Research on PLM System Interoperability with a Feature-Object-Based Approach

Yong Sheng Ma

doi:10.4028/www.scientific.net/AMR.44-46.373

Paper Titles

ExProMod, a Product Development Support Tool
p.345

Rapid Prototyping of Constraint-Based Production Flows in Outsourcing
p.355

Manufacture of Fine AL₂O₃Granules as Catalyst Carrier by an Extrusion/Spheronization Method
p.361

Determination of the Maintenance Tasks for Aircraft Structural Significant Items Based on CBR Method
p.367

Research on PLM System Interoperability with a Feature-Object-Based Approach
p.373

Methodology to Support a Collaborative DFX Process with Integration of PDM and Expert System Tools
p.381

A New Up-and-Down Estimate Method for Sensitivity Test
p.389

Study and Application of Driving Cycle for City Bus
p.395

Optimization Analysis for Fuel Cell Bus Body Structure in Multi-Load Cases
p.401

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 44-46Research on PLM System Interoperability with a...

Research on PLM System Interoperability with a Feature-Object-Based Approach

Abstract:

Interoperability can be described as the interpretability of data types and related information by different computer systems. Standards for data format and communication protocols have been developed and adopted by different industries. So far, interoperability has only been investigated at the data level. This paper addresses a research approach proposing a system design and a set of generic methods so that to embed engineering knowledge and to achieve interoperability at the feature level in an open collaborative engineering environment. Ideally, the proposed new approach would allow knowledge rules to be embedded into the constraints of features supported by the complex associations of a multi-application engineering repository. Potentially, the system proposed offers user-defined feature types that support flexibility in feature-based information definition, sharing and mapping.