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IIE Transactions Volume 16, 1984 - Issue 2
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Original Articles

An application of multiple criteria decision making principles for planning machining operations

M. Ghiassi Senior Member, IIE Decision and Information Sciences, University of Santa Clara, Santa Clara, California, 95053
,
R. E. Devor Department of Mechanical and Industrial Engineering, University of Illinois at Urbana-Champaign, lllinois, Urbana, 61801
,
M. I. Dessouky Department of Mechanical and Industrial Engineering, University of Illinois at Urbana-Champaign, lllinois, Urbana, 61801
&
B. A. Kijowski Senior Member, IIE Decision and Information Sciences, University of Santa Clara, Santa Clara, California, 95053
Pages 106-114 | Received 01 May 1981, Published online: 06 Jul 2007

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Dhish Saxena, Alessandro Rubino, João A. Duro & Ashutosh Tiwari. (2013) Identifying the redundant, and ranking the critical, constraints in practical optimization problems. Engineering Optimization 45:7, pages 787-809.
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CARLOSA. COELLO COELLO & ALAND. CHRISTIANSEN. (1999) MOSES: A MULTIOBJECTIVE OPTIMIZATION TOOL FOR ENGINEERING DESIGN. Engineering Optimization 31:3, pages 337-368.
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C. KOULAMAS. (1993) Operation sequencing and machining economics. International Journal of Production Research 31:4, pages 957-975.
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B. MALAKOOTI. (1991) An interactive on-line multi-objective optimization approach with application to metal cutting turning operation. International Journal of Production Research 29:3, pages 575-598.
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Articles from other publishers (20)

Vikas Palakonda, Jae-Mo Kang & Heechul Jung. (2023) An Effective Ensemble Framework for Many-Objective Optimization based on AdaBoost and K-means Clustering. Expert Systems with Applications, pages 120278.
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Vikas Palakonda & Jae-Mo Kang. (2023) Many-Objective Real-World Engineering Problems: A Comparative Study of State-of-the-Art Algorithms. IEEE Access 11, pages 111636-111654.
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Vinicius Renan de Carvalho, Ender Özcan & Jaime Simão Sichman. (2021) Comparative Analysis of Selection Hyper-Heuristics for Real-World Multi-Objective Optimization Problems. Applied Sciences 11:19, pages 9153.
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Amit Kumar Das, Ankit Kumar Nikum, Siva Vignesh Krishnan & Dilip Kumar Pratihar. (2020) Multi-objective Bonobo Optimizer (MOBO): an intelligent heuristic for multi-criteria optimization. Knowledge and Information Systems 62:11, pages 4407-4444.
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Vinicius Renan de Carvalho, Kate Larson, Anarosa Alves Franco Brandão & Jaime Simão Sichman. (2019) Applying Social Choice Theory to Solve Engineering Multi-objective Optimization Problems. Journal of Control, Automation and Electrical Systems 31:1, pages 119-128.
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João A. Duro & Dhish Kumar Saxena. 2017. Evolutionary Multi-Criterion Optimization. Evolutionary Multi-Criterion Optimization 191 205 .
Richard Allmendinger, Michael T. M. Emmerich, Jussi Hakanen, Yaochu Jin & Enrico Rigoni. (2017) Surrogate-assisted multicriteria optimization: Complexities, prospective solutions, and business case. Journal of Multi-Criteria Decision Analysis 24:1-2, pages 5-24.
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Po-Wen Chiu & Christina Bloebaum. (2008) Hyper-Radial Visualization (HRV) with Weighted Preferences for Multi-objective Decision Making. Hyper-Radial Visualization (HRV) with Weighted Preferences for Multi-objective Decision Making.
Uros Zuperl & Franci Cus. (2003) Optimization of cutting conditions during cutting by using neural networks. Robotics and Computer-Integrated Manufacturing 19:1-2, pages 189-199.
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Kripa Shanker & Bimal K. Modi. (1999) A branch and bound based heuristic for multi-product resource constrained scheduling problem in FMS environment. European Journal of Operational Research 113:1, pages 80-90.
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Mario Norbis & J. MacGregor Smith. (1996) An interactive decision support system for the resource Constrained Scheduling Problem. European Journal of Operational Research 94:1, pages 54-65.
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Young-Hae Lee, Hyun-Moon Shin & Byung-Hee Yang. (1996) An approach for multiple criteria simulation optimization with application to turning operation. Computers & Industrial Engineering 30:3, pages 375-386.
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Jun Wang. (1993) A neural network approach to multiple-objective cutting parameter optimization based on fuzzy preference information. Computers & Industrial Engineering 25:1-4, pages 389-392.
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Jun Wang. (1993) Multiple-objective optimisation of machining operations based on neural networks. The International Journal of Advanced Manufacturing Technology 8:4, pages 235-243.
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Bob White & Azim Houshyar. (1992) Quality and optimum parameter selection in metal cutting. Computers in Industry 20:1, pages 87-98.
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Harold P. Benson. (1991) An all-linear programming relaxation algorithm for optimizing over the efficient set. Journal of Global Optimization 1:1, pages 83-104.
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Mousa Mitwasi, Ann-Marie Connolly & Lucien Duckstein. (1989) Applying multicriteria decision making techniques for planning machining operations. Applied Mathematics and Computation 29:3, pages 197-218.
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Mario I. Norbis & J. MacGregor Smith. (1988) A multiobjective, multi-level heuristic for dynamic resource constrained scheduling problems. European Journal of Operational Research 33:1, pages 30-41.
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M.I. Dessouky, M. Ghiassi & W.J. Davis. (1986) Estimates of the minimum nondominated criterion values in multiple-criteria decision-making. Engineering Costs and Production Economics 10:2, pages 95-104.
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M.I. Dessouky, M. Ghiassi & W.J. Davis. (1986) Estimates of the minimum nondominated criterion values in multiple-criteria decision-making. Engineering Costs and Production Economics 10:1, pages 95-104.
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