一种便携式低成本通用并行测试设备研制

Design of a Portable Low-cost Universal Parallel Test Equipment

摘要:

为解决传统装备维修保障体系一对一测试环节效率低、成本高的缺点,满足现代保障体系对自动化、高效化、便携化的不断追求,研发新型并行测试软件平台、多核多线程并行管理技术,并依托“三化”、便携、柔性设计研制一种基于CPCI总线的并行测试设备。经验证,低成本、小型化、资源高度集成前提下设计开发的各功能组件以及多核多线程集群管理技术的优化使用,使得该设备拥有便携、高性价比、1-4台装备隔离高效并行自动测试、多装备通用等显著优势,大幅提升测试效率至400%、缩短复杂武器装备各阶段全流程周期,并锐减75%的人力、设备、环境资源投入,测试结果、原始数据的实时在线存储、智能判读及曲线回放亦突出显示了该设备故障诊断性能的卓越性。

Abstract:

In order to solve the low-efficiency and high-cost of traditional one-to-one weapon maintenance support system and meet the needs of modern security system for automation, high-efficiency and portable pursuit, this thesis develops a new parallel testing software platform, a new kind of multi-core multi-thread parallel management technology and special function modules. Further, a portable parallel test equipment based on CPCI bus is developed in view of three-way design, portability design and flexible design. After a large number of tests, verification and optimization of low-cost, miniaturized, resources highly integrated modules and multi-core multi-thread cluster management technology, this portable, cost-effective, 1-4 products high-efficiency parallel testing, multi-product universal automatic test system(ATS) become more robust and owns better performance. It can significantly improve test efficiency to 400% and directly reduce 75% manpower, equipment, environmental resources. Real-time online storage of test flow results, intelligent interpretation, and curve playback highlight the outstanding performance of this ATS.