Travelled to:
1 × Finland
1 × France
1 × Germany
1 × Hungary
1 × India
1 × Japan
1 × Russia
2 × Italy
2 × USA
Collaborated with:
J.Marques-Silva J.P.M.Silva A.Ignatiev G.Botterweck J.R.Kiniry A.Belov H.Chen V.Kuzina A.Wasowski L.Bordeaux P.Marquis W.Klieber E.M.Clarke M.Neves R.Martins I.Lynce V.M.Manquinho
Talks about:
model (3) base (3) qbf (3) quantifi (2) approach (2) resolut (2) formula (2) boolean (2) featur (2) solv (2)
Person: Mikolás Janota
DBLP: Janota:Mikol=aacute=s
Contributed to:
Wrote 12 papers:
- SAT-2015-NevesMJLM #satisfiability
- Exploiting Resolution-Based Representations for MaxSAT Solving (MN, RM, MJ, IL, VMM), pp. 272–286.
- ICSE-2014-IgnatievJM #optimisation #performance #towards
- Towards efficient optimization in package management systems (AI, MJ, JMS), pp. 745–755.
- CAV-2013-Marques-SilvaJB #set
- Minimal Sets over Monotone Predicates in Boolean Formulae (JMS, MJ, AB), pp. 592–607.
- SAT-2013-IgnatievJM #approach #quantifier #satisfiability
- Quantified Maximum Satisfiability: — A Core-Guided Approach (AI, MJ, JMS), pp. 250–266.
- SAT-2013-JanotaM #on the
- On Propositional QBF Expansions and Q-Resolution (MJ, JMS), pp. 67–82.
- DATE-2012-ChenJM
- QBf-based boolean function bi-decomposition (HC, MJ, JMS), pp. 816–819.
- KR-2012-BordeauxJSM #on the #quantifier
- On Unit-Refutation Complete Formulae with Existentially Quantified Variables (LB, MJ, JPMS, PM).
- SAT-2012-JanotaKMC #refinement
- Solving QBF with Counterexample Guided Refinement (MJ, WK, JMS, EMC), pp. 114–128.
- SAT-2011-JanotaS #algorithm
- Abstraction-Based Algorithm for 2QBF (MJ, JPMS), pp. 230–244.
- FASE-2008-JanotaB #approach #architecture #formal method #modelling
- Formal Approach to Integrating Feature and Architecture Models (MJ, GB), pp. 31–45.
- MoDELS-2008-JanotaKW #constraints #interactive #semantics #syntax
- Model Construction with External Constraints: An Interactive Journey from Semantics to Syntax (MJ, VK, AW), pp. 431–445.
- SPLC-2007-JanotaK #feature model #higher-order #logic #modelling #reasoning
- Reasoning about Feature Models in Higher-Order Logic (MJ, JRK), pp. 13–22.