Different Types of Process Involved in the Information Content Product Model
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The document discusses the various processes involved in the Product Lifecycle Management (PLM) information content model, highlighting the analysis process, effect process, and optimization process. It introduces the RFLP structure as a new method for product definition, emphasizing its ability to manage engineering objects more effectively. The conclusion suggests the need for extending theoretical insights into practical applications while exploring the integration of fuzzy concepts for decision-making.
Different Types of Process Involved in the Information Content Product Model
- 1. Different Types of Process Involved in the Information Content Product Model 1 14th IEEE International Symposium on Applied Computational Intelligent Systems and Informatics(SISY 2016) Yatish Bathla, PhD candidate Doctoral School of Applied Informatics and Applied Mathematics, Óbuda University, Budapest, Hungary
- 2. 2 OUTLINE PLM SYSTEMS INFORMATION CONTENT PROPOSED WORK: PROCESS PLANE EXPLANATION OF PROCESS PLANE EXAMPLE: RFLP STRUCTURE ADVANTAGE CONCLUSION & FUTURE WORK
- 3. 3 INTRODUCTION: PLM Product Lifecycle Management (PLM) is the business activity of managing a company’s products Increase product revenues and reduce product- related cost Number of PLM Software Products are available in the Market: CATIA, Teamcenter, VisionFlow, Accolade, Arena PLM, Centric PLM and many more
- 4. 4 PRODUCT MODEL Industries are using STEP (Standard for the Exchange of Product Model Data, ISO 10303) product model standard Product types (electronic, electromechanical, mechanical, sheet metal, fiber composites, ships, robots) covering the entire life-cycle of a product It consists of two sets of entities, called objects and connections
- 5. Purpose is to record and apply content of information that is represented in the product model space Derive an intelligent product in PLM Systems INFORMATION CONTENT 5
- 6. Analysis Process Effect process Optimization Process PROPOSED WORK: PROCESS PLANE 69/5/2016
- 7. Defines as number of analysis operation performed to an Engineering Object based on engineering objectives of a product. Active Analysis Passive Analysis ANALYSIS PROCESS 79/5/2016
- 8. Defines influence of different engineering objects on the given engineering object. Corresponding changes should be made to avoid failure of system EFFECT PROCESS 89/5/2016
- 9. Define as process which provide best possible value of data according to the type of products Local Optima Global Optima OPTIMISATION PROCESS 99/5/2016
- 10. RFLP STRUCTURE RFLP is a new product definition method which applies four levels of abstraction Completes the physical (P) level of conventional product model by requirements (R), product function definitions (F), and logical connections (L) on appropriate levels of the model Allows handling of product as a system 109/5/2016
- 11. PROCESS PLANE IN RFLP STRUCTURE 119/5/2016
- 12. ADVANTAGE Broaden the scope of Information Content Capable to store precise information according to the requirement of customer Engineer of any discipline can store and access any type of information related with product 129/5/2016
- 13. 9/5/2016 13 CONCLUSION Different types of process involved in the information content of PLM system by introducing the process plane Three types of process are proposed namely Analysis process, Effect process and Optimisation process Information can be regenerated in the representation plane such that engineer of any discipline can easily understand every aspect of product.
- 14. 9/5/2016 14 FUTURE WORK Theoretical level but should be extended to Practical Level Generic format of the optimised Information for different products Introduction of Fuzzy Concepts for the decision level