摘要
分析了作战任务条件的多样性以及空战过程的随机性和不确定性 ,确定作战任务条件的信息等级。结合作战系统层次间的关系 ,建立了航空武器装备系统在非单一作战任务条件下的作战效能评估广义模型。它从整体上明确了系统与作战条件之间的关系 ,体现出系统的效能评估指标与其动力学子系统及其数量之间的关系。运用这一模型 ,将对飞机在现代作战条件下的作战效能评估 。
Past research at Northwestern Polytechnical University is not quite satisfactory for operation effectiveness evaluation of a system of airplanes. We propose a generalized model for improving such evaluation. Section 3 discusses in much detail the establishment of this generalized model. Section 3.1 discuses how to divide information into three levels for a combat airplane: complete, semi complete, and incomplete. The discussion in section 3.1 takes into consideration: (1) various combat mission conditions; (2) randomness and uncertainty in combat process. Using the above mentioned three information levels, section 3.2 considers the hierarchical structure of several groups of airplanes; then it establishes the generalized model of such a system. The generalized model takes into consideration the interrelationships of such a combat system with operation environment.
出处
《西北工业大学学报》
EI
CAS
CSCD
北大核心
2003年第1期38-41,共4页
Journal of Northwestern Polytechnical University
基金
航空科学基金 (0 1D5 3 0 2 4)资助
关键词
建模
效能评估
信息等级
动力学子系统
优化
generalized model, operation effectiveness, evaluation, information level, system of combat airplanes