CAJ | 학술논문

通过数学建模的方法对L型探测器作了理论计算和讨论分析,得到了L型探测器的瞬时视场及在视场内存在四种不同的区域:线性区、非线性区、双解区和盲区.利用Matlab软件对某一条件下的瞬时视场及内部区域进行了数学仿真和计算,并分析了这四种区域形成的原因和对跟踪能力的影响,提出了一些消除或减小某些不利区域的方法.最后利用L型探测器的分析方法,得出了四元正交探测器的瞬时视场.
통과수학건모적방법대L형탐측기작료이론계산화토론분석,득도료L형탐측기적순시시장급재시장내존재사충불동적구역:선성구、비선성구、쌍해구화맹구.이용Matlab연건대모일조건하적순시시장급내부구역진행료수학방진화계산,병분석료저사충구역형성적원인화대근종능력적영향,제출료일사소제혹감소모사불리구역적방법.최후이용L형탐측기적분석방법,득출료사원정교탐측기적순시시장.
According to the modeling of L-detector, the four regions of the IFOV, including linear region, non-linear region, double-solution region and blind region, were educed and simulated with Matlab. The reason of the appearance of the four regions and the effect on tracking ability were discussed. The methods of eliminating and minimizing the negative areas were tabled. With the similar method, the IFOV of the cross-detector was obtained.