学术
摘 要:
航迹规划是飞行器规划系统的一个重要子任务。针对具有主动性而非纯粹动态的敌方威胁类型，以单目标定性微分对策解决航路的动态重规划问题。在假设对静态威胁的参考航迹和安全走廊已预规划确定基础上，构建了基于单目标定性微分对策面向主动威胁安全走廊内飞行器航路对策的数学模型，并对航路的单目标定性微分对策系统进行了求解。[著者文摘]
文章出处:
《火力与指挥控制》-2008年33卷2期 -60-62页
栏目信息:
文献标识码:
A
文章编号:
1002-0640（2008）02-0060-03
Maneuvering Threat-oriented Flight Path Re-programming based on Single Objective Qualitative Differential Game
XU Zi-xiang,ZHOU De-yun,XU Ji-dong （1. North-western Polytechnic University College of Electron and Information Xi＇an 710072 ,Chnia 2. Shanghai University of Science and Technology Collegey of Management Shanghai 200093 ,China）
Abstract:
Flight path programming is an important sub-task for aircraft pro at active and non-dynamic enemy threat type with activity, dynamic re-prog solved using single target qualitative differential game. Based on assumption threat reference flight path and safe corridor, a mathematical model of fligh threat-oriented safe corridor is constructed, which is based on single object game, and solution of the flight-path system of single objective qualitative diffe gramming system. Aiming ramming of flight path is of pre-programming static t-path game within active ive qualitative differential rential game is gotten.[著者文摘]
Key words:
flight path programming, single objective qualitative differential game, active threat
基金资助:
航空科学基金资助项目（2000CB080601）;“十五”国防重点预研基金资助项目（2002BK080602）
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