摘要
作战推演是武器系统效能评估研究的重要手段,而多分辨率建模是作战推演系统构建技术的研究热点之一。现有的聚合解聚、视点选择多分辨率建模方法缺乏对模型间层次结构的描述,难以实现系统运行时模型分辨率的自适应变换,因此无法兼顾模型精度与系统负载。针对上述问题,引入Holon概念,提出一种新的Holon多分辨率建模方法。研究了Holon多分辨率模型系统的组织结构及其形式化描述,给出了其结构演化的规则,提出了一种基于满意度的自适应分辨率变换机制,设计了支持Holon多分辨率建模的软件运行体系结构及关键服务。将Holon多分辨率建模方法应用于海军武器装备体系战役推演系统中,通过对比聚合解聚和视点选择方法,验证了新方法在保持了较好模型间一致性的同时,有效降低了系统的负载。
Battle deduction is an important means of weapon system effectiveness evaluation study,and multi-resolution modeling is a research hotspot of battle deduction system technology. Since the existing aggregation-disaggregation and viewpoint selection multi-resolution modeling methods are lack of the description of hierarchy between models,and difficultly realize the adaptive resolution transformation of models while the system is running,they cannot balance model accuracy and system load. For the above issues,Holon concept is introduced,and a new Holon multi-resolution modeling method is proposed. The organization structure and formal description of Holon multimulti-resolution model is studied,the rules of the structure evolution are presented,an adaptive resolution transform mechanism based on satisfaction is proposed,and software running architecture and critical services to support Holon multi-resolution modeling are designed. The Holon multi-resolution modeling method is used for battle deduction system of naval weaponry and equipment. The proposed method is verified to keep the consistency between the modelsand effectively reduce the load of system by comparing the aggregation-disaggregation method and the viewpoint selection method.
出处
《兵工学报》
EI
CAS
CSCD
北大核心
2016年第11期2136-2147,共12页
Acta Armamentarii
基金
海军装备科研项目(2010年)
关键词
仿真科学技术
多分辨率建模
作战推演系统
Holon
simulation science and technology
multi-resolution modeling
battle deduction system
Holon
