Titlebook: Intelligent Agents II: Agent Theories, Architectures, and Languages; IJCAI‘95-ATAL Worksh Michael Wooldridge,Jörg P. Müller,Milind Tambe Co

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拘留

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Time, knowledge, and choice,language for autonomous agents. This language is the expressive branching time logic CTL., enriched by the addition of two further modal connectives, for representing . and . (stit). These connectives are .: given a concrete semantics in terms of the states and actions of an agent. This grounding ma

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outer-ear

Conflict detection and resolution in collaborative planning, the planning process. A collaborative agent, however, must be capable of detecting and resolving these conflicts. This paper describes a computational model that captures the collaborative planning process in a . cycle of actions. Our model is capable of evaluating a given proposal to detect potent

moratorium

prediabetes

On reasoning about other agents, attempt to relate current philosophical intuitions to theoretical foundations, and concentrate on the issue of modeling. The philosophical position we have put forth is a combination of Daniel Dennett‘s philosophy of the ladder of agenthood (consisting of rationality, intentionality, stance, recipr

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micturition

Using recursive agent models effectively,osing an action. Pruning away less important models allows an agent to take its “best” action in a timely manner, given its knowledge, computational capabilities, and time constraints. We describe a theoretical framework, based on ., for talking about recursive agent models and the strategies and ex