Combination Methods for Model-Checking of Infinite-State Systems S. Ghilardi1 , E. Nicolini2 , S. Ranise2 , and D. Zucchelli1,2 1 Università 2 LORIA

Source URL: www.lsi.upc.edu

• Theoretical computer science
• Temporal logic
• Computer science
• Formal methods
• Linear temporal logic
• Model checking
• Amir Pnueli
• French Institute for Research in Computer Science and Automation
• Mathematical logic
• Temporal logic in finite-state verification

IEEE TRANSACTIONS ON SOFTWARE ENGINEERING 1 Model checking probabilistic and stochastic extensions of the π -calculus

Source URL: qav.comlab.ox.ac.uk

Putting Flight Software Through the Paces with Testing, Model Checking, and Constraint-Solving Alex Groce1 , Gerard Holzmann1 , Rajeev Joshi1 , and Ru-Gang Xu2 1

Source URL: rjoshi.org

• Software testing
• Software engineering
• Model checkers
• Computing
• Theoretical computer science
• Formal methods
• Model checking
• Formal verification
• Random testing
• Test automation
• SPIN model checker
• Acceptance testing

Branching-Time Model-Checking of Probabilistic Pushdown Automata Tom´asˇ Br´azdila,1 , V´aclav Broˇzeka , Vojtˇech Forejtb,a , Anton´ın Kuˇceraa,1 a b

Source URL: qav.comlab.ox.ac.uk

• Symbol
• Linear temporal logic
• Constructible universe
• Markov chain
• Probabilistic logic
• Logic
• Mathematics
• Epistemology

Multi-Objective Model Checking of Markov Decision Processes K. Etessami1 , M. Kwiatkowska2, M. Y. Vardi3 , and M. Yannakakis4 1 2

Source URL: qav.comlab.ox.ac.uk

• Experiment
• Mathematical analysis
• Multi-objective optimization
• Markov decision process
• Probability space
• Event
• Analysis
• Probability and statistics
• Holomorphic functional calculus

Qualification of a Model Checker for Avionics Software Verification Lucas Wagner1 , Alain Mebsout2 , Cesare Tinelli2 , Darren Cofer1 , and Konrad Slind1 1

Source URL: mebsout.github.io

• Software engineering
• Computing
• Avionics
• Engineering
• Systems engineering
• Software requirements
• Embedded systems
• Safety engineering
• DO-178C
• Formal methods
• Alt-Ergo
• Model checking

Towards Solving Differential Equations through Neural Programming Forough Arabshahi 1 Sameer Singh 1 Animashree Anandkumar 2 1. Introduction Differential equations are used to model numerous phenomena such as heat, elec

Source URL: uclmr.github.io

• Mathematics
• Differential equations
• Calculus
• Abstraction
• Partial differential equation
• Ordinary differential equation
• Equation
• Artificial neural network
• Linear differential equation
• Numerical methods for ordinary differential equations

A Context-Sensitive Memory Model for Verification of C/C++ Programs? Arie Gurfinkel1 and Jorge A. Navas2 1 University of Waterloo (Canada)

Source URL: seahorn.github.io

• Pointer
• Graph

DOTAZNÍK SÚLADU POLITIKY OA Vyplňte formulár označením niektorej z poskytnutých volieb. Dotazník zodpovedá požiadavkám dokumentu EK Horizont 2020 Multi-beneficiary General Model Grant Agreement, Verzia 1.0, De

Source URL: www.pasteur4oa.eu

A Context-Sensitive Memory Model for Verification of C/C++ Programs? Arie Gurfinkel1 and Jorge A. Navas2 1 University of Waterloo (Canada)

Source URL: jorgenavas.github.io

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• Graph