神经信号空间的熵特性，韦伯定律和史蒂文斯定律的神经动力学基础。
Entropic properties of the neural signal space, the neurodynamic basis of Weber's and Steven's law.
作者信息
Bergström R M
出版信息
Acta Physiol Pol. 1977 Mar-Apr;28(2):113-6.
PMID:868529
Abstract
Entropic properties of the neural signal space, the neurodynamic basis of Weber's and Steven's law. Acta Physiol. Pol., 1977, 28 (2): 113--116. Taking into account the number of neural units, number of their efferent synapses and the average impulse frequency as well as the notion of neural momentum the dependence of neural entropy on neural tonus was examined. Based on the above model the neurodynamic basis of the Weber's and Steven's law was considered.
摘要
神经信号空间的熵特性，韦伯定律和史蒂文斯定律的神经动力学基础。《波兰生理学报》，1977年，28(2):113 - 116。考虑到神经单元的数量、其传出突触的数量、平均冲动频率以及神经动量的概念，研究了神经熵对神经紧张度的依赖性。基于上述模型，探讨了韦伯定律和史蒂文斯定律的神经动力学基础。
Zotero 插件