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.

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

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OUTLINE
PLM SYSTEMS
INFORMATION CONTENT
PROPOSED WORK: PROCESS PLANE
EXPLANATION OF PROCESS PLANE
EXAMPLE: RFLP STRUCTURE
ADVANTAGE
CONCLUSION & FUTURE WORK

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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

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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
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6. Analysis Process
Effect process
Optimization Process
PROPOSED WORK: PROCESS PLANE
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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
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8. Defines influence of
different engineering
objects on the given
engineering object.
Corresponding
changes should be
made to avoid failure
of system
EFFECT PROCESS
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9. Define as process which
provide best possible
value of data according
to the type of products
Local Optima
Global Optima
OPTIMISATION PROCESS
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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
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11. PROCESS PLANE IN RFLP
STRUCTURE
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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
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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.

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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

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Thank You
9/5/2016