Titlebook: Cooperative Information Systems; 9th International Co Carlo Batini,Fausto Giunchiglia,Massimo Mecella Conference proceedings 2001 Springer-

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Concepts for Wildlife Science: Theory,endently by autonomous and mobile agents at each computation node. Such an autonomous agent primarily makes use of local information which is provided at the respective computation node. This kind of information is characterized by its potential incompleteness and inconsistency with regard to the ov

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Concepts for Wildlife Science: Theory,plans to schedule private events. Each agent negotiates with other agents in order to make a public schedule by referring user’s private schedules and preferences. We propose a new persuasion method for multi-agent negotiation for reflecting private preferences. We call this method the Multiple Nego

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Concepts for Wildlife Science: Theory,on sources (hereafter, sub-sources). The proposed technique consists of two phases: the first one selects the most promising pairs of sub-sources, whereas the second one computes the similarity degree relative to each promising pair. In addition, we show that the detection of sub-source similarities

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