Dr. Maziar Salahi
Faculty: Faculty of Mathematical Sciences
Department: Department of Applied Mathematics
University of Guilan
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Dr. Maziar Salahi
Academic Rank:

Associate Prof.

Faculty:

Faculty of Mathematical Sciences

Department:

Department of Applied Mathematics



Profile :: Educations :: Publications :: Courses :: Schedule :: CV :: Contact


I started  my academic career at the University of Guilan in 2006 after spending a short postdoc position at the school of computational engineering and science at McMaster University, Hamilton, Canada.  I enjoy my work and educating students.

 

Research Interests:

My research interests mainly focuses on developing efficient interior point algorithms for solving linear and nonlinear optimization problems.  Recently, I am also  involved on modeling  and solving some location problems.  Besides my main research interest, I am also interested in nulmerical linear algebra and scientific computing.

 

 Editorial Board Membership:

 Bulletin of the Iranian Mathematical Society, since Sep. 2013.

 International Journal of Applied Operational Research, since Sep. 2011.

Journal of Mathematical Modeling, since Sep. 2013.

 



1: Undergraduate degree from the University of Guilan in applied mathematics with honor, 1998.

 

2: Master degree in applied mathematics from Sharif University of Technology, 2000.

 

3: Ph.D. in applied mathematics (Optimization) from McMaster University in Hamilton, Canada, 2006.

Winner of the best student paper prize of MITACS (www.mitacs.ca), 2005.

 

Advisor: Prof. Tamas Terlaky, www.lehigh.edu/~tat208

 

4: Winner of the Dr. Abbas Riazi Kermani Prize in 2009, The prize is awarded to the best paper in Annual Iranian Mathematics Conference..



Journal Papers:

 

1: M. Salahi, N. Mahdavi-Amiri, Polynomial time second order Mehrotra-type predictor-corrector algorithms. Joint work with N. Mahdavi-Amiri. Applied Mathematics and Computation(ISI), 2006.

 

 2: M. Salahi, T. Terlaky,  Postponing the choice of the barrier parameter in Mehrotra-type algorithms. Joint work with T. Terlaky. European Journal of Operational Research(ISI), 2007.

 

 3: M. Salahi, T. Terlaky, Adaptive large neighborhood self-regular predictor-corrector IPMs for LO. Joint work with T. Terlaky. Journal of Optimization theory and Applications(ISI), 2007.

 

 4:  M. Salahi, A finite termination Mehrotra-type predictor-corrector algorithm. Applied Mathematics and Computation(ISI), 2007.

 

 5: M. Salahi, J. Peng, T. Terlaky,  On Mehrotra-type predictor-corrector algorithms. SIAM Journal on Optimization(ISI), 2007 .

 

 6:  M. Salahi, M.R. Peyghami, T. Terlaky, New complexity analysis ofinfeasible IPMs for linear optimization. Joint work with R. Peyghami and T. Terlaky. European Journal of Operational Research (ISI), 2008.

 

7: M. Salahi, T. Terlaky,  Mehrotra-type Predictor-Corrector Algorithm Revisited. Optimization Methods and Software (ISI), 2008.

 

8:  M. Salahi, On Ill-Conditioned Linear Systems and Regularized GMRES Method,  Applied Mathematics and Information Sciences (ISI) , 3(1), 45-51,2009.

 

 9: M. Salahi, T. Terlaky,  A hybrid adaptive algorithm for linear optimization,   Asia Pacific Journal of Operational Research (ISI),  26(2), 235-256, 2009.

 

 10: M. Salahi,  Nonnegative  ill-conditioned linear systems and  GMRES method, Journal of Applied Mathematics and Computing, springer, 2009.

 
 11: M. Salahi, A Short Note  on  $min_{xin R^n} rac{ orm{Ax-b}^2}{1+ orm{x}^2}$, Applied Mathematics and Computation(ISI), 2009.

 

12:H. Aminikhah, M. Salahi, A new HPM for system of integro-differential equations, with  H. Aminikhah,  Interational Journal of Computer Mathematics (ISI), 2010.

 

 13: M. Salahi, H. Zareamoghaddam, Computational experiments on the Tikhonov regularization of the total least squares problem,  Computer Science Journal of Moldova,17(1), 12--25, 2009.

 

 14:  H. Aminikhah, M. Salahi, A new HPM for integral equations,  Applications and Applied Mathematics, 4(1), 122-133, 2009.

 

 15: M. Salahi,  A Self-Regular Newton Based Algorithm for Linear Optimization, ANZIAM Journal (ISI), 2009.

 

16: M. Salahi, Convex Optimization Approach to a Single Quadratically Constrained Quadratic Minimization
Problem, Central European Journal of Operations Research (ISI), 2010.
 

 

17: M. Salahi, Robust Least Squares Solution of Linear inequalities,  Applied Mathematics Letter (ISI), 2010.
 

