LPAR-26: Volume InformationProceedings of the 26th Conference on Logic for Programming, Artificial Intelligence, and Reasoning32 articles•565 pages•Published: October 23, 2026 Papers| Jialiang Sun, Yuzhi Tang, Ao Li, Chris Maddison and Kuldeep S. Meel 1-21 | | Frédéric Blanqui and Antoine Gontard 22-41 | | Karel Chvalovský, Martin Suda and Josef Urban 42-60 | | Leroy Chew, Mikoláš Janota, Miroslav Olšák and Martin Suda 61-79 | | Ha Truong, Jordin Palmeri, Liam Secrist, Jacob Schuckman, Arjun Viswanathan and Yoni Zohar 80-90 | | Manolis Pitsikalis and Alexander Artikis 91-108 | | Julie Cailler, Noé Delorme and Sophie Tourret 109-126 | | Alberto Bombardelli, Cesar Sanchez and Stefano Tonetta 127-145 | | Marco Zamponi, Florian Lammel, Ezio Bartocci and Michele Chiari 146-166 | | Johannes Schoisswohl, Laura Kovács, Konstantin Korovin and Andrei Voronkov 167-186 | | Tobias Nießen, Ana Oliveira da Costa, Johannes Schoisswohl, Thomas A. Henzinger and Laura Kovács 187-199 | | Michał Henne, Barbara Morawska and Paweł Parys 200-216 | | Melanie Taprogge, Frédéric Blanqui and Alexander Steen 217-237 | | Laura Kovács and Axel Polaczek 238-249 | | Matteo Cipollina, Michail Karatarakis and Freek Wiedijk 250-270 | | Pierre Corbineau, Basile Gros and Jean-Francois Monin 271-289 | | Ashwin Karthikeyan, Ethan Kharitonov, Kuldeep S. Meel and Anwar Hithnawi 290-308 | | Yasmine Briefs and Christoph Weidenbach 309-329 | | Orna Kupferman and Naama Shamash Halevy 330-347 | | Matthias Baaz, Mariami Gamsakhurdia, Anela Lolic and Stella Mahler 348-363 | | Wouter Leferink and Revantha Ramanayake 364-380 | | Promit Panja and André Platzer 381-400 | | Michael Codish, Mikoláš Janota and Peter J. Stuckey 401-417 | | Nachum Dershowitz 418-429 | | Oskar Fiuk 430-448 | | Bernardo Subercaseaux, Benjamin Przybocki and Marijn Heule 449-464 | | Bernardo Subercaseaux and Benjamin Przybocki 465-484 | | Anne Schreuder, Lorenz Winkler, Laura Kovács and C.-H. Luke Ong 485-503 | | David Dokoupil and Jan Strejček 504-524 | | Alexander Steen and Melanie Taprogge 525-534 | | Tanel Tammet 535-547 | | Alexandru Oltean, Bogdan Macovei and Ioana Leuștean 548-565 |
Keyphrasesautoformalization, automata theory, automated reasoning3, automated theorem proving3, axiomatization, Benchmarks2, Boltzmann machines, Boolos' curious inference, branching vector addition systems, Calculus of Inductive Constructions2, cardinality constraints, CDCL, CEGAR, circuit equivalences, Claude Code, commonsense reasoning, comparison invariants, Comparison systems, complementation, computational complexity2, control invariance, cut-introduction, Cyber-Physical Systems, de Vrijer's measure, decidable fragments, defeasible reasoning, dependent types, Description Logic, differential dynamic logic, eigenvariable conditions, English-to-logic translation, EPR, equational theories, equivalence relations, Event Calculus, finite model property, first-order logic, first-order theorem proving, formal mathematics, formal methods, Generalized Büchi Automata, Google Gemini, graph coloring, graph symmetry, greedy runs, Henkin quantifiers, high school identities, higher-order logic3, Higher order moments, Hopfield networks, Hybrid modal logic, hyperltl, Hyperproperties, imperfect information, induction, infinite-state systems, interactive theorem proving2, invariant synthesis, ITP hammers, k-induction, knowledge representation2, large language models3, Lean 44, library alignment, linear arithmetic, literal selection, logic and types, many-sorted signatures, martingale, Maslov's class K, mathlib, modal logic2, model checking2, multiplicative substructural logic, natural language, neural clause-selection guidance, neural networks, optional stopping, pattern matching, PhysLib, probabilistic programs, program verification, proof checking, proof length, proof verification, proving strategies, PSPACE, Pushdown Games, QBF, queen's graph, Question Answering, Ramsey graphs, reachability, real arithmetic, redundancy, Requirements Engineering, Rocq2, SAT, SAT encoding, satisfiability3, saturation-based theorem proving, Schaefer fragments, SCL, Signal Temporal Logic, simply typed lambda calculus, SMT5, software verification, Stream Reasoning, strong normalization, superposition, symmetry breaking, synthesis of reactive systems, tableau methods2, theorem proving, TPTP, Tree-shaped Tableau, type theory, Vampire, Wilkie's identity, zero-knowledge proofs. |
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