光电技术应用
光電技術應用
광전기술응용
ELECTRO-OPTIC WARFARE & RADAR PASSIVE COUNTERMEASURES
2013年
4期
86-88
,共3页
激光制导%欺骗干扰%超前时间量%概率分析
激光製導%欺騙榦擾%超前時間量%概率分析
격광제도%기편간우%초전시간량%개솔분석
laser guidance%deception jamming%ahead time%probability analysis
在综合考虑导引头波门、制导激光时间稳定度、干扰激光时间稳定度、干扰激光光程差的时间修正量等因素的基础上,根据制导激光概率密度函数和干扰激光概率密度函数,推导出制导激光与干扰激光的联合概率密度函数,建立了干扰激光超前于制导激光进入导引头波门的概率模型,并通过仿真实验分析得出最优超前时间量的范围。
在綜閤攷慮導引頭波門、製導激光時間穩定度、榦擾激光時間穩定度、榦擾激光光程差的時間脩正量等因素的基礎上,根據製導激光概率密度函數和榦擾激光概率密度函數,推導齣製導激光與榦擾激光的聯閤概率密度函數,建立瞭榦擾激光超前于製導激光進入導引頭波門的概率模型,併通過倣真實驗分析得齣最優超前時間量的範圍。
재종합고필도인두파문、제도격광시간은정도、간우격광시간은정도、간우격광광정차적시간수정량등인소적기출상,근거제도격광개솔밀도함수화간우격광개솔밀도함수,추도출제도격광여간우격광적연합개솔밀도함수,건립료간우격광초전우제도격광진입도인두파문적개솔모형,병통과방진실험분석득출최우초전시간량적범위。
On the basis of considering factors such as the gate of seeker, time stability of guidance and jam?ming laser, time correction of jamming laser optical path difference synthetically and probability density func?tions of guidance and jamming laser, the union probability density functions of guidance and jamming laser are derived. A probability model for jamming laser entering the gate of seeker ahead of guidance laser is built. Through simulation experiment analysis, optimum leading time range is got.