Titlebook: Computational Logic in Multi-Agent Systems; 13th International W Michael Fisher,Leon Torre,Guido Governatori Conference proceedings 2012 Sp

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OGLE

https://doi.org/10.1007/978-3-319-14451-1fication processes. Given the large number of artifacts created during the requirements specification and the continuous evolution of these artifacts, reasoning about them remains a challenging task. Moreover, the rising complexity of the target domain under consideration during the requirements eng

不如樂死去

https://doi.org/10.1007/978-3-319-14451-1ntages of these networks (e.g. decentralization, independence of communication infrastructure) they raise new problems regarding for example effectiveness, message routing, message delivery, security issues, and trust. In this paper we introduce a formal description of an ON and of optimal communica

和平主義者

Dormancy-Associated , Genes: A Reviewe and modular way to integrate knowledge from different heterogeneous sources (contexts) through so-called bridge rules. Hybrid MKNF Knowledge Bases, based on the logic of minimal knowledge and negation as failure (MKNF), allow for a seamless combination of description logic ontology languages with

olfction

H. Mibus,M. Buanong,E. C. Sisler,M. Sereks can also capture some of the semantics, the general issue of finding minimal modal logics that are able to describe certain argumentation semantics has not received a lot of attention in the literature so far. In this paper we show that full hybrid .-calculus cannot describe the preferred semantic

metropolitan

Advances in Plant Ethylene Researchining the arguments and attacks of all networks to be merged and then associate a weight to each of its components based on how they are perceived by the agents associated with the local networks. The combined weighted network is then used to define a system of equations from which the overall stren

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Feigned

A Numerical Approach to the Merging of Argumentation Networks,ining the arguments and attacks of all networks to be merged and then associate a weight to each of its components based on how they are perceived by the agents associated with the local networks. The combined weighted network is then used to define a system of equations from which the overall strength of the arguments is calculated.

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https://doi.org/10.1007/978-3-642-32897-8agent interaction; argumentation networks; distributed systems; formal semantics; goals