摘要
分析了探索性分析模型的粒度原理,建立了基于粒度计算的指控系统效能测度的探索性分析模型,重点研究了探索性分析模型的建立,属性函数的构造和探索因子集的粒度获取方法,并结合多兵种联合作战案例,对使命完成时间测度进行了探索性分析,实验表明,基于粒度计算的探索性建模方法能够通过粒度的转换降低问题的复杂度,并在不同粒度层次上实现对问题描述的一致性。
The granular principles of exploratory analysis model was investigated,a granular computing-based exploratory model was constructed for the measurement of command and control system effectiveness.The paper focused on model construction,granular acquisition and attribute function formation in the exploratory model.For the minimizing of the mission completion time,the exploratory analysis experiment was designed,with reference to cases of multi-branch joint operations.The exploration shows that the exploratory analysis modeling based on granular computing can reduce the complexity by granular conversion and keep consistency of problem description on different granular levels.
出处
《国防科技大学学报》
EI
CAS
CSCD
北大核心
2010年第5期123-128,共6页
Journal of National University of Defense Technology
基金
国家自然科学基金资助项目(70701038
70771109)
关键词
指控系统
效能测度
粒度计算
探索性分析
command and control system
measure of effectiveness
eranular computing
exploratory analysis
