Download Computational Logic in Multi-Agent Systems: 11th by Jürgen Dix, Joao Leite, Guido Governatori, Wojtek Jamroga PDF

By Jürgen Dix, Joao Leite, Guido Governatori, Wojtek Jamroga

This publication constitutes the complaints of the eleventh overseas Workshop on Computational good judgment in Multi-Agent structures, CLIMA XI, held in Lisbon, Portugal, in August 2010. The 14 papers offered have been conscientiously reviewed and chosen from 31 submissions. additionally four invited talks are offered. the aim of the CLIMA workshops is to supply a discussion board for discussing options, according to computational common sense, for representing, programming and reasoning approximately brokers and multi-agent platforms in a proper manner. This quantity positive aspects thematic certain classes: norms and normative multi-agent structures and logics for video games and strategic reasoning.

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Computational Logic in Multi-Agent Systems: 11th International Workshop, CLIMA XI, Lisbon, Portugal, August 16-17, 2010, Proceedings

This booklet constitutes the complaints of the eleventh foreign Workshop on Computational common sense in Multi-Agent structures, CLIMA XI, held in Lisbon, Portugal, in August 2010. The 14 papers provided have been rigorously reviewed and chosen from 31 submissions. additionally four invited talks are offered. the aim of the CLIMA workshops is to supply a discussion board for discussing options, in keeping with computational common sense, for representing, programming and reasoning approximately brokers and multi-agent structures in a proper approach.

Additional resources for Computational Logic in Multi-Agent Systems: 11th International Workshop, CLIMA XI, Lisbon, Portugal, August 16-17, 2010, Proceedings

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We will graphically represent this function by placing boolean values at each end of each edge of the hypergraph. See Figure 5 for an example. Not all assignments of boolean values to the ends of an edge e will be permitted in the parity protocol. Namely, if e ∈ / A, then the sum of all values assigned to the ends of e must be equal to zero modulo 2: r(e, v) = 0 mod 2. (6) v∈e However, if e ∈ A, then no restriction on the assignment of boolean values to the ends of e will be imposed. This defines the set of values V al(e) for each edge e under the protocol PA .

4 we illustrate how the reasoning about logics and their combinations is facilitated in our approach, and in Sect. 5 we employ simple examples to demonstrate the application of our approach for reasoning within combined logics. The performance results of our experiments with off-the-shelf, TPTP THF compliant higher-order automated reasoning systems are presented in Sect. 6. 2 (Normal) Quantified Multimodal Logics in ST T ST T [18] is based on the simply typed λ-calculus. The set T of simple types is usually freely generated from a set of basic types {o, ι} (where o is the type of Booleans and ι is the type of individuals) using the right-associative function type constructor .

By the assumption that P [Q], there is a run r ∈ R(P ) such that r (qi ) = ri (qi ) = ri (qi ) for all i ∈ {1, . . , n}. By Lemma 1, there is a run r ∈ R(P) that matches r everywhere in H . Therefore, r(qi ) = r (qi ) = ri (qi ) for all i ∈ {1, . . , n}. Lemma 3. For any formula ψ ∈ Φ(H ), P ψ if and only if P ψ. Proof. We use induction on the complexity of ψ. The base case follows from Lemma 2, and the induction step is trivial. The statement of Theorem 7 immediately follows from Lemma 3. 7 Completeness Our main result is the following completeness theorem for the logic of secrets: Theorem 8.

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