Dynamic topological structural modeling of complex system

Xue-Bo Chen, Tianyun Huang, Yanjun Song, Xu Liu, Xin-yu Ouyang, Wei Wang
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Abstract

Based on the ideas of modeling of complex systems from “dynamic graph”, the analysis and design of dynamic topological structural coordinator was presented to remedy the model deficiencies that the system can only be adjust in the condition of minor interconnected intensity caused by the restriction of dynamic connective stability during the design of dynamic interconnected coordinator. The necessary conditions and strategies of coordination are presented. The design of topological structure of system through constructing topological structural coordinator that is to realize the requirements of dismantling of the strong coupling as well as the increment of dimensions of system itself so as to solve the problem of system perturbation and sudden change of topological structure as a complement of dynamic interconnected coordinator.
复杂系统的动态拓扑结构建模
基于“动态图”的复杂系统建模思想,提出了动态拓扑结构协调器的分析与设计,弥补了动态互联协调器设计过程中由于动态连接稳定性的限制导致系统只能在较小的互联强度条件下进行调整的模型缺陷。提出了协调的必要条件和策略。通过构造拓扑结构协调器来设计系统的拓扑结构,即实现系统本身强耦合的拆解要求和维数的增加,从而解决系统摄动和拓扑结构突变的问题,作为动态互联协调器的补充。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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