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Model of a Knowledge-Based Expert System for Real-Time Condition Control of a Hydraulic System
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English
Abstract
Condition control is defined as the interactive processes of condition monitoring, condition analysis, and condition response. A model is presented which employs the use of an expert system to achieve real-time condition control of a hydraulic system. The approach focuses on adaptive “self-reference” learning and machine intelligence to monitor and analyze pre-degradation “incipient” failure conditions. Also presented are the corresponding realtime “reactive” condition responses, coupling system control with condition control.
Authors
Citation
Fitch, J. and Dyer, D., "Model of a Knowledge-Based Expert System for Real-Time Condition Control of a Hydraulic System," SAE Technical Paper 891937, 1989, https://doi.org/10.4271/891937.Also In
Durability By Design-Integrated Approaches to Mechanical Durability Assurance of Ground Vehicles
Number: SP-0730; Published: 1987-11-01
Number: SP-0730; Published: 1987-11-01
References
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- Fitch, J.C. “Systems and Methods for Real-Time Condition Monitoring of Mechanical Machinery,” SAE Paper 861308 International Off-Highway and Powerplant Congress and Exposition
- Forsyth, Richard EXPERT SYSTEMS 2nd Chapman and Hall Computing 1989
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- Leung, K.S. Lam W. “Fuzzy Concepts in Expert Systems,” Computer September 1988
- Pau, L.F. Failure Diagnosis and Performance Monitoring Marcel Dekker, Inc. 1981