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This book offers a unified framework for diagnosing faults and predicting failures in industrial networked systems. It starts by covering fundamentals of vectors, matrices and linear systems theory; then introduces mathematical tools and decision–software methods for real‑world applications such as machine‑tool wear forecasting, sensor reduction for fault detection and isolation, resonant mode identification in mechatronic systems, small‑signal stability analysis in interconnected power systems, and discrete‑event command and control. It bridges rigorous theory with practical engineering needs, making it a useful reference for engineers, researchers and students involved in maintenance, reliability, and control of complex industrial systems.
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Publisher: CRC Press (Taylor & Francis Group)
Publishing Year: 2011
ISBN: 9781439839331
Pages: 308