摘要
论述了一般系统演化问题的基本概念与研究层次,针对武器装备体系演化问题的具体特点提出了其控制层次的总体设计思想,将仿真技术与约束规划机制相结合提出了基于仿真的约束规划(Simulation-Based Constraint Programming,SBCP)集成设计框架,探讨了层次化模型体系构建、体系演化轨迹产生,以及启发式方案搜索机制等主要设计环节,建立了基于SBCP的武器装备体系演化设计过程。SBCP集成设计框架对于具有多层次实体结构的一般系统演化问题也具有借鉴意义。
Beginning with the discussion of system evolution concept, a methodology of armament system of systems (SOS) evolution analysis and design was proposed. According to the complicated behavior constraints brought by the hierarchy of armament SoS, simulation technology was proposed to integrate with constraint programming, and a simulation-based constraint programming (SBCP) integrated framework was designed. Based on the framework, a design process was set up to support the trajectory-control scheme optimizing of the armament SoS evolution. SBCP integrated framework would also be useful to trajectory-control problems of other systems with complicated hierarchy.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2009年第21期6734-6738,共5页
Journal of System Simulation
关键词
体系演化
仿真
约束规划
设计框架
SoS evolution, simulation, constraint programming, design framework