Arte - Cadre réseaux et systèmes d'information H/F. Article 1.docx. A recommender system for business process model. Petri Nets on the semantic web. Guidelines and Infrastructure. (M. Lenar, J. Sobecki) Using Recommendation to Improve Negotiations in Agent-based Systems. Using Recommendation to Improve Negotiations in Agent-based Systems Mateusz Lenar (Wroclaw University of Technology) Janusz Sobecki (Wroclaw University of Technology, Poland) Abstract: In this paper we present research works on non-intuitive and low-efficient negotiations between agents in agent based system.
Mohsen Jamali. Numerical. %E6%A5%8A%E5%96%84%E5%9C%8B%20J8. Cinquemani_micheli. Le Guide des bonnes pratiques aux réseaux sociaux de France Télévisions. An Architectural Strategy for Self-Adapting Systems. Self-adaptation is the ability of a software system to adapt to dynamic and changing operating conditions autonomously.
In this paper, we present an architectural strategy for self-adapting systems. An architectural strategy embodies architectural knowledge about a particular solution approach. The architectural strategy for self-adapting systems structures the software into a number of interacting autonomous entities (agents) that are situated in an environment. [PDF]Modeling Online Browsing and Path Analysis Using Clickstream Data. Les réseaux de Petri: une méthode innovante - Le blog de christine balague. Olivier-Maget. Petri Nets World: Online Services for the International Petri Nets Community. Selected News in the Petri Nets World April 9, 2014: PNSE'14 - International Workshop on Petri Nets and Software Engineering, Deadline Extension.
April 7, 2014: Call for Workshops, Petri Nets 2015. April 7, 2014: Call for Papers: 12th International Conference on Service Oriented Computing (ICSOC 2014). Analyse d'algorithmes et conception des structures de traitement associees exploitant les notions de graphes et de reseaux de petri applications au filtrage optimal et a la synthese de l'operateur de riccati rapide (ORR) Building observers to address fault isolation and control problems in hybrid dynamic systems. Model based approaches to diagnosis for dynamic systems have been based on continuous and discrete event models.
Systems that combine continuous and discrete behaviors, i.e., hybrid systems have been typically abstracted into discrete event models or approximated by continuous models with steep slopes so that existing algorithms can be applied for fault isolation tasks. This approach runs into problems when both discrete events and continuous behaviors provide vital diagnostic information. We propose a diagnostic methodology that uses hybrid models of the system to perform diagnosis. Download?doi=10.1.1.11. Abstract.