Modeling and Resilience Recovery for Disrupted Supply Chain
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Beschreibung
This book focuses on supply chain management, specifically resilience modeling and recovery strategies for disruptions. It combines multi-level analysis (system, product, event, network) with practical tools such as knowledge graphs, optimization techniques, and risk management frameworks. Key features include a structured, visual approach to complex concepts and multiple recovery dimensions (short-term fixes, product redesign, hierarchical optimization, control support). Blending theory with real-world applications, it provides readers with actionable insights to anticipate risk, optimize operations, and effectively implement recovery plans. Ideal for professionals and students, the book bridges academic research and industry needs, empowering teams to build adaptive, disruption-resistant supply chains in uncertain environments.
This book focuses on supply chain management, specifically resilience modeling and recovery strategies for disruptions. It combines multi-level analysis (system, product, event, network) with practical tools such as knowledge graphs, optimization techniques, and risk management frameworks. Key features include a structured, visual approach to complex concepts and multiple recovery dimensions (short-term fixes, product redesign, hierarchical optimization, control support). Blending theory with real-world applications, it provides readers with actionable insights to anticipate risk, optimize operations, and effectively implement recovery plans. Ideal for professionals and students, the book bridges academic research and industry needs, empowering teams to build adaptive, disruption-resistant supply chains in uncertain environments.
Designs knowledge graph framework for supply chain Considers product design collaboration with control-theoretic methods Combines supply chain risk measurement and control to help supply chain recovery
Autor*in
Chen Peng
Themen in »Modeling and Resilience Recovery for Disrupted Supply Chain«
Supply Chain Collaboration Product Design Change Product Lifecycle Disruption Recovery Strategy Resilient Control