Study on Dynamic Fuzzy Classification of Design Proposal Based on Design Style

Zhu Gao; Xiao Min Ji

doi:10.4028/www.scientific.net/AMR.136.207

Paper Titles

Investigation of the Drawing Process of a Square Rod from a Round Bar by Using 3-D Finite Element Analysis
p.184

Finite Element Numerical Simulation of EDM Surface Strengthening in Gas Medium of Stainless Steel 1Cr13
p.189

The Application and Development of Microbubble Column Flotation Technology in China
p.194

Effects of Isothermal Process Parameters on the Microstructure of Semisolid Alsi7mg Alloy Produced by EPM
p.202

Study on Dynamic Fuzzy Classification of Design Proposal Based on Design Style
p.207

Analytical Study on Kinetic Characteristic of the Shell of Air-Powered Diving Pump
p.212

Study on Variant Design and Improving Technology of Complex Mechanical Products Based on Knowledge Reuse
p.216

Study of Modeling and Distortion Predicting for Multi-Frame Components
p.221

The Development of Fault Diagnosis System of Reciprocating Compressor Based on LabVIEW
p.227

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 136Study on Dynamic Fuzzy Classification of Design...

Study on Dynamic Fuzzy Classification of Design Proposal Based on Design Style

Abstract:

Based on the common background of product prototype form, Under the support of the shape split library and product design libraries and library, this paper proposes the product customization parameters, and the refinement method of design between designers and clients, builds the shape split libaray based on eigenvalue of Mathematical model of shape prototype, discussed the dynamic fuzzy classification method based on graphic-based design to determine the shape innovative design process. It will give a basis for the development of CAID system combining the parameterization form design with personalization.