摘要
胚胎型仿生自修复系统具有实时自修复能力,可用于高可靠性电子系统的设计。在设计过程中,其硬件消耗是工程师十分关心的问题。在分析胚胎型仿生自修复系统结构基础上,根据自修复过程特征,建立了其系统硬件消耗模型。并以三模冗余自修复系统为对比,对胚胎型仿生自修复系统的硬件消耗进行了仿真分析。分析表明,胚胎型仿生自修复系统在大规模、高自修复能力的电路设计中具有优越性,且通过电子细胞辅助电路的优化设计,可以降低自修复过程中的硬件消耗。
The embryonic bio?inspired self-repairing system has the real-time self-repairing ability,and can be used in the design of the electronic system with high reliability.On the basis of analyzing the structure of the embryonic bio-inspired self-re-pairing system,the system hardware consumption model was established according to the characteristics of the self-repairing pro?cess.In comparison with the triple?modular redundancy self?repairing system,the simulation analysis for the hardware consump?tion of the embryonic bio-inspired self?repairing system was performed.The analysis results show that the embryonic bio-inspired self-repairing system has superiority in the design of the large-scale circuit with high self-repairing capacity,and can reduce the hardware consumption in the self-repairing process by means of the optimization design of the electronic cell auxiliary circuit.
作者
孟亚峰
朱赛
韩春辉
MENG Yafeng;ZHU Sai;HAN Chunhui(Department of Electronic and Optical Engineering,Ordnance Engineering College,Shijiazhuang 050003,China)
出处
《现代电子技术》
北大核心
2017年第6期129-132,共4页
Modern Electronics Technique
基金
国家自然科学基金资助项目(61372039)
关键词
电子细胞辅助电路
胚胎电子阵列
硬件消耗
自修复能力
electronic cell auxiliary circuit
embryonic array
hardware consumption
self.repairing ability
