A study on machine-cell formation in cellular manufacturing based on fuzzy set

퍼지집합에 기초한 셀 생산방식에서의 머신-셀 구성에 관한 연구

  • Published : 1997.06.01

Abstract

In this paper, a fuzzy set based machine-cell formation algorithm for cellular manufacturing is presented. The fuzzy logic is emoloyed to express the degree of appropriateness when alternative machines are specified to process a part shape. For machine grouping, the similarity coefficient based approach is used. The algorithm produces efficient machine cells and part families which maximize the similarity values.

Keywords

References

  1. Department of Industrial Engineeing Intelligent reasoning for process planning H.P. Wang
  2. Computer-Aided Process Planning H.P. Wang;J.K. Li
  3. Proceedings of the 10th NAMRE Conference A group scheduling algorithm for job shops that utilize group technology manufacturing concept R.M. Sundaram
  4. Computer Applications in Production and Engineering Come Scheduling algorithms for group technology manufacturing system R.M. Sundaram
  5. Proceedings of the 10th Annual Conference on Computers and Industrial Engineering v.15 Cell scheduling-system design R.M. Sundaram
  6. Proceedings of the 14th Annual Conference Industrial Engineering v.23 Formation of pce on computers and art famlies to design cells with alternative routing considerations R.M. Sundaram;K. Doshi
  7. Computers and Industrial Engineerings v.15 Process planning and scheduling-a method of integration for productivity improvement R.M. Sundaram;S.S. Fu
  8. 16th Nirth American Manufacturing Research Conference(NAMAC) Proceedings, Society of Manufacturing Engineers Fuzzy cluster analysis and fuzzy pattern recognition methods for formation of part famlies J. Li;Z. Ding;w. Lei
  9. IIE Transactions v.19 Application of the Simlarity coefficient method in group technology H. Seifoddini;P.M. Wolfe
  10. The Procduction Engineer v.51 Machine grouping for efficient production J. McAuley
  11. Computers and Industrial Engineering v.22 An efficient algorithm for solving the machine chaining problem in cellular manufacturing W.S. Chow;O. Hawaleshka
  12. Proceedings of the 15th Conference on Computers and Industrial Engineering A survey of design ,ethods for manufacturing cells A.K. Kamrani;H.R. Parsaei
  13. Operations Research v.52 Problem decomposition and data reorganization by a cvlustering technique W.T. McCorMck;P.J. Schweitzer;T.W. White
  14. Design, Analysis, and Control of Manufacturing Cells, ASME, PED v.53 Group technology: analysis of selected models and algorithms A. Kusiak;C. Cheng
  15. Design, Analysis, and Control of Manufacturing Cells, ASME, PED v.53 Fuzzy set-based procedures for machine cell formation S. Lee;C. Zhang;H.P. Wang
  16. International Jounal of Production Research v.27 Commonality analysis: A linear cell clustering algorithm for group technology problem J.C. Wei;G.M. Kern