舰载无人机对岸可观测安全飞行空间分析模型

基于舰载无人机对岸上目标的观测能力出发研究出的"理想观参",考虑各种因素对舰载无人机在任务区域飞行安全的影响,建立了地理通视性分析模型、地理可飞性分析模型、飞行可控性分析模型、弹道安全性分析模型和观参上限分析模型;综合上述模型,给出了舰载无人机可观测安全飞行空间,满足可观测安全飞行空间的观测参数即为当前环境下的"实用观参";根据本文模型研制的舰载无人机对岸射击观测辅助决策软件,实现了舰载无人机对岸射击观测的科学决策。

The Analysis Model of Safety Flighting Space for Observation for Shooting Shore Target of Shipborne UAV

Abstract: Based on the optimal observation parameters that reseached for the shore target observation capbility of shipborne UAV, the geography visulity analysis model, geography safety analysis model, flight controllability analysis model, trajectory safety analysis model, and observation parameter limitation analysis model were constructed, according to all the featrures that affacted the flight safety of the UAV. Integratedly, the safety flighting space for observation parameters on the requirement of current environment were proposed. By the applicaion of the decision support software that based on the models above, scientific decision-making for shooting observation of shipborne UAV can come true.