Mail Box 492.
Dhahran, 31261, KSA
+966 13 860 1054
Office 201-2, Building 5.
You can download our XGame-Solver Software for free on the following links:
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Copyright (C) 2010-2017.
I am expert in Mathematics of Operations Research. My research interests include the development of algorithms for Game theory and Vehicle Routing. I have published my research in many high impact journals like Journal of Optimization Theory and Applications, Automatica, Computers & Operations Research, IEEE Transaction on Smart Grid and IEEE Systems Journal. I also serve as a reviewer for many top journals like Automatica, Artificial Intelligence and Journal of the Operations Research Society. I am also a reviewer for the American Mathematical Society.
I obtained a Ph.D. degree in mathematics for engineers from the École Polytechnique de Montréal. I have also obtained a M.Sc. degree in Operations Research from HEC Montréal.
I also worked as a Research Analyst and Algorithm Designer for ClearDestination-Canada, and Associate Professor & Program Director for the South Mediterranean University.
Math 480-Linear and Non-Linear Programming.
Stat 361-Operations Research I.
Math 260-Differential Equations & Linear Algebra.
Math 202-Elements of Differential Equations.
Math 101-Calculus I , Math 102-Calculus II,, Math 201-Calculus III.
The XGame Solver Software: Equilibria Enumeration and Refinement in Game Theory, GERAD-Group for Research in Decision Analysis, Montreal, 2010, pp. 1-21. G2010-35-Manual/Handbook.
Published Journal Papers (8), Book Chapters (1), Proceedings Papers (2)
11. A New Hybrid Genetic Variable Neighborhood Search for the Vehicle Routing Problems with Multiple Time Windows, with M’Hallah R. and Ben Brahim G., Proceedings of the IEEE World Congress on Computational Intelligence, 2017, To Appear.
10. A Game Theoretic Approach for the Real-Life Vehicle Routing Problem with Multiple Time Windows. IEEE Systems Journal, 2017, DOI:10.1109/JSYST.2016.2601058.
9. A Pareto Non-Dominated Solution Approach for the Vehicle Routing Problems with Multiple Time Windows, with M’Hallah R.Proceedings of the IEEE World Congress on Computational Intelligence, 2016, 3515-3524.
8. A Game Theoretic Model for Smart Grids Demand Management, with O. Baroudi. IEEE Transactions on Smart Grid, 6,3, 1386-1393, 2015. PDF
7. On Perfect Nash Equilibria of Polymatrix Games. Published in Game Theory, 11 pages, 2014. PDF
6. A Note on Bimatrix Game Maximal Selten Subsets, with Charles AUDET and Pierre HANSEN. Published in Arabian Journal of Mathematics, Springer-Berlin-Heidelberg, Volume 3-Issue 3, p 299-311, 2014. PDF
5. A Hybrid Variable Neighborhood Tabu Search Heuristic for the Vehicle Routing Problem with Multiple Time Windows, with Pierre Hansen and Gilbert Laporte. Published in Computers and Operations Research, Volume 52-Part B, p 269-281, 2014. PDF
4. On Proper Refinement of Nash Equilibrium for Bimatrix Games, with Charles AUDET and Pierre HANSEN. Automatica, Vol.48, Issue 2, pp 297-303, February, 2012. PDF
3. A New Sequence form approach for the enumeration of all extreme Nash equilibria for Extensive form Games, with Charles AUDET and Pierre HANSEN.International Game Theory Review, vol. 11, no. 4, Dec. 2009. PDF
2. Enumeration of all extreme Nash equilibria in Game theory: Bimatrix and Polymatrix Games, with Charles AUDET and Pierre Hansen. Journal of Optimization Theory and Applications Vol.129 No.3, 349-372, June 2006. PDF
Last Update 18-12-2016