摘要
作为社会系统这一复杂系统的子系统,传染病的突然性大规模扩散会对其它子系统产生影响。在没有控制的情况下,整个复杂系统的有序状态将会被破坏,最终崩溃,这就是复杂系统的脆性。基于元胞自动机对一种传染病的扩散进行仿真,说明传染病的突然性大规模扩散会对整个社会系统产生脆性作用。
As a subsystem of the society system, the sudden diffusion of an infectious disease will have a great influence (on another) subsystem. Without available control, the entire society system will become out-of-order, finally it will be (collapsed,) which is the brittleness of complex system. In the paper, the simulation of the diffusion of an infectious disease (based) on cellular automata is established. The results of simulation show that the sudden large-scale diffusion of an (infectious) disease will cause the entire society system brittleness effect.
出处
《系统工程》
CSCD
北大核心
2004年第10期5-8,共4页
Systems Engineering
基金
国防科工委"十五"基础研究项目(J1600B001)
关键词
复杂系统
脆性
崩溃
熵
元胞自动机
传染病
Complex System
Brittleness
Collapse
Entropy
Cellular Automata
Infectious Disease
