Titlebook: Declarative Agent Languages and Technologies III; Third International Matteo Baldoni,Ulle Endriss,Paolo Torroni Conference proceedings 200

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Dynagent: An Incremental Forward-Chaining HTN Planning Agent in Dynamic Domainsally changing world. Therefore, replanning in “forward-chaining” HTN planning has become an important subject for future study. This paper presents the new agent algorithm that integrates forward-chaining HTN planning, execution, belief updates, and plan modifications. Also, through combination with

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A Combination of Explicit and Deductive Knowledge with Branching Time: Completeness and Decidabilityc combination of Computational Tree Logic and an epistemic logic augmented to include an additional epistemic operator representing explicit knowledge. We show the resulting system enjoys the finite model property, decidability and is finitely axiomatisable. It is further shown that the expressivity

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A Tableau Method for Verifying Dialogue Game Protocols for Agent Communicationare defined using our social commitment-based framework for agent communication called Commitment and Argument Network (CAN). We use a variant of CTL* (ACTL*) for specifying these protocols and the properties to be verified. This logic extends CTL* by allowing formulae to constrain actions as well a

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Declarative Agent Languages and Technologies III978-3-540-33107-0Series ISSN 0302-9743 Series E-ISSN 1611-3349

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Lecture Notes in Computer Sciencehttp://image.papertrans.cn/d/image/264371.jpg

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https://doi.org/10.1007/978-3-031-15397-6 In this programming language, the beliefs of agents are implemented by modal logic programs, where beliefs are represented by explicit modal operators. A distinction is made between a belief base language that can be used to represent an agent’s beliefs, and a belief query language that can be used