International Journal |
1. Mohagheghi, MohammadSadegh; Salehi, Khayyam, Improving graph-based methods for computing qualitative properties of Markov decision processes , Indonesian Journal of Electrical Engineering and Computer Science, 17, 3, 2020 |
2. Salehi, Khayyam; Karimpour, Jaber; Izadkhah, Habib; Isazadeh, Ayaz, Channel Capacity of Concurrent Probabilistic Programs , Entropy, 21, 9, 2019. |
International Conference |
3. Salehi, Khayyam; Noroozi, Ali.A.; Amir-Mohammadian, Sepehr; Mohagheghi, MohammadSadegh;, An Automated Quantitative Information Flow Analysis for Concurrent Programs , International Conference on Quantitative Evaluation of Systems (QEST2022), pp. 43-63, 2022. |
4. Salehi, Khayyam; Noroozi, Ali A.; Amir-Mohammadian, Sepehr, Quantifying Information Leakage of Probabilistic Programs Using the PRISM Model Checker , SECURWARE 2021 : The Fifteenth International Conference on Emerging Security Information, Systems and Technologies, pp 47-51, 2021. (Best Paper) |
5. Mohagheghi, MohammadSadegh; Salehi, Khayyam, Accelerating Interval Iteration for Expected Rewards in Markov Decision Processes , 15th International Conference on Software Technologies, pp 39-50, 2020 |
6. Mohagheghi, MohammadSadegh; Salehi, Khayyam, Machine Learning and Disk-based Methods for Qualitative Verification of Markov Decision Processes , Proceedings of the 16th International Conference on ICT in Education, Research and Industrial Applications. Integration, Harmonization and Knowledge Transfer, pp 74-88, 2020 |
7. Noroozi, Ali A.; Salehi, Khayyam; Karimpour, Jaber; Isazadeh, Ayaz, Secure Information Flow Analysis Using the PRISM Model Checker , Information Systems Security, pp 154-172, 2019 |
8. Pourasghar, Babak; Izadkhah, Habib; Salehi, Khayyam; Isazadeh, Ayaz, GMA: A Graph-based algorithm for large-scale Software Systems Modularization , International Conference on Distributed Computing and High Performance Computing, pp 1-11, 2018 |
9. Karimpour, Jaber; Isazadeh, Ayaz; Mohagheghi, MohammadSadegh; Salehi, Khayyam, Improved iterative methods for verifying Markov Decision Processes , Fundamentals of Software Engineering, pp 207-214, 2015 |