CAJ | 학술논문

针对飞航武器保障中测试资源调度缺乏顶层规划，测试方法配置无法进行优化管理的现状，提出了一种面向测试性方案设计的数学算法，探索测试性理论工程化的途径。利用线性系统理论中的可控可观模型，对故障与测试资源间的关系重新表述，进行了测试完备性分析；运用模糊综合评判模型分别对测试点设计、测试序列排布、测试方法设计优选，得到测试资源的最优化调度与配置。最后，以无人机系统为例，用模型进行了测试性方案设计。
침대비항무기보장중측시자원조도결핍정층규화，측시방법배치무법진행우화관리적현상，제출료일충면향측시성방안설계적수학산법，탐색측시성이론공정화적도경。이용선성계통이론중적가공가관모형，대고장여측시자원간적관계중신표술，진행료측시완비성분석；운용모호종합평판모형분별대측시점설계、측시서렬배포、측시방법설계우선，득도측시자원적최우화조도여배치。최후，이무인궤계통위례，용모형진행료측시성방안설계。
In view of the lacking of theory and method in determining how to deploy the test resources and methods reason-ably, an algorithm oriented to testability scheme was presented, aiming at proposing the way to turn testability theory into practice. Analysis of controllability and observability was made to re-describe the relationship between breakdown and test resources and this analysis could aid the technicians to design a scientifically and rational testability scheme. Then fuzzy comprehensive evaluation was founded to deploy and design the best resources including test spots, sequence and methods.