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针对当前机载设备领域的最新发展,为满足现代飞行试验测试设备通用性的需求,提出基于通过机载测试设备系统(common airborne instrumentation system,CAIS)的通用机载测试设备系统开放架构设计方法,使系统具有开放的架构,实现不同试飞测试系统内设备的通用性和可互换性,能应用于不同机型和不同的试飞科目。由该方法设计的测试系统已成功得到应用于飞行试验,结果表明,系统不仅够满足该型参数测试的需求,且具有测试精度高、运行稳定、可扩展性好等特点,适应陆军、海军和空军的试飞测试任务。
Aiming at the latest development of airborne equipment field, in order to meet the requirement of modern flight test equipment, this paper proposes an open architecture design method of common airborne test equipment system based on common airborne instrumentation system (CAIS) The system has an open architecture to realize the versatility and interchangeability of equipment in different flight test systems and can be applied to different aircraft types and different flight test subjects. The test system designed by this method has been successfully applied in flight tests. The results show that the system not only meets the needs of this type of parameter test, but also has the characteristics of high precision, stable operation and good scalability. It is suitable for the Army, Navy and Air Force test flight test mission.