Integrated Fuzzy Analysis and Group Decision Making Method for Collaborative Product Development

Hao Bo Qiu; Chao Yong Zhang; Ping Jiang; Xin Yu Shao

doi:10.4028/www.scientific.net/AMR.44-46.267

Paper Titles

An Aircraft Tooling Cooperative Design Model Based on Neuron-Endocrine-Immunity Working Principle
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Research on Workflow Modeling Methods for Collaborative Product Development
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Research on Tolerance Analysis System Based on 3D Collaborative Design Platform
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The Parameter Selection System of Vehicle Overall Design Based on Cooperation and Specialty
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Integrated Fuzzy Analysis and Group Decision Making Method for Collaborative Product Development
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Dynamic Reliability Sensitivity Analysis of Torsion Bar
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All Set Theory in the Fuzzy-Random Heat Conduction Structure
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Research on the Rollover Safety of Fuel Cell Bus
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Destroy Probability of Ship Defensive Structure Subjected to Underwater Contact Explosions
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 44-46Integrated Fuzzy Analysis and Group Decision...

Integrated Fuzzy Analysis and Group Decision Making Method for Collaborative Product Development

Abstract:

Group decision-making is one of the most important issues in product development. In order to tackle the vague and sometimes conflicting decision data, this paper presents a new approach based on fuzzy similarity and fuzzy compromise to deal with the fuzzy nature of group decisions. In the proposed method, a modified fuzzy Analytical Hierarchy Process method is used to get the criterion weights, a novel consensus aggregation algorithm is given to obtain the conflict-free results, and an improved compromise decision means is utilized to calculate the utilities of alternatives. Finally an integrated product development solution evaluation process is illustrated as a numerical example, and the corresponding software package is also developed.