电光与控制
電光與控製
전광여공제
ELECTRONICS OPTICS & CONTROL
2014年
2期
9-11,59
,共4页
杨松普%王养柱%胡永浩
楊鬆普%王養柱%鬍永浩
양송보%왕양주%호영호
光电侦察平台%目标定位%非线性最小二乘
光電偵察平檯%目標定位%非線性最小二乘
광전정찰평태%목표정위%비선성최소이승
optoelectronic reconnaissance platform%target positioning%nonlinear least square
分析了某型光电侦察平台目标定位原理,误差来源及定位结果,提出了利用非线性最小二乘法估计其系统误差,并对系统进行修正。为使估计结果具有较强的泛化能力,将系统误差分配给侦察平台的方位角和高低角。飞行试验表明,系统经过修正后,定位精度有了较大提高。
分析瞭某型光電偵察平檯目標定位原理,誤差來源及定位結果,提齣瞭利用非線性最小二乘法估計其繫統誤差,併對繫統進行脩正。為使估計結果具有較彊的汎化能力,將繫統誤差分配給偵察平檯的方位角和高低角。飛行試驗錶明,繫統經過脩正後,定位精度有瞭較大提高。
분석료모형광전정찰평태목표정위원리,오차래원급정위결과,제출료이용비선성최소이승법고계기계통오차,병대계통진행수정。위사고계결과구유교강적범화능력,장계통오차분배급정찰평태적방위각화고저각。비행시험표명,계통경과수정후,정위정도유료교대제고。
The positioning theory,error sources and positioning results of a certain type photoelectric reconnaissance platform are presented .Nonlinear least square method was used to estimate the system error and to modify the system .To make the estimation results with strong generalization ability,the system error was assigned to azimuth and elevation angle of photoelectric reconnaissance platform .Flight test shows that the positioning accuracy was improved greatly after the system was modified .