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  1. The International Journal of Advanced Manufacturing Technology
  2. The International Journal of Advanced Manufacturing Technology : Volume 31
  3. The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 11-12, February 2007
  4. Optimization of multi-response processes using the VIKOR method
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The International Journal of Advanced Manufacturing Technology : Volume 91
The International Journal of Advanced Manufacturing Technology : Volume 90
The International Journal of Advanced Manufacturing Technology : Volume 89
The International Journal of Advanced Manufacturing Technology : Volume 88
The International Journal of Advanced Manufacturing Technology : Volume 87
The International Journal of Advanced Manufacturing Technology : Volume 86
The International Journal of Advanced Manufacturing Technology : Volume 85
The International Journal of Advanced Manufacturing Technology : Volume 84
The International Journal of Advanced Manufacturing Technology : Volume 83
The International Journal of Advanced Manufacturing Technology : Volume 82
The International Journal of Advanced Manufacturing Technology : Volume 81
The International Journal of Advanced Manufacturing Technology : Volume 80
The International Journal of Advanced Manufacturing Technology : Volume 79
The International Journal of Advanced Manufacturing Technology : Volume 78
The International Journal of Advanced Manufacturing Technology : Volume 77
The International Journal of Advanced Manufacturing Technology : Volume 76
The International Journal of Advanced Manufacturing Technology : Volume 75
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The International Journal of Advanced Manufacturing Technology : Volume 71
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The International Journal of Advanced Manufacturing Technology : Volume 69
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The International Journal of Advanced Manufacturing Technology : Volume 65
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The International Journal of Advanced Manufacturing Technology : Volume 61
The International Journal of Advanced Manufacturing Technology : Volume 60
The International Journal of Advanced Manufacturing Technology : Volume 59
The International Journal of Advanced Manufacturing Technology : Volume 58
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The International Journal of Advanced Manufacturing Technology : Volume 55
The International Journal of Advanced Manufacturing Technology : Volume 54
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The International Journal of Advanced Manufacturing Technology : Volume 50
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The International Journal of Advanced Manufacturing Technology : Volume 48
The International Journal of Advanced Manufacturing Technology : Volume 47
The International Journal of Advanced Manufacturing Technology : Volume 46
The International Journal of Advanced Manufacturing Technology : Volume 45
The International Journal of Advanced Manufacturing Technology : Volume 44
The International Journal of Advanced Manufacturing Technology : Volume 43
The International Journal of Advanced Manufacturing Technology : Volume 42
The International Journal of Advanced Manufacturing Technology : Volume 41
The International Journal of Advanced Manufacturing Technology : Volume 40
The International Journal of Advanced Manufacturing Technology : Volume 39
The International Journal of Advanced Manufacturing Technology : Volume 38
The International Journal of Advanced Manufacturing Technology : Volume 37
The International Journal of Advanced Manufacturing Technology : Volume 36
The International Journal of Advanced Manufacturing Technology : Volume 35
The International Journal of Advanced Manufacturing Technology : Volume 34
The International Journal of Advanced Manufacturing Technology : Volume 33
The International Journal of Advanced Manufacturing Technology : Volume 32
The International Journal of Advanced Manufacturing Technology : Volume 31
The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 11-12, February 2007
Optimization of multi-response processes using the VIKOR method
The feature-based posterior crown design in a dental CAD/CAM system
Computational approach to contact fatigue damage initiation analysis of gear teeth flanks
Effect of friction welding parameters on mechanical and metallurgical properties of ferritic stainless steel
Development of a welding residual stress predictor using a function-replacing hybrid system
Virtual plastic injection molding based on virtual reality technique
Ultra-precision lapping of machinable ceramic Si3N4-BN by in-process electrolytic dressing
A systematic data integration technique for mold-surface polishing processes planning
A genetic algorithm approach to machine flexibility problems in an ion plating cell
Investigation of the effect of electrochemical polishing on EDM surfaces
Ring wear monitoring in IC engines: an acoustic emission approach
A hybrid regulation system by evolving CBR with GA for a twin laser measuring system
