计算机与现代化
計算機與現代化
계산궤여현대화
COMPUTER AND MODERNIZATION
2013年
12期
206-209
,共4页
基于模型%飞机发电机系统%故障分析%仿真%诊断
基于模型%飛機髮電機繫統%故障分析%倣真%診斷
기우모형%비궤발전궤계통%고장분석%방진%진단
model-based%aircraft generator system%failure analysis%simulation%diagnosis
传统的依靠人工或者信号分析的故障诊断越来越难以应对日趋智能化、复杂化的飞机电气系统，人工智能以及软件技术的发展，为这一难题提供了解决方案。按照基于模型的故障诊断原理，运用RODON故障分析软件，建立飞机发电机系统的定性仿真模型，对飞机发电机系统进行故障分析，验证运用基于模型的故障诊断方法进行故障分析的实用性和高效性。
傳統的依靠人工或者信號分析的故障診斷越來越難以應對日趨智能化、複雜化的飛機電氣繫統，人工智能以及軟件技術的髮展，為這一難題提供瞭解決方案。按照基于模型的故障診斷原理，運用RODON故障分析軟件，建立飛機髮電機繫統的定性倣真模型，對飛機髮電機繫統進行故障分析，驗證運用基于模型的故障診斷方法進行故障分析的實用性和高效性。
전통적의고인공혹자신호분석적고장진단월래월난이응대일추지능화、복잡화적비궤전기계통，인공지능이급연건기술적발전，위저일난제제공료해결방안。안조기우모형적고장진단원리，운용RODON고장분석연건，건립비궤발전궤계통적정성방진모형，대비궤발전궤계통진행고장분석，험증운용기우모형적고장진단방법진행고장분석적실용성화고효성。
The traditional fault diagnosis methods that depended on human being or signal analysis were difficult to deal with the increasingly complicated intelligent aircraft electrical systems .The development of artificial intelligence and software technology made it possible to solve this problem .In accordance with the principles of model-based fault diagnosis and using RODON fault diagnosis software , a simulation model of aircraft generator system was built .Failure analysis of aircraft generator system was used to verify the usefulness and efficiency of model-based fault diagnosis method .
