificial Intelligence; First International Massimo Gregorio,Vito Maio,Carlo Musio Conference proceedings 2005 Springe

吞食

书目名称Brain, Vision, and Artificial Intelligence影响因子(影响力)




书目名称Brain, Vision, and Artificial Intelligence影响因子(影响力)学科排名




书目名称Brain, Vision, and Artificial Intelligence网络公开度




书目名称Brain, Vision, and Artificial Intelligence网络公开度学科排名




书目名称Brain, Vision, and Artificial Intelligence被引频次




书目名称Brain, Vision, and Artificial Intelligence被引频次学科排名




书目名称Brain, Vision, and Artificial Intelligence年度引用




书目名称Brain, Vision, and Artificial Intelligence年度引用学科排名




书目名称Brain, Vision, and Artificial Intelligence读者反馈




书目名称Brain, Vision, and Artificial Intelligence读者反馈学科排名

变色龙

Viktor P. Astakhov,João Paulo Davimto the higher function of recognizing objects. It is a hierarchy of artificial neural maps, mainly based on the LISSOM architecture, achieving self-organization through simulated intercortical lateral connections.

DOTE

Environmentally Conscious Machining, Computational models of visual attention have implemented different concepts of feature-based attention. We will discuss these approaches and present a solution which is based on population-based inference. We illustrate the proposed mechanism with simulations using real world-scenes.

deciduous

RECUR

A Neural Model of Human Object Recognition Developmentto the higher function of recognizing objects. It is a hierarchy of artificial neural maps, mainly based on the LISSOM architecture, achieving self-organization through simulated intercortical lateral connections.

珍奇

人造

Viktor Olejár,Alexander Szabari findings, Fast Spiking interneurons transmit presynaptic signals with high temporal precision. Moreover, they are capable of reading and transferring high frequency inputs while preserving their relative timing. Lastly, a pair of Fast Spiking interneurons, coupled by both inhibitory and electrical synapses, behaves as a coincidence detector.

骄傲

Ajay Kumar,Rajesh Ghosh,Rajeev Kumaricely the transmission of activity through the pyramidal population. The results suggested that the hippocampal formation and the CA3 field—in particular—could be organized in a way to allow the passing of excitatory activities only during specific and narrow time windows, confined by inhibitory barrages possibly linked to attentional processes.

debouch

Dictation

Coding by Neural Population Oscillations?icely the transmission of activity through the pyramidal population. The results suggested that the hippocampal formation and the CA3 field—in particular—could be organized in a way to allow the passing of excitatory activities only during specific and narrow time windows, confined by inhibitory barrages possibly linked to attentional processes.