CAJ | 학술논문

为实现全景航空相机对地面目标的检测要求，根据其工作原理设计出一套可完成高精度、多参数航空相机的室内检测系统。首先在分析其性能指标和工作原理的基础上，给出了该检测系统的总体方案。详细设计了系统的主要组成部分：远目标模拟系统即大视场平行光管，动态图形发生系统等结构。提出平行光管和动态图形发生器核心参数的测试方法后，对所设计的检测系统进行实际测试，结果显示其整体性能满足所提设计要求。
위실현전경항공상궤대지면목표적검측요구，근거기공작원리설계출일투가완성고정도、다삼수항공상궤적실내검측계통。수선재분석기성능지표화공작원리적기출상，급출료해검측계통적총체방안。상세설계료계통적주요조성부분：원목표모의계통즉대시장평행광관，동태도형발생계통등결구。제출평행광관화동태도형발생기핵심삼수적측시방법후，대소설계적검측계통진행실제측시，결과현시기정체성능만족소제설계요구。
In order to realize detection requirements of panoramic aerial camera for ground target, according to its principle of work to design a set of indoor detection system with a performance of high precision, multi parameter for aerial camera. The overall scheme of system was given after the analysis of the performance and the work principle. The detailed design of the main components of the system, including far target simulation system- large field view parallel light pipe and dynamic graphic generation system structure is produced. Proposing the test method to core parameters of parallel light pipe and dynamic graphics generator, we made a actual test on this detection system, the result shows its performance meet the design requirements.