A fuzzy set theoretic approach for the multigoal plant layout planning

  • 발행 : 1996.06.01

초록

This paper presents a fuzzy set theory based formulation and heuristic which will allow plant layout problems to be solved for more than two input goals with different weights. The heuristic combines a construction and improvement procedure to generate a good layout from the formulation. To test the effectiveness of the heuristic, a set of examples previously used by various authors is solved and the results are compared to those from other known heuristics. The comparison indicates that the proposed method performs well for each of seventeen classical test problems.

키워드

참고문헌

  1. Management Science v.9 A Heuristic Algorithm and Simulation Approach to Relative Location of Facilities Armour,G.C.;Buffa,E.S.
  2. Naval Research Logistics Quarerly v.25 Numerical Investigations on Quadratic Assignment Problems Burkard,R.E.;Stratmann,K.H.
  3. Location and Layout Planning: An International Bibliography Domschke,W.;Drexl,A.
  4. International Journal of Production Research v.20 A Multi-goal Heuristic for Facilities Design Problems: MUGHAL Dutta,K.N.;Sahu,S.
  5. International Journal of Production Research v.21 A Note on Multi-goal Heuristic for Facilities Design Problems: MUGHAL Dutta,K.N.;Sahu,S.
  6. International Journal of Production Research v.25 A Layout Design Heuristic Employing the Theory of Fuzzy Sets Evans,G.W.;Wilhelm,M.R.;Karwowski,W.
  7. Facilities Layout and Location Francis,R.L.;White,J.A.
  8. International Journal of Production Research v.23 Multiple Criteria Approach to the Facilities Layout Problem Fortenberry,J.C.;Cox,J.F.
  9. Production and Operations Management Gavett,J.W.
  10. International Journal of Production Research v.27 A Heuristic Algorithm for the Quadratic Assignment Formulation to the Plant Layout Problem Golany,B.;Rosenblatt,M.J.
  11. International Journal of Production Research v.25 On One Possible Fuzzy Approach to Facilities Layout Problems Golany,J.
  12. International Journal of Production Research v.26 The Linguistic Pattern Method for a Workstation Layout Analysis Golany,J.
  13. International Journal of Production Research v.30 A Multi-factor Plant Layout Methodology Harmonosky,C.M.;Tothero,G.K.
  14. Management Science v.13 Quadratic Assignment Problem Algorithm and the Location of Indivisible Facilities Hiller,H.S.;Connors,M.M.
  15. International Journal of Production Research v.24 Fuzzy Concepts in Production Management Research: A Review Karwowski,W.;Evans,G.W.
  16. European Journal of Operational Research v.29 The Facility Layout Problem Kusiak,A.;Heragu,S.S.
  17. Systematic Layout Planning Muther,R.
  18. Operations Research v.16 An Experimental Comparison of Techniques for the Assignment of Facilities to Locations Nugent,C.E.;Vollman,T.E.;Rumal,J.
  19. International Journal of Production Research v.31 The 'Linguistic Pattern' Approach for Multiple Criteria Facility Layout Problems Raoot,A.D.;Rakshit,A.
  20. International Journal of Production Research v.32 A 'Fuzzy' Heuristic for the Quadratic Assignment Formulation to the Facility Layout Problem Raoot,A.D.;Rakshit,A.
  21. International Journal of Production Research v.17 The Facilities Layout Problem: A Multi-goal Approach Rosenblatt,M.J.
  22. International Journal of Production Research v.21 A Note on Multi-goal Heuristic for Facilities Design Problems: MUGHAL Rosenblatt,M.J.
  23. Material Flow v.3 A Discrete Efficient Frontier Approach to the Plant Layout Problem Rosenblatt,M.J.;Sinuany-Stern,Z.
  24. Facilities Planning Tomkins,J.A.;White,J.A.
  25. International Journal of Production Research v.25 A Multiple Criteria Model for the Facilities Layout Problem Urban,T.L.
  26. Directions in large-scale systems The Liguistic Approach and Its Applications to Descision Analysis Zadeh,L.A.;Y.C.Ho(ed.);S.K.Miler(ed.)
  27. International Journal of Man-Machine Studies v.10 PRUF-A Meaning Representation Language for Natural Languages Zadeh,L.A.
  28. Quantitative Models for Production Management Zimmermann,H.J.;Sovereign,M.G.