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Reasoning Inside The Box: Deduction in Herbrand Logics
Author(s) -
Liron Cohen,
Yoni Zohar
Publication year - 2018
Publication title -
epic series in computing
Language(s) - English
Resource type - Conference proceedings
ISSN - 2398-7340
DOI - 10.29007/kx2m
Subject(s) - finitary , completeness (order theory) , natural deduction , t norm fuzzy logics , mathematics , computer science , non monotonic logic , calculus (dental) , algebra over a field , algorithm , theoretical computer science , discrete mathematics , pure mathematics , artificial intelligence , fuzzy logic , medicine , mathematical analysis , dentistry , membership function , fuzzy set
Herbrand structures are a subclass of standard first-order structures commonly used in logic and automated reasoning due to their strong definitional character. This paper is devoted to the logics induced by them: Herbrand and semi-Herbrand logics, with and without equality. The rich expressiveness of these logics entails that there is no adequate effective proof system for them. We therefore introduce infinitary proof systems for Herbrand logics, and prove their completeness. Natural and sound finitary approximations of the infinitary systems are also presented.

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