Titlebook: Computational Logic: Logic Programming and Beyond; Essays in Honour of Antonis C. Kakas,Fariba Sadri Book 2002 Springer-Verlag Berlin Heid

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https://doi.org/10.1007/978-3-540-88912-0 and updating a shared logic program. The key features of the language, such as static and dynamic object methods and multiple inheritance, are illustrated through a series of small examples. We show how we can implement object servers, allowing remote spawning of objects, which we can use as stagin

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,Semantische Analyse einer Prüfungsordnung,d unreliability (i.e. security and partial failure). In the process, we identify five categories of Internet services: hosts, active entities, agents, semistructured data, and passive code..Logic Programming (LP) languages for the Internet are divided into six broad groups: shared variables, coordin

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Positionieren von Studienarbeiten,retation has a long history in logic programming, and has been applied extensively to building programming systems, adding functionalities, modifying operational semantics and evaluation strategies, and so on. Our objective, in contrast, is to design the pair of (i) a representation of programs suit

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Positionieren von Studienarbeiten,level mappings), like it is done in transformational approaches to logic program termination analysis, but we apply these orderings directly to the logic program and not to the term-rewrite system obtained through some transformation. We define some variants of acceptability, based on general orderi

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https://doi.org/10.1007/978-3-662-22444-1eveloping reliable software systems. We present a (constraint) logic programming-based framework for specification, efficient implementation, and automatic verification of domain specific languages (DSLs). Our framework is based on using Horn logic (or pure Prolog), and eventually constraints, to sp

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https://doi.org/10.1007/978-3-642-99388-6hghi and Kowalski in [.]. The abductive proof procedure associated with this interpretation exhibits a better behavior than SLDNF as far as termination is concerned. We first present a strong termination characterization for the Eshghi and Kowalski proof procedure for Datalog programs which is sound