摘要
利用超网络建模体系结构是体系网络化描述、评估和演化性探索的一种重要发展趋势。目前提出的超网络模型仍然处于概念探索阶段,在体系结构的复杂关系描述、体系属性信息和拓扑结构之间互影响机理挖掘等方面问题的研究存在局限性。梳理了体系结构超网络建模研究现状,提出基于粒计算的装备体系结构超网络建模方法,采用四元组粒模型的形式化描述将装备体系的拓扑信息与属性信息结合起来。利用超网络构建体系结构的复杂关系模型,实现了系统、功能、活动、行为与能力等体系要素之间的层次关联。通过超边机制将粒模型与超网络模型较好地联系起来。
Architecture modeling using the super-network theory has been an important developing trend for description,evaluation and evolution analysis of system of systems.However,the proposed super-network models are still in the period of conception exploration.There are some limitations such as complex relation descriptions or co-influence mechanisms between the attributes and topology structures.The research situation of super-network modeling for architecture is summarized.Then,an approach about architecture modeling using the supernetwork based on granular computing is proposed.This method can integrate the topology structure with attributes using agranulation model descripted as a four tuples formalization.Moreover,it constructs the complex relations of the architecture for equipment system of systems using the super-network,based on which the relationship between the topology structure,activity,behavior and capability can be built synthetically.Finally,the granular model and the super-network model can be unified together with the super-edge.
出处
《系统工程与电子技术》
EI
CSCD
北大核心
2016年第4期836-843,共8页
Systems Engineering and Electronics
基金
部委级预研基金
重点实验室基础研究项目资助课题
关键词
粒计算
超网络
超图
装备体系
体系结构
复杂关系建模
granular computing
super-network
hypergraph
equipment system of systems
architecture
complex relations modeling
