火力与指挥控制
火力與指揮控製
화력여지휘공제
FIRE CONTROL & COMMAND CONTROL
2014年
5期
73-78
,共6页
闫循良%张金生%廖守亿%王仕成%陈士橹
閆循良%張金生%廖守億%王仕成%陳士艣
염순량%장금생%료수억%왕사성%진사로
空间发射%远程交会%组合机动%路径规划%投放发射
空間髮射%遠程交會%組閤機動%路徑規劃%投放髮射
공간발사%원정교회%조합궤동%로경규화%투방발사
space launch%long-distance rendezvous%combined maneuver%trajectory planning%drop launch
研究了空间平台发射追踪器的相关技术和组合机动路径规划策略。首先对空间发射方式、发射窗口和发射初始姿态需求进行了系统分析,选择了合理的发射方式,提出了发射方案设计策略。针对空间平台发射追踪器实现与目标远程交会的组合机动问题,进行了基于投放发射的空间交会任务分析。建立了非线性多冲量推进最优变轨数学模型,以及基于空间发射的多约束多参数组合机动路径规划模型。设计了遗传算法+序列二次规划串行混合求解策略进行求解,并对发射方案和参数选择的必要性进行了仿真分析。仿真结果表明,本方法能够有效实现基于空间发射的远程交会任务设计及组合机动路径规划。研究结果为空间发射任务和组合机动路径规划提供了有价值的参考。
研究瞭空間平檯髮射追蹤器的相關技術和組閤機動路徑規劃策略。首先對空間髮射方式、髮射窗口和髮射初始姿態需求進行瞭繫統分析,選擇瞭閤理的髮射方式,提齣瞭髮射方案設計策略。針對空間平檯髮射追蹤器實現與目標遠程交會的組閤機動問題,進行瞭基于投放髮射的空間交會任務分析。建立瞭非線性多遲量推進最優變軌數學模型,以及基于空間髮射的多約束多參數組閤機動路徑規劃模型。設計瞭遺傳算法+序列二次規劃串行混閤求解策略進行求解,併對髮射方案和參數選擇的必要性進行瞭倣真分析。倣真結果錶明,本方法能夠有效實現基于空間髮射的遠程交會任務設計及組閤機動路徑規劃。研究結果為空間髮射任務和組閤機動路徑規劃提供瞭有價值的參攷。
연구료공간평태발사추종기적상관기술화조합궤동로경규화책략。수선대공간발사방식、발사창구화발사초시자태수구진행료계통분석,선택료합리적발사방식,제출료발사방안설계책략。침대공간평태발사추종기실현여목표원정교회적조합궤동문제,진행료기우투방발사적공간교회임무분석。건립료비선성다충량추진최우변궤수학모형,이급기우공간발사적다약속다삼수조합궤동로경규화모형。설계료유전산법+서렬이차규화천행혼합구해책략진행구해,병대발사방안화삼수선택적필요성진행료방진분석。방진결과표명,본방법능구유효실현기우공간발사적원정교회임무설계급조합궤동로경규화。연구결과위공간발사임무화조합궤동로경규화제공료유개치적삼고。
Launching technology that space platform releases the chaser,together with trajectory planning of combined maneuver,is studied in this paper. Based on analysis on launch mode,launch window and initial launch attitude requirement,drop launch is chosen,and launch scheme is proposed as well. Aiming at the representative combined maneuver which is a long-distance rendezvous based on space launch technology,mission analysis is carried out. Nonlinear mathematical model for optimal multiple -impulsive rendezvous is given,and trajectory planning model subject to constraints is established for combined maneuver. A serial hybrid algorithm combining GA with SQP is designed. Moreover,the necessity analysis and simulation is carried out for launch scheme and parameters. Simulation results indicate that the analysis and strategies can availably implement the space launch mission design and trajectory planning for combined maneuver. Some results are valuable for applications on space operations.