Structured organization of Engineering Objects in the information content of PLM system

Bathla, Yatish

doi:10.1109/saci.2016.7507424

Cited by 6 publications

(5 citation statements)

References 9 publications

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“…To explain the proposed concepts in the system behavior, let us consider a car as an example. According to the community concepts [17], a car system is the combination of various communities where the Electrical supply system is one of the community. It consists of components like battery, starter, alternator, heater, fan, distributor, etc.…”

Section: Demonstration Of Info-chunk Objects In the Rflp Structurementioning

confidence: 99%

“…Therefore, Information Content (IC) [1] assists in effective communication between engineers of different disciplines and information-oriented product modeling procedures. Community zones [17] are used in the IC to organize the product model entities and their relationship. Further, behaviors of the modeled entities are evaluated in the information content by the process plane [13].…”

Section: Introductionmentioning

confidence: 99%

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Info-Chunk Objects as New Behavior Representation for System-based Model of Product

2019

APH

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Requirement Functional Logical Physical (RFLP) structure has emerged as one of the prominent approaches for modeling the multidisciplinary products. Information Content (IC) provides effective interaction between the human and multidisciplinary product model. Though it controls the RFLP level by the Multilevel Abstraction based Self-Adaptive Definition (MAAD) structure, it needs to be further enhanced in terms of Human-Computer Interaction (HCI), multidisciplinary product behavior representation and structured processing of interrelated engineering objects to obtain coordinated decisions. Therefore, this paper introduces the Object-Oriented Principle (OOP) concepts in the IC for behaviors representation of the multidisciplinary product where Info-Chunk is considered as an object. Here, Behavior Info-Chunk (BiC) and Context Info-Chunk (CxiC) objects are proposed in the MAAD structure to model the behavior of the multidisciplinary product. Further, the concepts of Info-Chunk objects are extended to Intelligent Property (IP) that uses Initiative Behavior Context and Action (IBCA) structure to handle the RFLP structure. Based on the communication between the MAAD and RFLP structure, an API (Application Programming Interface) called "InfoChunkLib" is proposed. It can generate the graphs to represent the behaviors of a multidisciplinary product model. The API is handled by the information content to represent the behavior information and store the results in a database.

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Section: Demonstration Of Info-chunk Objects In the Rflp Structurementioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Info-Chunk Objects as New Behavior Representation for System-based Model of Product

2019

APH

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“…To extract the information of a behavior, the community diagram [4] is generated based on the type of Info-Chunk and connection. There are four possible types of community diagrams generated for the behavior content as shown in Fig.…”

Section: Conceptual Models Of Information Contentmentioning

confidence: 99%

Conceptual Models of Information Content for Product Modeling

2014

APH

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“…Indeed, Information Content (IC) [9] handles the multidisciplinary product model indirectly to record and apply the content of modeled information efficiently [10], which further drives the RFLP level by the Multilevel Abstraction based self Adaptive Definition (MAAD) structure [4]. However, there is a need for Information Content based Web application to represent and store the behavior modeled data [11] from the Process plane [14] and Community Zone information [15] of a multidisciplinary product model. As a solution, this research work proposes a Content Web Server that consists:…”

Section: Introductionmentioning

confidence: 99%

“…In the Engineering objectives layer, the Process plane [14] is used to store the processes performed on a multidisciplinary product model. Also, Community zones [15] are used by the IC to organize the complex product model entities and their relationship as shown in Fig. 2.…”

Section: Introductionmentioning

confidence: 99%

A Web Server to Store the Modeled Behavior Data and Zone Information of the Multidisciplinary Product Model in the CAD Systems

Bathla

Szénási

2020

IJCAI

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This work focuses on Human Computer Interaction (HCI) for multidisciplinary product modeling. Requirement Functional Logical Physical (RFLP) structure has emerged as one of the prominent approaches for modeling the multidisciplinary products. To simplify the HCI of an RFLP structured product model, Information Content (IC) provides effective communication and interaction. It controls the RFLP level by the Multilevel Abstraction based Self-Adaptive Definition (MAAD) structure. However, it needs an application to represent the modeled behavior data and zone information of a multidisciplinary product model. Further, the IC application requires an interface to interact with the Computer-Aided Design (CAD) based multidisciplinary product model application and exchange the information between the database of the servers. As per the knowledge of authors, no work has been done yet on the HCI of the IC. Therefore, this paper proposes a Content Web server, which is used to store the modeled behavior data and zone information of the multidisciplinary product model and represented by the IC web application. Then, the Content database is created to store the Layer Info-Chunk (LiC) entities' information of the multidisciplinary product model. Finally, communication between the Content Server and the CAD server is done to represent the IC application interface in the multidisciplinary product application. The Apache Tomcat server, PostgreSQL database, and RESTful web service are used to explain the operations.Povzetek: Pristop HCI temelji na izkoriščanju prednostičloveških možganov in računalniške umetne inteligence. Na ta način so avtorji prispevka izboljšali multidisciplinarno modeliranje oblektov.

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Structured organization of Engineering Objects in the information content of PLM system

Cited by 6 publications

References 9 publications

Info-Chunk Objects as New Behavior Representation for System-based Model of Product

Info-Chunk Objects as New Behavior Representation for System-based Model of Product

Conceptual Models of Information Content for Product Modeling

A Web Server to Store the Modeled Behavior Data and Zone Information of the Multidisciplinary Product Model in the CAD Systems

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