Titlebook: Cell Formation in Industrial Engineering; Theory, Algorithms a Boris Goldengorin,Dmitry Krushinsky,Panos M. Parda Book 2013 Springer Scienc

外面

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Multiobjective Nature of Cell Formation,or cell formation, including maximisation of intracell movement, minimisation of cross-training costs and minimisation of set-up times. The viable ways of combining several objectives in one formulation are briefly discussed.

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Summary and Conclusions,ing cells such that the principles of group technology are implemented. Despite its long history and hundreds of published papers, very few attempts of solving the problem to optimality are known. At the same time, in today’s highly competitive environment, any noticeable improvement in performance

前兆

Cell Formation in Industrial Engineering978-1-4614-8002-0Series ISSN 1931-6828 Series E-ISSN 1931-6836

Ointment

Sverdrup Flow and Boundary Currentslar layout together with its advantages and drawbacks, and an overview of the solution approaches. The notions of dissimilarity and performance measures are also considered in this chapter. Furthermore, the outline of the book is provided at the end of this chapter.

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Julian P. McCreary,Satish R. Shetyehe exact model is equivalent to the minimum multicut problem defined on an appropriate graph. Two MILP formulations are proposed and their performance is analysed using instances from the literature and an industrial case. Several types of realistic constraints are also considered and introduced into the model.

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https://doi.org/10.1007/978-1-4614-8002-0algorithms cell formation; cell formation theory; manufacturing systems; models group technology