Titlebook: Logics in Artificial Intelligence; 17th European Confer Wolfgang Faber,Gerhard Friedrich,Michael Morak Conference proceedings 2021 Springer

corpus-callosum

Probabilistic Argumentation: An Approach Based on Conditional Probability –A Preliminary Report–s relation is not fully conclusive, a natural choice is to model the argument strength with the conditional probability of the conclusion given the support. In this paper, using a very simple language with conditionals, we explore a framework for probabilistic logic-based argumentation based on an e

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Dendritic-Cells

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Granular

Syntax Splitting for Iterated Contractions, Ignorations, and Revisions on Ranking Functions Using Seeveloped for the reasoning from and for the revision of belief bases with respect to syntax splitting. Kern-Isberner and Brewka introduced syntax splitting for epistemic states and iterated belief revision. Only recently, syntax splitting has also been studied for contractions and iterated contracti

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Epistemic Reasoning About Rationality and Bids in Auctionsd bounded rationality. To do so, we extend the Auction Description Language with an epistemic operator and an action choice operator and use it to represent a classical auction where agents have imperfect information about other agents’ valuations. We formalize bounded rationality concepts in iterat

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GROVE

Analyzing Unit Read-Once Refutations in Difference Constraint Systemsifference constraint is a linear relationship of the form: . and a DCS is a conjunction of such constraints. DCSs arise in a number of application domains such as program verification and scheduling. It follows that efficient refutation methodologies for these systems are of paramount interest. The

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