Topics
SAAMArchitectural structure
International audienceIn this paper, we propose a decentralized Self-Adaptive Aggregation Mechanism (SAAM) that adapts itself to the supporting network operational behavior by dynamically selecting the best aggregation approach to use. SAAM is based on (1) a fuzzy-based model that estimates the cost and performance of each aggregation scheme and (2) Multiple Attribute Decision Making (MADM) to make decisions on the best approach to use in this context. We validate SAAM by evaluating its fuzzy model and adaptation cost, and by comparing its utility to the one of existing situated and global schemes
Selecting an appropriate adaptation strategy in service-based systems (SBS) is a complex issue. Basi...
Companies are nowadays placed in very complex and dynamic environments, making their competitiveness...
Future computing environments are envisioned to be populated by myriads of pervasive real-world thin...
International audienceIn this paper, we propose a decentralized Self-Adaptive Aggregation Mechanism ...
International audienceIn this paper, we propose a decentralized self-adaptive management framework t...
International audienceIn the context of autonomous network management, the Autonomic Managers (AMs) ...
The important notion of adaptivity of a distributed information system is formalised, extending Dijk...
Part 5: P2P and Aggregation SchemesInternational audienceRecently, numerous management approaches ha...
Engineering multi-agent systems (MAS) is known to be a complex task. One of the reasons lays in the ...
Self-adaptability has been proposed as an effective approach to deal with the increasing complexity,...
Self-adaptability has been proposed as an effective approach to deal with the increasing complexity,...
The design of self-organizing systems and particular multiagent systems (MAS) is a non trivial task....
International audienceThis paper presents an adaptive approach to deal with the problem of integrati...
This paper proposes a self-organizing fully decentralized solution for the service assembly problem,...
Increasing complexity and unpredictability emerge in many modern systems, raising the need for suita...
Selecting an appropriate adaptation strategy in service-based systems (SBS) is a complex issue. Basi...
Companies are nowadays placed in very complex and dynamic environments, making their competitiveness...
Future computing environments are envisioned to be populated by myriads of pervasive real-world thin...
International audienceIn this paper, we propose a decentralized Self-Adaptive Aggregation Mechanism ...
International audienceIn this paper, we propose a decentralized self-adaptive management framework t...
International audienceIn the context of autonomous network management, the Autonomic Managers (AMs) ...
The important notion of adaptivity of a distributed information system is formalised, extending Dijk...
Part 5: P2P and Aggregation SchemesInternational audienceRecently, numerous management approaches ha...
Engineering multi-agent systems (MAS) is known to be a complex task. One of the reasons lays in the ...
Self-adaptability has been proposed as an effective approach to deal with the increasing complexity,...
Self-adaptability has been proposed as an effective approach to deal with the increasing complexity,...
The design of self-organizing systems and particular multiagent systems (MAS) is a non trivial task....
International audienceThis paper presents an adaptive approach to deal with the problem of integrati...
This paper proposes a self-organizing fully decentralized solution for the service assembly problem,...
Increasing complexity and unpredictability emerge in many modern systems, raising the need for suita...
Selecting an appropriate adaptation strategy in service-based systems (SBS) is a complex issue. Basi...
Companies are nowadays placed in very complex and dynamic environments, making their competitiveness...
Future computing environments are envisioned to be populated by myriads of pervasive real-world thin...
Add to ORKG