摘要
针对引俄检测仪规定的机载计算机硬件检测功能和作战训练对机载计算机软件逻辑功能校验的需求,设计了基于嵌入式计算机平台和虚拟测试环境的计算机检测仪测试软件;阐述了检测仪的总体结构,较为详细的介绍了检测仪软件的组成、运行流程和控制状态设计,软件设计过程中采用了逆向工程、双语兼容和被测软件模板对比等关键技术;该测试软件已经在某型飞机机载计算机检测仪安装使用,实用证明其操作方便,运行稳定可靠,能够提高训练和作战准备工作的效率。
A test software for the detector is designed based on embedded computer platform and virtual test environment according to the prescriptive hardware detection function for the airborne computer of the detector imported from Russia and the combat training demand for the software logic function calibration for the airborne computer.The general structure is described for the detector.The composition,running process and control state are introduced in detail.Some key technologies are used in the procedure of designing,such as reverse engineering,bilingual compatibility and software template comparison etc.The test software has been used in the airborne computer detector of an aircraft.The application results show that the characteristics of the software are convenient operation and steady performance.It can improve the efficiency of training and combat readiness.
出处
《计算机测量与控制》
2017年第8期116-119,共4页
Computer Measurement &Control
关键词
嵌入式计算机
软件设计
逆向工程
模板对比
embedded computer
software design
reverse engineering
template comparison
