LPAR23: Volume InformationLPAR23. LPAR-23: 23rd International Conference on Logic for Programming, Artificial Intelligence and Reasoning28 articles•516 pages•Published: May 27, 2020 PapersRobert Nieuwenhuis, Adrià Lozano, Albert Oliveras and Enric Rodríguez-Carbonell 1-11 | Erika Abraham, Ezio Bartocci, Borzoo Bonakdarpour and Oyendrila Dobe 12-31 | Christian Alrabbaa, Franz Baader, Stefan Borgwardt, Patrick Koopmann and Alisa Kovtunova 32-67 | Federico Aschieri, Agata Ciabattoni and Francesco Antonio Genco 68-89 | Alexandru Baltag and Sonja Smets 90-119 | Jaroslav Bendík and Ivana Cerna 120-137 | Lasse Blaauwbroek, Josef Urban and Herman Geuvers 138-150 | Jan H. Boockmann and Gerald Luettgen 151-168 | A. Dileep, Kuldeep S. Meel and Ammar F. Sabili 169-190 | Mnacho Echenim, Radu Iosif and Nicolas Peltier 191-211 | Mathias Fleury and Christoph Weidenbach 212-229 | Thibault Gauthier 230-248 | Gael Glorian, Jean-Marie Lagniez and Christophe Lecoutre 249-259 | Ben Goldberger, Guy Katz, Yossi Adi and Joseph Keshet 260-278 | Marcel Hark, Florian Frohn and Jürgen Giesl 279-297 | Vojtěch Havlena, Lukáš Holík, Ondrej Lengal, Ondrej Vales and Tomas Vojnar 298-316 | Tarek Khaled and Belaid Benhamou 317-333 | Emanuel Kieronski and Adam Malinowski 334-353 | Raúl E. Monti, Carlos E. Budde and Pedro R. D'Argenio 354-372 | Peter Oostema, Ruben Martins and Marijn Heule 373-389 | Jens Pagel and Florian Zuleger 390-408 | Bartosz Piotrowski and Josef Urban 409-422 | Adrian Rebola Pardo and Georg Weissenbacher 423-448 | Yakoub Salhi 449-464 | Jarkko Savela, Emilia Oikarinen and Matti Järvisalo 465-482 | Joseph Sweeney, Marijn J. H. Heule and Lawrence Pileggi 483-497 | Johannes Åman Pohjola and Arve Gengelbach 498-515 | Alexandra Silva 516 |
KeyphrasesAd-hoc overloading, AI heuristics, alternating Turing machines, Analysis by simulation, Answer Set Programming, antiprenexing, attractors, automata, automated reasoning, automated theorem proving, axiomatisation, Bioinformatics, Boolean networks, Boolean satisfiability, Boolean Sensitivity, CDCL, CDCL with branch and bound, chromatic number of the plane, clauses, combinators, common knowledge, communication, completeness, complexity2, computer mathematics, Concurrent Kleene Algebra, Constraint Programming, constraint solving, Coq, data structures, decidability, decision procedure, Deep Neural Networks, deep neural networks modification, Description Logic, diagnosis, Diophantine equations, distributed knowledge, DRAT proofs, Dynamic Fault Trees, dynamic logic, electronic circuits, epistemic logic, equivalence, explanation, Fault Tree Analysis, functional programming languages, graph coloring, Gromov's subgroup conjecture, guarded fragment, halting problem, higher-order logic, HOL, hypersequent calculi, induction, Induction Models, Infeasibility analysis, information flow security, information sharing, Input/Output Stochastic Automata, interactive theorem proving2, intermediate logics, Knowledge Access, Knowledge Hiding, knowledge sharing, lambda calculus, litmus test, Logic Locking, logic programming2, machine learning2, Mathematical Induction, Maximal satisfiable subsets, MCS, Minimal Correction Subsets, MSS, natural deduction, neural networks verification, neural networks watermarking, nogoods, orderly generation, Partial Function Model, Preprocessing, probabilistic systems, Prolog, Proof-based interpolation, Proof synthesis, proofs, propositional logic2, Recurrent Neural Networks, reduction, Reinforcement Learning, Repairable Fault Trees, Runtime Complexity, SAT, SAT solving2, SAT/SMT, satisfiability, satisfiability problem, semantic model, separation logic3, shape predicates, solver, synthesis, Tactic Search, termination, transitive relations, tree neural networks, triguarded fragment, two-variable fragment, type theory, undecidability, verification2, Weak determinism, weak monadic second-order logic, WSkS. |
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