Adaptive sampling interval cause-selecting control charts
A laser sensor with multiple detectors for freeform surface digitization
Precise bi-arc curve fitting algorithm for machining an aspheric surface
Overall strategy for fabric folding machine system control : Part I: dynamics modeling and controller design
Performance index of a stochastic-flow network with node failure under the budget constraint
Collaborative design for an assembly via the Internet
Reliability and sensitivity analysis of a repairable system with warm standbys and R unreliable service stations
Parallel genetic algorithms for product configuration management on PC cluster systems
On the comparison of model-based and modeless robotic calibration based on a fuzzy interpolation method
A decision support model based on a reference point method for end-of-life electronic product management
The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 9-10, January 2007
The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 7-8, January 2007
The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 5-6, December 2006
The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 3-4, November 2006
The International Journal of Advanced Manufacturing Technology : Volume 31, Issue 1-2, November 2006
The International Journal of Advanced Manufacturing Technology : Volume 30
The International Journal of Advanced Manufacturing Technology : Volume 29
The International Journal of Advanced Manufacturing Technology : Volume 28
The International Journal of Advanced Manufacturing Technology : Volume 27
The International Journal of Advanced Manufacturing Technology : Volume 26
The International Journal of Advanced Manufacturing Technology : Volume 25
The International Journal of Advanced Manufacturing Technology : Volume 24
The International Journal of Advanced Manufacturing Technology : Volume 23
The International Journal of Advanced Manufacturing Technology : Volume 22
The International Journal of Advanced Manufacturing Technology : Volume 21
The International Journal of Advanced Manufacturing Technology : Volume 20
The International Journal of Advanced Manufacturing Technology : Volume 19
The International Journal of Advanced Manufacturing Technology : Volume 18
The International Journal of Advanced Manufacturing Technology : Volume 17
The International Journal of Advanced Manufacturing Technology : Volume 16
The International Journal of Advanced Manufacturing Technology : Volume 15
The International Journal of Advanced Manufacturing Technology : Volume 14
The International Journal of Advanced Manufacturing Technology : Volume 13

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Optimization of multi-response processes using the VIKOR method

Content Provider Springer Nature Link
Author Tong, Lee Ing Chen, Chi Chan Wang, Chung Ho
Copyright Year 2006
Abstract Design of experiments and Taguchi methods are extensively adopted as off-line quality improvement techniques in industry. However, these methods were developed to optimize single-response processes. In many situations, multiple responses must be optimized simultaneously, since some product designs, especially in the integrated circuit industry, are becoming increasingly complex to meet customers’ demands. Although several procedures for optimizing multi-response processes have been developed in recent years, the associated quality measurement indices do not consider variations in the relative quality losses of multiple responses. These procedures may therefore result in an optimization in which quality losses associated with a few responses are very small but those associated with others are very large, even if the overall average quality loss is small. Such an optimization with a large variation of quality losses among the responses is usually unacceptable to engineers. Accordingly, this study employs the VIKOR method, which is a compromise ranking method used for multicriteria decision making (MCDM), to optimize the multi-response process. The proposed method considers both the mean and the variation of quality losses associated with several multiple responses, and ensures a small variation in quality losses among the responses, along with a small overall average loss. Two case studies of plasma-enhanced chemical vapor deposition and copper chemical mechanical polishing demonstrate the effectiveness of the proposed method.
Starting Page 1049
Ending Page 1057
Page Count 9
File Format PDF
ISSN 02683768
Journal The International Journal of Advanced Manufacturing Technology
Volume Number 31
Issue Number 11-12
e-ISSN 14333015
Language English
Publisher Springer-Verlag
Publisher Date 2006-02-18
Publisher Place London
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Multi-response process Multicriteria decision making VIKOR method Taguchi method Quality loss Optimization Computer-Aided Engineering (CAD, CAE) and Design Mechanical Engineering Production/Logistics Industrial and Production Engineering
Content Type Text
Resource Type Article
Subject Industrial and Manufacturing Engineering Control and Systems Engineering Mechanical Engineering Computer Science Applications Software
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