电光与控制, 2023, 30 (1): 78, 网络出版: 2023-04-03
机载**控制系统综合诊断技术研究
Research on Integrated Diagnosis Technology of Airborne Weapon Control System
**控制 综合诊断 测试性设计 案例推理 深度检测 weapon control integrated diagnosis testability design CBR deep inspection
摘要
针对机载**控制系统故障诊断和装备维修存在的偶发故障定位困难、系统诊断能力不足等问题, 基于综合诊断概念, 提出了构建以开放式系统架构及商用成品构件为基础、满足二级维修体制、面向多机型的**控制系统综合诊断平台。该平台具有从设计、使用到维修的全寿命周期装备综合保障能力, 为解决装备复杂性和诊断维修之间的矛盾, 最大限度地提高诊断效率、降低维修成本, 确保**控制系统战备完好性打下了坚实基础。
Abstract
Aiming at the problems such as the difficulty in locating accidental faults and the inadequacy of system diagnosis capability in fault diagnosis and equipment maintenance of airborne weapon control system, an integrated diagnosis platform of weapon control system built on the basis of open system architecture and commercial off-the-shelf component is proposed.The platform, oriented to muptiple types of aircraft, meets the II-level repair system and is able to provide the comprehensive support in the full life cycle of equipment from design, operation to maintenance, which lays a solid foundation for solving the contradiction between equipment complexity and diagnosis/maintenance, maximizing the diagnosis efficiency, reducing the maintenance cost and ensuring the readiness of weapon control system.
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李进, 郭文利, 徐盱衡. 机载**控制系统综合诊断技术研究[J]. 电光与控制, 2023, 30(1): 78. LI Jin, GUO Wenli, XU Xuheng. Research on Integrated Diagnosis Technology of Airborne Weapon Control System[J]. Electronics Optics & Control, 2023, 30(1): 78.