Based on the optimization system and algorithm frame , the co - evolution optimization model of minimization of makespan , minimization of workload variation , leveling of the material flow and u - line is established , and some instances is given also 在多目标协同优化体系和算法框架的基础上,本文分别建立了混合流水生产系统的基于制造周期、负荷、物流和u型布局等多目标协同优化模型,并给出了优化实例。
On the base of in - depth research , the basic problems of static and dynamic collaborative optimization are discussed in detail for the first time , and a multi - agents based collaborative optimization system is advanced and implemented 本文在广泛了解和学习静动态协同优化技术和相关学科的基础上,深入研究了静动态协同优化的基本问题,针对其专业特点,提出并初步实现了基于多agent技术的静动态协同优化系统。
According to the research and analysis of current method of structural optimization and paralleled computation , we improved and realized the paralleled optimization system based on corba . the work in this dissertation is done as follows : 1 根据对目前结构优化方法和分布式并行计算方法的研究分析,文中提出基于corba的分布式并行优化框架的理论,基于该理论,实际改进并开发出“基于corba的分布式并行优化系统” 。
This is the foundation of the communication and cooperation among agents . third , collaborative technique in the static and dynamic optimization system is studied hi depth , and a recursive transmit network based multi - tasks cooperative solving method and graph planning technique are put forward 深入研究了静动态协同优化的本体论构成,构造了静动态协同优化领域对象树及其本体论表达,为多agent间顺畅通信和协作奠定了基础。
In this dissertation , we combined the knowledge of paralleled algorithm , networks , fem , structural optimization algorithm and others correlative fields , improved and realized a distributed paralleled optimization system with separate module based on corba 作者结合并行算法、分布式计算、计算机网络、有限元分析方法,结构优化算法和其他相关学科,改进并开发出基于corba的分布式并行优化系统,该系统具有独立的基于corba的分布式并行计算模块。