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December 2013 $\lambda\rho$-calculus II
Yuichi Komori
Tsukuba J. Math. 37(2): 307-320 (December 2013). DOI: 10.21099/tkbjm/1389972031

Abstract

In [4], the author introduced the system $\lambda\rho$-calculus and stated without proof that the strong normalization theorem holds. Here we introduce a lemma (Lemma 4.10) and use it to prove the strong normalization theorem. While a typed $\lambda$-term itself is a derivation of the natural deduction for intuitionistic implicational logic (cf. [2]), a typed $\lambda\rho$-term itself is a derivation of the natural deduction for classical implicational logic. Our system is simpler than the implicational fragment of Parigot's $\lambda\mu$-calculus (cf. [5]).

Citation

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Yuichi Komori. "$\lambda\rho$-calculus II." Tsukuba J. Math. 37 (2) 307 - 320, December 2013. https://doi.org/10.21099/tkbjm/1389972031

Information

Published: December 2013
First available in Project Euclid: 17 January 2014

MathSciNet: MR3161579
zbMATH: 1280.03016
Digital Object Identifier: 10.21099/tkbjm/1389972031

Subjects:
Primary: 03B05 , 03B40

Keywords: $\lambda\mu$-calculus , $\lambda\rho$-calculus , $\lambda-calculus , classical logic , LK , normalization theorem , typed $\lambda-calculus

Rights: Copyright © 2013 University of Tsukuba, Institute of Mathematics

Vol.37 • No. 2 • December 2013
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