Modeling the supply chain
PART I: INTRODUCTION TO SUPPLY-CHAIN MANAGEMENT 1. SUPPLY-CHAIN MANAGEMENT, INTEGRATED PLANNING, AND MODELS Introduction / Fundamentals of Supply-Chain Management / Overview of Models and Modeling Systems / Models Incorporate Concepts from Several Disciplines / Innovations in Information Technology / Organizational Adaptation to fact-based Decision Making / Overview of the Book / Notes / References 2. INFORMATION TECHNOLOGY Introduction / Developments in Enterprise Resource Planning Systems and E-Commerce / Comparison of Transactional IT and Analytical IT / Hierarchy of Supply-Chain Modeling Systems / Legacy Systems and Legacy Thinking / Final Thoughts / Notes / References PART II: MODELING AND SOLUTION METHODS 3. FUNDAMENTALS OF MODELING: LINEAR PROGRAMMING Introduction / Linear Programming Examples / Properties of Linear Programming Models / Interpreting an Optimal Linear Programming Solution / Multiple Objective Optimization / Stochastic Programming / Exercises / Notes / References / Appendix: A Simplex Method 4. FUNDAMENTALS OF MODELING: MIXED INTEGER PROGRAMMING Introduction / Mixed Integer Programming Modeling Vignettes / Distribution Center Location Models / Designing and Implementing Optimization Modeling Systems / Optimization Software / Exercises / Notes / References / Appendix: The Branch-and-Bound Method 5. UNIFIED OPTIMIZATION METHODOLOGY FOR OPERATIONAL PLANNING Introduction / Heuristic Methods for Combinatorial Optimization Problems / Overview of the Unified Optimization Methodology / Unified Optimization Methodology Applied to Vehicle Routing / Unified Optimization Methodology Applied to Production Scheduling / Final Thoughts / Exercises / Footnotes / References 6. THE SUPPLY-CHAIN DECISION DATABASE Introduction / Data Aggregations / Facility Data / Transportation Network Data / Supplier Data / Role of Management Accounting / Demand Forecasting / Global and Policy Data / Model Output Data / Scenarios, Multiple Periods, and Hierarchies / Graphical Displays of Data Inputs and Outputs / Final Thoughts / Exercises / Notes / References PART III: APPLICATIONS 7. STRATEGIC AND TACTICAL SUPPLY CHAIN PLANNING: STATE-OF-THE-ART MODELING APPLICATIONS Introduction / Resources and the Resource-based View of the Firm / Strategic Analysis of Logistics Supply Chains / Redesigning the Distribution Network of an Electronics Products Company / Strategic Analysis of Manufacturing Supply Chains / Two Manufacturing Strategy Applications / Tactical Planning / Two Tactical Planning Applications / Final Thoughts / Exercises / Notes / References 8. STRATEGIC AND TACTICAL SUPPLY-CHAIN PLANNING: ADVANCED MODELING APPLICATIONS Introduction / Integrating Supply-Chain and Demand Management / Optimization Models for Competitive Analysis / Stochastic Programming and Scenario Planning / Final Thoughts / Exercises / Notes / References 9. INTEGRATION OF FINANCIAL AND PHYSICAL SUPPLY-CHAINS Introduction / Optimization Models for Corporate Financial Planning / Financial Planning for Multi-national Corporations / A Network Illustration / Multi-national Financial Flows Model / Exchange Rate and Other Risks / Final Thoughts / Exercises / Notes / References 10. OPERATIONAL SUPPLY-CHAIN PLANNING Introduction / Taxonomy of Scheduling Problems / Data, Modeling and Organizational Issues / Vehicle Routing System for an E-Commerce Company / Production Scheduling System for a Semi-Conductor Company / Production Scheduling System for Paper Manufacturing / Simulation Models and Systems / Final Thoughts / Exercises / Footnotes / References 11. INVENTORY MANAGEMENT Introduction / Classical Inventory Theory Models / Incorporating Inventory Decisions in Strategic and Tactical Supply-Chain Models / Inventory Management Applications in Distributions Supply-Chains / Inventory Management Applications in Manufacturing Supply-Chains / Inventory Management Systems / Final Thoughts / Exercises / Notes / References PART IV: THE FUTURE 12. ORGANIZATIONAL ADAPTATION TO SUPPLY
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Supply Chain Management Integrated Planning
Supply Chain Modeling
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0-1 variables activities Ajax algorithms Alphas analysis analyze applications C-line test capacity chain decision database Chapter company's supply chain computed constraints construction decision makers decision problems decision variables delivery describing developed discussed distribution centers example facilities feasible solution Figure finished products firm heuristic implementation industry input integer programming model linear programming model linked logistics lower bound LP master model manufacturing markets methods minimal mixed integer programming objective function operational planning Operations Research optimal solution optimization modeling system options orders planning horizon planning problems plant product families production scheduling quantity require resource-based view routing solution safety stock scenario Section shadow prices simplex method spreadsheet stochastic programming strategy submodels subplans suppliers supply chain decision supply chain management supply chain model supply chain network supply chain planning Table tactical planning tion unified optimization methodology unit vendors week