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In a context of global competition, the optimization of logistics systems is inescapable. LOGISTICS SYSTEMS: Design and Optimization falls within this perspective and presents twelve chapters that well illustrate the variety and the complexity of logistics activities. Each chapter is written by recognized researchers who have been commissioned to survey a specific topic or emerging area of logistics. The first chapter, by Riopel, Langevin, and Campbell, develops a framework for the entire book. It classifies logistics decisions and highlights the relevant linkages to logistics decisions. The intricacy of these linkages demonstrates how thoroughly the decisions are interrelated and underscores the complexity of managing logistics activities. Each of the following chapters focus on quantitative methods for the design and optimization of logistics systems. Some of the chapter topics include the following: The recent research on expanding facility location decisions in different supply chain contexts. The specific functions of a distribution center vis-à-vis the classical warehouse. A taxonomy of warehouse decision models in terms of efficient warehousing. Transportation and production planning of reverse logistics. The research on the operation of port container terminals is systematically examined. An assessment of the recent metaheuristics advances in the vehicle routing problem. An impact analysis of customer centricity, personalization, and collaboration verses the agility of network stakeholders using a comprehensive operations planning optimization model specifically for this product context of high-value products like vehicles, computers, equipment, etc. Chapter material draws liberally on case material and real world applications.

Materials management. --- Business logistics. --- Supply chain management --- Industrial management --- Logistics --- Materiel management --- Business logistics --- Inventory control --- Material accountability --- Production management. --- Industrial engineering. --- Operations research. --- Engineering economy. --- Mathematical optimization. --- Operations Management. --- Industrial and Production Engineering. --- Operations Research/Decision Theory. --- Engineering Economics, Organization, Logistics, Marketing. --- Optimization. --- Operations Research, Management Science. --- Management engineering --- Simplification in industry --- Engineering --- Value analysis (Cost control) --- Manufacturing management --- Operational analysis --- Operational research --- Industrial engineering --- Management science --- Research --- System theory --- Optimization (Mathematics) --- Optimization techniques --- Optimization theory --- Systems optimization --- Mathematical analysis --- Maxima and minima --- Operations research --- Simulation methods --- System analysis --- Economy, Engineering --- Engineering economics --- Production engineering. --- Decision making. --- Engineering economics. --- Management science. --- Quantitative business analysis --- Management --- Problem solving --- Statistical decision --- Deciding --- Decision (Psychology) --- Decision analysis --- Decision processes --- Making decisions --- Management decisions --- Choice (Psychology) --- Manufacturing engineering --- Process engineering --- Mechanical engineering --- Decision making

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Industrial economics --- Operational research. Game theory --- Engineering sciences. Technology --- Production management --- Computer. Automation --- automatisering --- speltheorie --- productieorganisatie --- logistiek --- operationeel onderzoek --- industriële marketing --- ingenieurswetenschappen

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• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

In a context of global competition, the optimization of logistics systems is inescapable. LOGISTICS SYSTEMS: Design and Optimization falls within this perspective and presents twelve chapters that well illustrate the variety and the complexity of logistics activities. Each chapter is written by recognized researchers who have been commissioned to survey a specific topic or emerging area of logistics. The first chapter, by Riopel, Langevin, and Campbell, develops a framework for the entire book. It classifies logistics decisions and highlights the relevant linkages to logistics decisions. The intricacy of these linkages demonstrates how thoroughly the decisions are interrelated and underscores the complexity of managing logistics activities. Each of the following chapters focus on quantitative methods for the design and optimization of logistics systems. Some of the chapter topics include the following: The recent research on expanding facility location decisions in different supply chain contexts. The specific functions of a distribution center vis-à-vis the classical warehouse. A taxonomy of warehouse decision models in terms of efficient warehousing. Transportation and production planning of reverse logistics. The research on the operation of port container terminals is systematically examined. An assessment of the recent metaheuristics advances in the vehicle routing problem. An impact analysis of customer centricity, personalization, and collaboration verses the agility of network stakeholders using a comprehensive operations planning optimization model specifically for this product context of high-value products like vehicles, computers, equipment, etc. Chapter material draws liberally on case material and real world applications.

Industrial economics --- Operational research. Game theory --- Engineering sciences. Technology --- Production management --- Computer. Automation --- automatisering --- speltheorie --- productieorganisatie --- logistiek --- operationeel onderzoek --- industriële marketing --- ingenieurswetenschappen

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Industrial engineering --- Génie industriel --- Employees --- Personnel, Effets des innovations sur le