Fault tolerant control and fault diagnosis methods integrated using intelligent controller for hybrid dynamic systems

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This research aims to provide a fault diagnosis approach for Hybrid Dynamic (SDHs), Systems and Fault-Tolerant Control synthesis, while also ensuring the smooth operation of industrial settings.This study is a part of the larger topic of Hybrid Dynamic System control and fault diagnosis.The primary focus is on modelling strategies designed expressly for Hybrid Dynamic Systems, with a concentration on combining continuous and event-driven components.Much work is devoted to developing a model that can incorporate both kinds of elements.A system model that can track several modes without explicit identification can be created by utilizing Neuro-Fuzzy Networks, providing a thorough overview.On the basis of this synthesized model, an AI-based fault diagnosis method is subsequently developed.

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