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

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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

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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