As a complex engineering problem,the satellite module layout design (SMLD) is difficult to resolve by using conventional computation-based approaches. The challenges stem from three aspects:computational complexity,en...As a complex engineering problem,the satellite module layout design (SMLD) is difficult to resolve by using conventional computation-based approaches. The challenges stem from three aspects:computational complexity,engineering complexity,and engineering practicability. Engineers often finish successful satellite designs by way of their plenty of experience and wisdom,lessons learnt from the past practices,as well as the assistance of the advanced computational techniques. Enlightened by the ripe patterns,th...展开更多
以卫星有效载荷总体方案变型设计为背景,探讨在人为或自然灾害的非正常情况下的应急设计方法.首先给出应急设计系统定义,然后给出实现应急设计基本依据:一是基于演化算法、A gen t、人机结合和协同设计理论;二是仿蚁群社会应急行为.本...以卫星有效载荷总体方案变型设计为背景,探讨在人为或自然灾害的非正常情况下的应急设计方法.首先给出应急设计系统定义,然后给出实现应急设计基本依据:一是基于演化算法、A gen t、人机结合和协同设计理论;二是仿蚁群社会应急行为.本系统的关键是,构造基于人与演化算法相结合的A gen t(hum an-com pu ter cooperation A gen t,HC-A gen t),进而基于混合P 2P网络模型构成多HC-A gen t的协同设计系统,以使该应急设计系统具有抗干扰、自适应、快速响应的设计能力.展开更多
基金National Natural Science Foundation of China (50575031, 50275019)National High-tech Research and Development Program (2006AA04Z109)
文摘As a complex engineering problem,the satellite module layout design (SMLD) is difficult to resolve by using conventional computation-based approaches. The challenges stem from three aspects:computational complexity,engineering complexity,and engineering practicability. Engineers often finish successful satellite designs by way of their plenty of experience and wisdom,lessons learnt from the past practices,as well as the assistance of the advanced computational techniques. Enlightened by the ripe patterns,th...
文摘以卫星有效载荷总体方案变型设计为背景,探讨在人为或自然灾害的非正常情况下的应急设计方法.首先给出应急设计系统定义,然后给出实现应急设计基本依据:一是基于演化算法、A gen t、人机结合和协同设计理论;二是仿蚁群社会应急行为.本系统的关键是,构造基于人与演化算法相结合的A gen t(hum an-com pu ter cooperation A gen t,HC-A gen t),进而基于混合P 2P网络模型构成多HC-A gen t的协同设计系统,以使该应急设计系统具有抗干扰、自适应、快速响应的设计能力.
