摘要
在实现专家系统在飞机故障诊断与维护指导系统应用的基础上,针对故障系统的建立、故障系统的推理机制、推理结论等完整流程进行描述,同时通过建立基于故障树的图形化专家知识录入及维护系统,实现可视化的录入和编辑专家知识,解决了实际应用中获取专家知识的瓶颈制约。
On the basis that expert system is applied in aircraft fault diagnosis and maintenance guidance system, the paper describes the complete workflow on the establishment, reasoning mechanism and deductive conclusion of the fault system. Meanwhile, in order to solve bottleneck restriction of practical applications in the access to expert knowledge, the system realizes the visualization of recording and editing expert knowledge through the creation of graphical input and maintenance of expert knowledge system based on fault tree.
出处
《计算机应用与软件》
CSCD
2009年第5期166-168,共3页
Computer Applications and Software
基金
重庆市自然科学基金项目(CSTC2005BB2189)
重庆市科技攻关项目(8277)
重庆市信息产业发展资金项目(200501011)
关键词
专家系统
故障诊断
人工智能
飞机维护
Expert system Fault diagnosis Artificial intelligence Aircraft maintaining
