원문정보
초록
영어
Due to the multi-objective process of complex product scheme design, the multi-objective design optimization method of product scheme design is studied, an improved decision-making method of multi-objective extension design based on the extension theory is put forward, and a decision-making method of multi-objective extension design model based on the extensible relational degree is presented. By using the method and the model, the characteristic indexes are processed integrated, the computation model of extension degree of association is founded to process the uncertainty design information, and the decision design is achieved based on the optimum degree of the multi-objective design scheme. Finally, a case is provided to prove its feasibility.
목차
1. Introduction
2. The Fundamental Concepts of Multi-objective Extension Design Optimization
2.1. Matter-element Model and the Relational Function
2.2. The Classical Field Matter-element Model and the Segment Field Matter-Element Model
3. An Decision-making Model of Multi-objective Extension Design in Product Scheme and Its Algorithm
3.1. Fuzzy Matter-element Model of the Preferred Scheme
3.2. The Standard Process of Optimum Indexes
3.3. The Construction of Extension Preferred Relational Function
3.4. The Extension Preferred Model of Multi-objective Design and its Algorithm
4. Case Application
5. Conclusion
References