Topological Considerations of Memory Structure
Topological Considerations of Memory Structure
复制标题
内存结构的拓扑考虑
DOI：
10.1016/j.procs.2014.11.083
复制
发表时间：
2014
期刊：
影响因子：
--
通讯作者：
Makoto Toyota
中科院分区：
文献类型：
--
作者：
Muneo Kitajima;Makoto Toyota
人类的记忆系统是三个分布式记忆系统的整合，这三个系统与各自的自主有机系统相关联;感知系统负责处理来自环境的感官输入，有意识系统执行深思熟虑的决策，无意识系统执行环境中的动作选择。记忆系统作为综合大脑模型MHP/RT [3]中的记忆组件工作，该模型能够模拟人类的日常行为，考虑到真实的时间限制，这三个系统之间应该定义强烈的相互依赖性。本文将MHP/RT的记忆系统映射到脑神经和脊神经之间的真实的互连上，得到了分布式记忆系统的拓扑表示。
The human memory system is an integration of three distributed memory systems associated with respective autonomous organic systems; the perceptual system that takes care of sensory input from the environment, the conscious system that performs deliberate decision making, and the unconscious system that carries out action selections in the environment. The memory system works as a memory component in the comprehensive brain model, MHP/RT [3], which is capable of simulating human daily behavior considering the real time constraints that should define strong mutual dependencies among the three systems. This paper reconsiders MHP/RT's memory system by mapping it on the real interconnections between the cranial nerves and the spinal nerves to obtain a topological representation of the distributed memory system.