摘要
本文从实际的军事需求出发,借鉴自律分散系统的思想,提出了在战场环境下具有自我修复与重构功能的自律分散测试系统(ADTS)的概念,文章对ADTS进行了数学建模,利用功能完成度来评价测试系统战损后仍可继续使用的程度,通过论证可知,ADTS具有良好的容错性、维护性和扩展性,能够实现战损条件下的降级使用,战场生存能力强.同时,文章阐明了ADTS的组建方法,对于ADTS的设计实现具有重大的指导意义.
According to the actual military requirements, adopting the idea of autonomous decentralized systems, this paper designs the autonomous decentralized test system （ADTS） that has the ability of self- repair and reconfiguration in battlefield. The mathematical model of ADTS is proposed in this paper, and function accomplishment degree is used to evaluate the damaged test system＇s degree of keeping on performance. After the demonstration, it is proved that damaged ADTS still has the ability of test under the battlefield. ADTS has favorable fault-tolerance, maintainability expansibility and viability in wartime. This paper also illuminates the method of establishing ADTS, which has momentous guidance significance to design ADTS.
出处
《系统工程理论与实践》
EI
CSSCI
CSCD
北大核心
2013年第2期498-504,共7页
Systems Engineering-Theory & Practice
基金
国家高技术研究发展计划(863计划)(2009XXXX0506)
国防"十一五"重点预研项目(51317030103)
电子测试技术国防科技重点实验室基金(51487020305JB3201)
关键词
自律分散测试系统
自律分散系统
自我修复
重构
免疫进化算法
进化硬件
autonomous decentralized test system
autonomous decentralized system
self-repair
recon-figuration
immunized evolutionary strategy
evolvable hardware
