电讯技术
電訊技術
전신기술
TELECOMMUNICATIONS ENGINEERING
2013年
4期
450-455
,共6页
吴金美**%侯亚威%胡上成%凌晓冬
吳金美**%侯亞威%鬍上成%凌曉鼕
오금미**%후아위%호상성%릉효동
航天器测控%定轨%轨道优选%逼近理想点法%多属性决策
航天器測控%定軌%軌道優選%逼近理想點法%多屬性決策
항천기측공%정궤%궤도우선%핍근이상점법%다속성결책
spacecraft TT&C%orbit determination%optimal orbit selection%TOPSIS method%multiple attribute decision making
针对航天器轨道确定后对多组轨道进行评价排序的轨道优选问题,引入了逼近理想点法设计评价指标体系,通过统计分析结合测控相关经验设计了权值,用加权平均法解决了目标轨道的求解难题,建立了轨道优选的评价模型.利用两个典型实例计算验证了算法的合理性和精确性
針對航天器軌道確定後對多組軌道進行評價排序的軌道優選問題,引入瞭逼近理想點法設計評價指標體繫,通過統計分析結閤測控相關經驗設計瞭權值,用加權平均法解決瞭目標軌道的求解難題,建立瞭軌道優選的評價模型.利用兩箇典型實例計算驗證瞭算法的閤理性和精確性
침대항천기궤도학정후대다조궤도진행평개배서적궤도우선문제,인입료핍근이상점법설계평개지표체계,통과통계분석결합측공상관경험설계료권치,용가권평균법해결료목표궤도적구해난제,건립료궤도우선적평개모형.이용량개전형실례계산험증료산법적합이성화정학성
For optimal selection of spacecraft initial orbit determination,an evaluation index system derived from TOPSIS method is introduced. The weights of indices are designed on the base of the statistics analysis and ex-perts′ experience. Then the weighted averaging method is applied to solve the object orbit calculation problem. Finally,the validity and effectiveness of the model and algorithm is verified by two typical examples.