Lot-Sizing and Scheduling for Flexible Flow Lines: Lecture Notes in Economics and Mathematical Systems, cartea 546

1 Introduction.- 1.1 Lot-Sizing and Scheduling.- 1.2 Flexible Flow Lines.- 1.3 Characteristics of the Problem.- 1.4 Scope and Outline of the Study.- 2 Lack of Solution Procedures in the Literature.- 2.1 Lot-Sizing Problems.- 2.2 Scheduling Problems.- 2.2.1 Branch & Bound Procedures.- 2.2.2 Local Search and Metaheuristics.- 2.2.3 Stage Decomposition Approaches.- 2.2.4 Job-Oriented Procedures.- 2.2.5 (Sequential) Loading and Sequencing Algorithms.- 2.3 Summary and Conclusion.- 3 An Integrative Solution Approach.- 4 Phase I: Bottleneck Planning.- 4.1 Lot-sizing and Scheduling on Parallel Machines.- 4.2 Literature Review.- 4.3 Standard Models with Extensions.- 4.4 Solution Approach.- 4.5 Computational Results.- 4.6 Summary.- 5 Phase II: Schedule Roll-Out.- 5.1 Premises and Scope.- 5.2 Scheduling Non-Bottleneck Production Stages.- 5.3 Two Remarks on the Resulting Schedule.- 5.4 Summary.- 6 Phase III: Product-to-Slot Assignment.- 6.1 Goal Trade-Off.- 6.2 Genetic Algorithms.- 6.3 Solution Procedure: Two Nested Genetic Algorithms.- 6.4 Computational Results.- 6.5 Summary.- 7 An Illustrative Example.- 7.1 Data of the Example.- 7.2 Solution after Phase I.- 7.3 Solution after Phase II.- 7.4 Solution after Phase III.- 8 An Application in the Semiconductor Industry.- 8.1 Semiconductor Process Flow.- 8.2 Problem Specifics and Dimensions.- 8.3 Modeling Assumptions.- 8.4 Short-Term Production Planning.- 8.5 Medium-Term Capacity Planning.- 9 Summary and Conclusions.- List of Abbreviations.- List of Symbols.- References.