Research on Ontology-Based Knowledge Acquisition and Reuse for Fixture Design

L. Wang; Guo Fu Yin; L. Xu

doi:10.4028/www.scientific.net/KEM.392-394.177

Paper Titles

Research on Dynamic Performance of Milling System for Parallel Indexing Cam Contour Milling
p.156

CAD Application on Manufacture of Forming Shoulder for Packaging Machines
p.161

Research on Electrode Wear Prediction and Compensation On-Line Technology for Micro EDM Application
p.166

Study on Preparation and Properties of Environment-Friendly Cutting Fluid
p.172

Research on Ontology-Based Knowledge Acquisition and Reuse for Fixture Design
p.177

Simulation Research on Effect of Diametral Clearance of Spool Valve to Valve Orifice Discharge Characteristic
p.184

Fundamental Experiment of Laminated Templates Electro-Deposition in Manufacturing Metal Part
p.189

Study on the Key Techniques of Remote Monitoring System for Large-Scale Equipments
p.195

Research on Manipulator Positioning Based on Stereo Vision in Virtual Environment
p.200

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Research on Ontology-Based Knowledge Acquisition and Reuse for Fixture Design

Abstract:

Management of fixture design knowledge is vital for improving product quality and reducing product lead time, but there is no efficient and effective mechanism in current computer-aided fixture design systems to integrate fixture design process, to share design resource as well as acquisition and reuse knowledge. Ontology is increasingly seen as a key technology for enabling semantics-driven knowledge processing. On the background of a architecture of fixture design system based on knowledge introduced in the paper, we presented and expatiated a fixture design knowledge acquisition and reuse technology based on ontology, which embeds ontology in current computer-aided fixture design based on knowledge. Finally, the related case study was given.