-
García Soriano, D. (2012) Query-efficient computation in property testing and learning theory.Institute for Logic, Language and Computation.Thesis, fully internal | UvA-DARE
-
Garg, A., Ikenmeyer, C., Makam, V., Oliveira, R., Walter, M., Wigderson , A. (2020) Search problems in algebraic complexity, GCT, and hardness of generators for invariant rings.In Saraf, S. (Eds.), 35th Computational Complexity Conference: CCC 2020, July 28–31, 2020, Saarbrücken, Germany (Virtual Conference) (Leibniz International Proceedings in Informatics, Vol. 169). Schloss Dagstuhl - Leibniz-Zentrum für Informatik.Conference contribution | https://doi.org/10.4230/LIPIcs.CCC.2020.12 | UvA-DAREGattinger, M., Volpe, Stefano, Laarakker, Bas, Miedema, D. (2024) SMCDEL version 1.3.0: An Implementation of Symbolic Model Checking for Dynamic Epistemic Logic with Binary Decision Diagrams.Software | https://doi.org/10.5281/zenodo.11061438 | UvA-DAREGattinger, M. (2016) A Model Checker for the Hardest Logic Puzzle Ever Ever.Gattinger, M. (2017) SMCDEL: A symbolic model checker for Dynamic Epistemic Logic..Software | https://github.com/jrclogic/smcdel | UvA-DAREGattinger, M. (2017) Towards Symbolic Factual Change in DEL.In Lohiniva, Karoliina Wahle, Johannes (Eds.), Proceedings of the ESSLLI 2017 Student Session (pp 14-24). ESSLI.Conference contribution | https://w4eg.de/malvin/illc/2017-07-symbolicfactualchange.pdf | UvA-DAREGattinger, M. (2018) New Directions in Model Checking Dynamic Epistemic Logic.Thesis, fully internal | UvA-DAREGattinger, M. (2022) GoMoChe: Gossip Model Checking.Abstract | https://malv.in/2022/LAMASSR-GoMoChe.pdf | UvA-DAREGattinger, M. (2022) SMCDEL version 1.2.0: An Implementation of Symbolic Model Checking for Dynamic Epistemic Logic with Binary Decision Diagrams.Software | https://doi.org/10.5281/zenodo.6226608 | UvA-DAREGattinger, M. (2022) A Verified Proof of Craig Interpolation for Basic Modal Logic via Tableaux in Lean.Gattinger, M. (2023) HasCacBDD version 0.2.0.0: Haskell bindings for CacBDD, a Binary Decision Diagram (BDD) package with dynamic cache management.Software | UvA-DAREGattinger, M. (2025) HasCacBDD version 0.3.0.1: Haskell bindings for CacBDD, a Binary Decision Diagram (BDD) package with dynamic cache management.Software | https://doi.org/10.5281/zenodo.17413860 | UvA-DAREGaufman, E., Ganesh, B. (2024) The Trump Carnival: Populism, Transgression and the Far Right.De Gruyter Contemporary Social Sciences, Vol. 35. De Gruyter.Geboers, M., Dodds, T., Boukes, M., Abdul Rahman, Eirliani (2025) Journalists “Attagged”: The @-tag as a Bonding Tool for “Supercharged Critical Publics”.Journalism PracticeGeboers, M., Hammelburg, E. (2024) Elevating the Antagonist Encounter: How the ‘Stitch’ Transforms Victimhood Contestation on TikTok.Anglica: an international journal of English studies, Vol. 33 (pp 143-158)Article | https://doi.org/10.7311/0860-5734.33.2.08 | UvA-DAREGeboers, M., Pilipets, Elena, Delawar-Kasmai, D. (2025) Detouring, Rerouting, Weaponization: The Secondary Orality of WarTok.In Zeng, J. Nguyen, D. Mutsvairo, B. (Eds.), Technology, Power and Society: Critical Perspectives on the Global Digital Transformation (pp 144-165) (Technology, Power & Society, Vol. 1). Brill.Chapter | https://doi.org/10.1163/9789004711396_009 | UvA-DAREGeboers, M., Pilipets, Elena (2025) Refrains of Solidarity – #StandWithUkraine on TikTok.In Berg, M. Lorenz, A. Oswald, K. (Eds.), Geschichte auf Instagram und TikTok: Perspektiven auf Quellen und Praktiken (pp 453-469) (Medien der Geschichte, Vol. 8). De Gruyter Oldenbourg.Chapter | https://doi.org/10.1515/9783111360874 | UvA-DAREGehrke, M., Harding, J., Venema, Y. (2004) MacNeille completions and canonical extensions.Technical Reports. Institute for Logic, Language and Computation.Working paper | UvA-DAREGehrke, M., Harding, J., Venema, Y. (2006) MacNeille completions and canonical extensions.Transactions of the Americal Mathematical Society, Vol. 358 (pp 573-590)Gehrke, M., Jansana, R., Palmigiano, A. (2010) Canonical extensions for congruential logics with the deduction theorem.Annals of Pure and Applied Logic, Vol. 161 (pp 1502-1519)Article | https://doi.org/10.1016/j.apal.2010.05.003 | UvA-DARE
The data of this list is taken from the Pure database. If you find output is missing from the list, please follow the previous link to find out how to submit to Pure. In case there are mistakes in PURE, please contact illc at uva.nl