Korean Journal of Computational Design and Engineering (한국CDE학회논문집)

Society for Computational Design and Engineering (한국CDE학회)
권호 표지

A Semantic Network Approach to PPO (Products, Processes, Organizations/Resources) Modeling for PDM Systems

  • Published : 1999.09.01
Download PDF
⟨ Previous Next ⟩

Abstract

The modeling method to support product development processes (PDP) must have certain characteristics including the ability to represent multiple viewpoints of the product development and integrate with currently available analysis and design methods based on CE concept. This paper describes the reference model to support multiple viewpoints (PPO: Products, Processes, and Organizations/Resources viewpoints) of the product development processes, from which each model (Products model, Processes model, and Organizations/Resources model) can be extracted, as well as produces PPO data schema. This reference model has associative relationships among the products, processes, and organizations/resources. To allow the extensibility to support design evolution, we propose structured dat representation methods using semantic network, which can be constructed through first-order logic. The product development processes is so represented by specifying entities and semantic relationships among them hat he appropriate information can be accessed and all of the relevant attributes about the entities can be retrieved simultaneously.

Keywords

References

  1. Concurrent Engineering Fundamen-tals Biren Prasad
  2. Concurrent Engineering Bullinger H.J.;J. Warschat
  3. Doctoral Disser-tation, The Univ. of Texas at Arlington A Representation Method Support Enterprise Engineering Adrien R. Presley
  4. IEEE Transactions on Knowledge and Data Engineering v.8 no.5 A Framework for Product Data Alison McKay, M.(et al.)
  5. 4th IFAC Work-shop on Intelligent Manufacturing Systems: IMS '97 Qualitative Analysis of QCD and PPO Properties for Realiza-tion of Concurrent Engineering Suh Hyo-Won;Hyoungryul Shon
  6. DICE Sigrach v.2 Red Book of Functional Specifications for the DICE Architecture
  7. Production Engineering The Competitive Edge Weck M.;Eversheim W.;Konig W.;Pfeifer T.
  8. Computer-Aided Design v.30 no.7 An object-oriented representation for product and design processes Sriram(et al)
  9. IEEE Computer v.26 no.1 Computer Support for Concurrent Engineering Reddy R.(et. al.)
  10. MOSES Project A Review of Computer Aided Simultaneous Engineering Systems Arturo Molina
  11. Symposium on Concurrent Product and Process Design Knowledge Driven Manufacturability Analysis from Feature-Based Representations Gadh R.
  12. Artificial Intelligence in Engineering CASE: Computer-aided simultaneous engineering Regh(et. al.)
  13. Journal of Design and Manufacturing v.1 Supporting Cooperation between Multiple Perspectives in a Constraint-Based Approach to Concurrent Engineering Bowen J.;Bahler D.
  14. International Journal of Computer Integrated Manufacturing v.4 no.2 An advice system for concurrent engineering OGrady P.(et al.)
  15. IDEF Family of Methods for Concurrent Engineering and Business Re-engineering Applications Richard J. Mayer(et al.)
  16. SA/BPR, 1997 System Architect
  17. Advanced Structured Analysis and Design Lawrence Peters
  18. Product Data Management: The Defini-tion CIMdata
  19. Introduc-tion to Artificial Intelligence Eugene Charniak;Drew McDermott
  20. Artificial Intelli-gence: A Modern Approach Stuart Russell;Peter Norvig
  21. Principles of Artificial Intelligence Nils J. Nilsson