Papers by nesrine darragi
Dependency Graph for Requirements Structuring based on Guidance Ontology
Today product development activities are becoming more and more agile, adaptable, and cost-effect... more Today product development activities are becoming more and more agile, adaptable, and cost-effective. Multi-agent-based system technology has found wide applications in managing company’s information. This paper applies Multi-mobile-agent technology in developing a collaborative architecture for product lifecycle. By adopting the Aglets mobile agent platform, a generic platform has been developed for managing legacy product data and information across the product lifecycle. Different lifecycle stage product data and information and their interaction and administration are encapsulated, represented and operated with different agents. The system aims to integrate mobile agents into different locations so as to fully utilize the product lifecycle information, and make the product lifecycle decision satisfying the global target of the company. The architecture and the working principle, framework and implementation of the system are addressed in detail. The model of the mobile agents in...
Dependency Graph for Requirements Structuring based on Guidance Ontology
Today product development activities are becoming more and more agile, adaptable, and cost-effect... more Today product development activities are becoming more and more agile, adaptable, and cost-effective. Multi-agent-based system technology has found wide applications in managing company's information. This paper applies Multi-mobile-agent technology in developing a collaborative architecture for product lifecycle. By adopting the Aglets mobile agent platform, a generic platform has been developed for managing legacy product data and information across the product lifecycle. Different lifecycle stage product data and information and their interaction and administration are encapsulated, represented and operated with different agents. The system aims to integrate mobile agents into different locations so as to fully utilize the product lifecycle information, and make the product lifecycle decision satisfying the global target of the company. The architecture and the working principle, framework and implementation of the system are addressed in detail. The model of the mobile agents in the system and the technique to realize them are also illustrated with a real case example. The contribution of this paper is to develop a generic architecture for product lifecycle based on the multiple mobile agent technology, adopt the Aglets mobile agent platform to develop a series of Aglet templates to encapsulate and manage the different legacy product data and production information and integrate them into the product lifecycle context. It cannot only simulate real product lifecycle activities from design to recycling but also provide an environment for managing lifecycle product information.
Tropos For Embedded Real-time Control System Modeling and Simulation
Simulation is the imitation of a system or a process in order to manage the complexity of simulat... more Simulation is the imitation of a system or a process in order to manage the complexity of simulated system or to optimize its performance. This paper presents a agent-based strategy of modeling and simulation.We introduce some modelling methodologies in order to determine the most adequate technique to deal with embedded control systems. We also introduce the Tropos and Agentology methodologies by describing used concepts and how they are integrated with the current stages of Tropos and Multi-agent System methodology. The above is illustrated using an embedded real-time control system as a case study.
Today product development activities are becoming more and more agile, adaptable, and cost-effect... more Today product development activities are becoming more and more agile, adaptable, and cost-effective. Multi-agent-based system technology has found wide applications in managing company’s information. This paper applies Multi-mobile-agent technology in developing a collaborative architecture for product lifecycle. By adopting the Aglets mobile agent platform, a generic platform has been developed for managing legacy product data and information across the product lifecycle. Different lifecycle stage product data and information and their interaction and administration are encapsulated, represented and operated with different agents. The system aims to integrate mobile agents into different locations so as to fully utilize the product lifecycle information, and make the product lifecycle decision satisfying the global target of the company. The architecture and the working principle, framework and implementation of the system are addressed in detail. The model of the mobile agents in...
Today product development activities are becoming more and more agile, adaptable, and cost-effect... more Today product development activities are becoming more and more agile, adaptable, and cost-effective. Multi-agent-based system technology has found wide applications in managing company's information. This paper applies Multi-mobile-agent technology in developing a collaborative architecture for product lifecycle. By adopting the Aglets mobile agent platform, a generic platform has been developed for managing legacy product data and information across the product lifecycle. Different lifecycle stage product data and information and their interaction and administration are encapsulated, represented and operated with different agents. The system aims to integrate mobile agents into different locations so as to fully utilize the product lifecycle information, and make the product lifecycle decision satisfying the global target of the company. The architecture and the working principle, framework and implementation of the system are addressed in detail. The model of the mobile agents in the system and the technique to realize them are also illustrated with a real case example. The contribution of this paper is to develop a generic architecture for product lifecycle based on the multiple mobile agent technology, adopt the Aglets mobile agent platform to develop a series of Aglet templates to encapsulate and manage the different legacy product data and production information and integrate them into the product lifecycle context. It cannot only simulate real product lifecycle activities from design to recycling but also provide an environment for managing lifecycle product information.
Tropos For Embedded Real-time Control System Modeling and Simulation
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Papers by nesrine darragi