This article describes computer simulation of the dynamics of a distributed model of the olfactory system that is aimed at understanding the role of chaos ...

This article describes computer simulation of the dynamics of a distributed model of the olfactory system that is aimed at understanding the role of chaos ...

Describes computer simulation of the dynamics of a distributed model of the olfactory system aimed at understanding the role of chaos in biological pattern ...

Model of biological pattern recognition with spatially chaotic dynamics. 空間的カオスダイナミックスによる生物パターン認識のモデル.

Model of biological pattern recognition with spatially chaotic dynamics · Y. Yao, W. Freeman · Published in Neural Networks 1990 · Biology, Computer Science, ...

Model of biological pattern recognition with spatially chaotic dynamics. ... 文献の概要を数百字程度の日本語でまとめたものです。 部分表示の続きは、JDreamⅢ(有料)で ...

Yao Y, Freeman WJ (1990) Model of biological pattern recognition with spatially chaotic dynamics. Neural Networks 3: 153–170. Article Google Scholar. Yao Y ...

and Freeman, W. J. Model of Biological Pattern Recognition with Spatially Chaotic Dynamics. Neural. Networks 3 (1990): 153-170. Yao, Y., Freeman, W. J. ...

Using a multilayer model of primary and secondary olfactory structures we have demonstrated the generation of such chaotic activity. We are presently examining ...

We discover spatiotemporal chaos that produces correlated response patterns in neural population activity, consistent with cortical recordings.