CAJ | 학술논문

根据机载飞行头盔特点及人机工程要求,设计了护目镜型头盔显示器光学系统.分析了该光学系统的光学性能和畸变特点,研究了该光学系统畸变的算法软件校正方法,设计了预畸变校正算法软件,并对护目镜型头盔显示器光学系统进行了畸变校正.结果显示:校正后光学系统具有很高的成像质量,空间频率为50 lp/mm时,全视场调制传递函数接近0.2;同时畸变小于0.5%,系统满足机载护目镜型头盔显示器性能指标要求.
근거궤재비행두회특점급인궤공정요구,설계료호목경형두회현시기광학계통.분석료해광학계통적광학성능화기변특점,연구료해광학계통기변적산법연건교정방법,설계료예기변교정산법연건,병대호목경형두회현시기광학계통진행료기변교정.결과현시:교정후광학계통구유흔고적성상질량,공간빈솔위50 lp/mm시,전시장조제전체함수접근0.2;동시기변소우0.5%,계통만족궤재호목경형두회현시기성능지표요구.
An optical system for airborne Helmet Visor Display(HVD) is designed according to characteristics of the airborne helmet and requirements of man-machine engineering. The optical performance and distortion model are analyzed,and the distortion correction algorithm and software are presented to reduce the distortion of the designed optical system. Experimental results show that after correcting the distortion for the designed optical system,a high imaging quality is achieved,the MTF approaches 0.2 at the spatial frequency of 50lp/mm,and the full field of view distortion is less than 0.5%.The results meet the demands of airborne Helmet Visor Display(HVD).