摘要
以指标敏感性分析相关理论为指导,构建CCIP火控攻击模型、弹丸三维弹道方程模型;分析了CCIP攻击模式下载机平台传感器数据更新周期对命中精度以及网络负载的影响,设计单指标敏感性分析和综合指标敏感性分析。通过软件仿真,筛选出满足命中精度要求的载机平台传感器数据更新周期的优化指标组合。仿真结果可为载机平台传感器数据更新周期的设计提供参考。
By using the theory of sensitivity analysis, the CCIP ifre control calculation model and the three dimensional trajectory equations were established;The inlfuence of data update cycle of CCIP attack mode on hitting accuracy and the network load was analyzed; Two schemes of single objective sensitivity analysis and comprehensive objectives sensitivity analysis were designed. A software was developed to simulate and analyze the local and global sensitivities;The combinations of optimized objectives of airborne platform sensors data update cycle which meet the requirement of hitting accuracy were selected. The results can provide a reference to airborne platform sensors data update cycle design.
出处
《航空科学技术》
2015年第3期49-53,共5页
Aeronautical Science & Technology
关键词
载机平台
传感器
数据更新周期
命中精度
敏感性分析
CCIP
CCIP
airborne platform
sensors
data update cycle
hitting accuracy
sensitivity analysis
