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Used together with:
formal (6)
semant (5)
proof (5)
verifi (4)
system (4)

Stem coq$ (all stems)

27 papers:

ICFPICFP-2015-ZilianiS #algorithm #coq #morphism #polymorphism #unification
A unification algorithm for Coq featuring universe polymorphism and overloading (BZ, MS), pp. 179–191.
CCCC-2015-DemangePS #coq #optimisation #performance #verification
Verifying Fast and Sparse SSA-Based Optimizations in Coq (DD, DP, LS), pp. 233–252.
ESOPESOP-2014-BenzakenCD #coq #formal method #relational
A Coq Formalization of the Relational Data Model (VB, EC, SD), pp. 189–208.
POPLPOPL-2014-HuetH #coq #development #research
30 years of research and development around Coq (GH, HH), pp. 249–250.
ICFPICFP-2013-ZilianiDKNV #coq #monad #named #programming
Mtac: a monad for typed tactic programming in Coq (BZ, DD, NRK, AN, VV), pp. 87–100.
HILTHILT-2013-CourtieuACZRBHG #coq #formal method #runtime #semantics #towards #using
Towards the formalization of SPARK 2014 semantics with explicit run-time checks using coq (PC, MVA, TC, ZZ, R, JB, JH, JG, TJ), pp. 21–22.
PPDPPPDP-2013-JedynakBB #coq
An operational foundation for the tactic language of Coq (WJ, MB, DB), pp. 25–36.
PPDPPPDP-2013-KennedyBJD #assembly #coq #metaprogramming #named #question
Coq: the world’s best macro assembler? (AK, NB, JBJ, PÉD), pp. 13–24.
PPDPPPDP-2013-KrienerKB #coq #prolog #proving #semantics
Proofs you can believe in: proving equivalences between Prolog semantics in Coq (JK, AK, SB), pp. 37–48.
POPLPOPL-2012-StrubSFC #coq #named #self
Self-certification: bootstrapping certified typecheckers in F* with Coq (PYS, NS, CF, JC), pp. 571–584.
SEFMSEFM-2011-BlechB #coq #semantics #verification
Verification of PLC Properties Based on Formal Semantics in Coq (JOB, SOB), pp. 58–73.
SEFMSEFM-2011-OnoHTNH #coq #pipes and filters #specification #using
Using Coq in Specification and Program Extraction of Hadoop MapReduce Applications (KO, YH, YT, NN, MH), pp. 350–365.
SASSAS-2010-HofmannKS #coq #verification
Verifying a Local Generic Solver in Coq (MH, AK, HS), pp. 340–355.
CIAACIAA-2010-AlmeidaMPS #automaton #coq
Partial Derivative Automata Formalized in Coq (JBA, NM, DP, SMdS), pp. 59–68.
IFLIFL-2010-SieczkowskiBB #automation #automaton #coq #formal method #reduction #semantics
Automating Derivations of Abstract Machines from Reduction Semantics: — A Generic Formalization of Refocusing in Coq (FS, MB, DB), pp. 72–88.
SACSAC-2010-Pham #geometry #proving
Similar triangles and orientation in plane elementary geometry for Coq-based proofs (TMP), pp. 1268–1269.
CSLCSL-2010-Strub #coq #modulo theories
Coq Modulo Theory (PYS), pp. 529–543.
ESOPESOP-2009-SchaferEM #attribute grammar #coq #formal method #verification
Formalising and Verifying Reference Attribute Grammars in Coq (MS, TE, OdM), pp. 143–159.
SACSAC-2009-MagaudNS #coq #formal method #theorem #using
Formalizing Desargues’ theorem in Coq using ranks (NM, JN, PS), pp. 1110–1115.
PPDPPPDP-2008-BertotK #coq #fixpoint #recursion #semantics
Fixed point semantics and partial recursion in Coq (YB, VK), pp. 89–96.
FLOPSFLOPS-2006-BartheFPR #coq #proving #reasoning #recursion
Defining and Reasoning About Recursive Functions: A Practical Tool for the Coq Proof Assistant (GB, JF, DP, VR), pp. 114–129.
TLCATLCA-2003-Oury #coq #equivalence #proving
Observational Equivalence and Program Extraction in the Coq Proof Assistant (NO), pp. 271–285.
TACASTACAS-1998-Sprenger #calculus #coq #model checking #μ-calculus
A Verified Model Checker for the Modal μ-calculus in Coq (CS), pp. 167–183.
CADECADE-1996-BertotB #named
CtCoq: A System Presentation (JB, YB), pp. 231–234.
TLCATLCA-1995-DespeyrouxFH #coq #higher-order #syntax
Higher-Order Abstract Syntax in Coq (JD, APF, AH), pp. 124–138.
TLCATLCA-1995-Leclerc #coq #development #multi #order #proving #term rewriting #termination
Termination Proof of Term Rewriting System with the Multiset Path Ordering. A Complete Development in the System Coq (FL), pp. 312–327.
TLCATLCA-1993-Paulin-Mohring #coq #induction
Inductive Definitions in the system Coq — Rules and Properties (CPM), pp. 328–345.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.