信息的整体表征及位置信息的绑定机制
Overall characterization of information and location information binding mechanism
节点集合$ V $获取环境信息时, 状态和特征属性相似的节点相互联系、相互作用、传递和整合信息, 使得 $ V $的有序性和结构发生变化, 形成有序性的结构图$ G=G(V,E) $, 将分散的信息组织起来, 形成对信息的整体表征. 用热力学信息熵$ S_{G} $来度量$ G $的有序性程度和$ V $所获取的信息量, 图的有序化结构得到保持,就对信息进行了记忆, 当有序化结构再次显现时信息被提取,绑定了节点在平面图的位置信息后, 信息熵就是平面图的同构不变量, 文中从信息和能量两个方面给出了位置信息的表征和绑定机制.
s for the environmental information through node set V, can change the structure of V and the ordering of V, node of V that status and characteristics are similar connect with each other, transfer and integrate the information,graph G=G(V,E) with structures of ordering are formed. Dispersed feature information are organized, they form overall characterization of information. Using thermodynamic information entroy to measure the order degree of G and the amount of information obtained , research shows that different order structures have different information entroy,the order structure of graph are maintained as soon as the information are remembered, when ordring structure appeared again information is extracted.After binding the location information , heterogeneity of neural network structures are characterized by information entroy, from two aspects of infromation and energy, location information binding mechanism is given in the paper.
张孝伍
物理学自动化基础理论
平面图 信息熵 邻域结构 同构不变量 记忆 信息能量分布
plane graph information entropy neighborhood structure isomorphism invariant storage energy distribution of information
张孝伍.信息的整体表征及位置信息的绑定机制[EB/OL].(2015-05-06)[2025-07-22].http://www.paper.edu.cn/releasepaper/content/201505-56.点此复制
评论