Algorithms and Software for Decision Support in Design of Assembly and Transfer Lines

Abstract : An overview of existing problems and methods for the design of assembly and transfer lines is given. A new workforce assignment problem for a paced multi-product assembly line with a goal of minimizing the number of workers is studied. Various precedence relations between operations and functions of operation processing times dependent on the number of workers areconsidered. A new problem of multi-objective optimization for a single product transfer line is solved. Several exact and heuristic methods and their computer implementations for both problems are developed by the author. An application of developed approaches to solving a real production problem relevant to the European project amePLM is demonstrated.
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Sergey Malyutin. Algorithms and Software for Decision Support in Design of Assembly and Transfer Lines. Other. Université de Lyon, 2016. English. ⟨NNT : 2016LYSEM020⟩. ⟨tel-01665129⟩

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