Tag: Paul-André Melliès
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Discussing “A very modal model of a modern, major, general type system”
This paper is an influential landmark in the development of what is now usually called guarded recursion, following a trail that roughly goes from Nakano’s introduction of the approximation modality, to this paper, to a Dreyer, Ahmed, and Birkedal paper that I haven’t yet read for this blog but will probably eventually get to, to…
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Recent Posts
- Discussing “Z3: An Efficient SMT Solver”
- Discussing “BI as an Assertion Language for Mutable Data Structures”
- Discussing “Sheaves in Geometry and Logic”
- Discussing “Extended Curry-Howard Correspondence for a Basic Constructive Modal Logic”
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1994 1996 2000 2001 2014 2019 2020 2021 2023 Andrew W. Appel Bedrock Systems Cambridge Tracts in Theoretical Computer Science Carnegie Mellon University Christopher D. Richards City University of New York Coq Cubical Type Theory Côte d'Azur University Fabian Kunze Gregory Malecha Inria Nantes intuitionistic logic intuitionistic modal logic Jonathan Sterling Journal of Automated Reasoning LICS Matthieu Sozeau Metaprogramming modal logic Nicolas Tabareau Notre Dame Journal of Formal Logic Paul-André Melliès POPL Princeton University Proof theory Rocq Saarland University Théo Winterhalter types type theory University of Amsterdam University of Birmingham University of Cambridge University of Oxford Valeria de Paiva