Research of an Expert System for Fault Diagnose of the Airborne Electronic Devices Based on VC ++ and CLIPS

Guang Dong Zha; Li Feng Diao; Xu Peng Liu

doi:10.4028/www.scientific.net/AMM.333-335.1767

Paper Titles

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The Neural Network Prediction to the Wear and Tear Fault of Thrust Bearing in Air Compressor
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Design and Realization of Control Module Fault Analysis System Based on Fault Tree
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Research of an Expert System for Fault Diagnose of the Airborne Electronic Devices Based on VC ++ and CLIPS
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Intrusive Vibration Sand Monitoring System for Heavy Oil and the Laboratory Evaluation
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Fault Diagnosis for Marine Diesel Engine Based on Class Label Probability and Random Walk
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Tolerant System Reliability and Performance Evaluation with Imperfect Tests
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An Image Measuring Method for the Fabric Defect Detection System
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 333-335Research of an Expert System for Fault Diagnose of...

Research of an Expert System for Fault Diagnose of the Airborne Electronic Devices Based on VC ++ and CLIPS

Abstract:

In order to solve the problems that diagnosis cycle is very long and diagnostic accuracy is very low dependent on the maintenance man to diagnose fault by experience, an expert system for fault diagnose of a planes airborne electronic devices based on VC++ and CLIPS is proposed. The information exchange is realized between VC++ and CLIPS through writing external function of CLIPS by VC++ platform. The fact base can be generated quickly through acquiring test parameters from test model according to the fault information template base. The expert system established by VC++ platform to write man machine interface codes and load CLIPS to realize fault reasoning can realize the fast fault diagnosis for the airborne electronic devices.