Self adaptive growing neural network classifier for faults detection and diagnosis

Authors:
M. Barakat;F. Druaux;D. Lefebvre;M. Khalil;O. Mustapha
Affiliations:
GREAH, University Le Havre, France and University of Lebanon, Tripoli, Lebanon;GREAH, University Le Havre, France;GREAH, University Le Havre, France;University of Lebanon, Tripoli, Lebanon;Islamic University of Lebanon, Beirut, Lebanon
Venue:
Neurocomputing
Year:
2011

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Abstract

Fault detection and diagnosis have gained widespread industrial interest in machine monitoring due to their potential advantage that results from reducing maintenance costs, improving productivity and increasing machine availability. This article develops an adaptive intelligent technique based on artificial neural networks combined with advanced signal processing methods for systematic detection and diagnosis of faults in industrial systems based on a classification method. It uses discrete wavelet transform and training techniques based on locating and adjusting the Gaussian neurons in activation zones of training data. The learning (1) provides minimization in the number of neurons depending on cost error function and other stopping criterions; (2) offers rapid training and testing processes; (3) provides accuracy in classification as confirmed by the results on real signals. The method is applied to classify mechanical faults of rotary elements and to detect and isolate disturbances for a chemical process. Obtained results are analyzed, explained and compared with various methods that have been widely investigated for fault diagnosis.