Titlebook: Engineering Societies in the Agents World V; 5th International Wo Marie-Pierre Gleizes,Andrea Omicini,Franco Zambone Conference proceedings

努力趕上

https://doi.org/10.1007/978-3-8349-8865-2owledge is then used in the semantic discovery of the multi-agent systems with which to co-operate. Since different multi-agent systems may use different ontologies, an ontology translation service is also defined at the federation level.

玩忽職守

https://doi.org/10.1007/978-1-349-06774-9SONIA methodology (Set of mOdels for a Natural Identification of Agents) in an attempt to solve these problems. Based on a generic problem-independent analysis and a bottom-up agent identification process, SONIA naturally outputs an agent-based system.

挑剔小責

Semantically Federating Multi-agent Organizationsowledge is then used in the semantic discovery of the multi-agent systems with which to co-operate. Since different multi-agent systems may use different ontologies, an ontology translation service is also defined at the federation level.

DEFER

SONIA: A Methodology for Natural Agent DevelopmentSONIA methodology (Set of mOdels for a Natural Identification of Agents) in an attempt to solve these problems. Based on a generic problem-independent analysis and a bottom-up agent identification process, SONIA naturally outputs an agent-based system.

forecast

sacrum

Ossification

Modelling Flexible Social Commitments and Their Enforcementcompliance with adopted commitments. In particular, we present a model of flexible social commitments to which sanctions are attached, and where the enforcement of sanctions act as a social control mechanism for the satisfaction of commitments.

Arteriography

Strategies for Distributing Goals in a Team of Cooperative Agents for each precise goal, the team may define several strategies which are orders between agents representing, for instance, their relative competence or their relative cost. This paper also shows how to combine strategies. The method used here assumes an order of priority between strategies.

Arctic

countenance

From Self-Organized Systems to Collective Problem Solvingo cases of how natural self-organized systems can be transposed to engineer societies of agents that collectively solve problems. It presents two original self organized models conceived in cooperation with biologists and details how transposition principles have been used to design collective problem solving systems.