 

18: M. Salahi, S. Ketabchi, Correcting an inconsistent set of linear inequalities,  Optimization Methods and Software(ISI), 2010 .

 

19: M. Salahi,  New barrier parameter updating techniques in Mehrotra-type algorithm, Bulletin of Iranian Math Society (ISI), 2010.

 

20: M. Salahi, New adaptive interior point algorithm for linear optimization, Kybernetika(ISI), 2010.

 

 21: M. Salahi, Regularization Tools and Robust Optimization for Ill-conditioned Least Squares Problem: A Computational Comparison,  Applied Mathematics and Computations (ISI), 2011.

 

 22: J. Peng, M. Salahi, Interior Point Methods for Nonlinear Programs, Wiley Handbook on OR and Management Science,  2011.

 

23:M. Salahi, T. Terlaky, Self-regular interior-point methods for cone linear optimization, SDP Handbook, Springer, 2011.

 

24: M. Salahi,  Optimal Correction of Infeasible Systems in the Second Order Conic Linear Setting,  Computer Science Journal of Moldova, 2011.

 

25: M. Salahi, A Semidefinite Relaxation Scheme for Quadratically Constrained Quadratic Problems with an Additional Linear Constraint, Iranian Journal of Operations Research,  2011.

 

26: M. Salahi, Robust L1 and L_inf solutions of linear inequalities, Applications and Applied Mathematics, Vol 6 (2),  2011.

 

27: A. Taati, M. Salahi, Strictly convex quadratic underestimator  using halton sequence and rand function, J. of Adva. Res. Sci. Comput., 2012, vol 4(1), 24-35.

 

28: M. Salahi, A. Jamalian, A. Taati, Global Minimization of Multi-Funnel Functions Using Particle Swarm Optimization, Neural Computing and Applications (ISI), Volume 23, Issue 7-8, pp 2101-2106, 2013.

 

29: M. Salahi, S. Fallahi, Linear Fractional Program Under Interval and Ellipsoidal Uncertainty, Kybernetika (ISI),  49(1), 181-187, 2013.

 

30: H. Aliabadi, M. Salahi, Robust Geometric Programming Approach to Profit Maximization with Interval Uncertainty, CSJM v.21, n.1 (61), 2013, pp.86-96.

 

31: H. MolaAbasi, F. Kalantary,  M.Salahi, Uncertainty in Shear Wave Velocity Based on Standard Penetration Test by Using Error Least Square Model, Journal of Engineering Geology, Vol.6, No.2, Autumn 2012 & Winter 2013.

 

32: F. Kalantary, H. MolaAbasi, M. Salahi,  M. Veiskarami, Prediction of liquefaction induced lateral displacements using robust optimization model, Scientia Iranica (ISI), 20(2), 242-250, 2013.

 

33: S. Fallahi, M. Salahi, On the Indefinite Quadratic Fractional Optimization with Two Quadratic Constraints, accepted in Journal of Optimization Theory and Applications (ISI),  2014.


34: M. Salahi, A. Taati, Interior Point Gradient Algorithm for Totally Nonnegative Least Squares Problems in Inequality Sense, accepted in  International Journal of Computer Mathematics (ISI), 2014.

 

35: I. Shooshpasha, H. Mola-Abasi, A. Jamalian, Ü. Dikmen, M. Salahi, Validation and application of empirical shear wave velocity models based on standard penetration test, accepted in Computational Methods in Civil Engineering, Vol. 4, No. 1, pp 25-41, 2013.

 

36: M. Salahi, S. Fallahi, A Semidefinite Optimization Approach to Quadratic Fractional Optimization with a Strictly Convex Quadratic Constraint, to appear in Iranian Journal of Mathematical Sciences and Informatics (Scopus), October 2014.

 

 37: M. Salahi, A. Jamalian, Multiple Capacitated Plant Location Problem with Customer and Supplier Matching, accepted in Computational  Mathematics and Modeling (Scopus), 2014.

 

 38: P. Sagheb Haghighi, M. Moradi, M. Salahi, Categorizing Suppliers’ Risk Performance Using Fuzzy LinPreRa based AHP and Fuzzy C-Means,  International Journal of Intelligent Systems and Applications, vol 6, 2014.

 

39: A. Jamalian, M. Salahi, Robust Solutions to Multi-Facility Weber Location Problem under Interval and Ellipsoidal Uncertainty,  Applied Mathematics and Computation (ISI), 242 (2014) 179–186.

 

40: M. Salahi and A. Taati, Nonnegative Least Squares Solution in Inequality Sense via LCP Reformulation, Advanced Modeling and Optimization, vol. 16 (2), pp. 285-294, 2014.

Conference Papers:

 1: M. Salahi, Introduction to conic optimization, research week of Uinversity of Guilan, 2007.

 

 2: M. Salahi, Correcting an inconsistent set of linear inequalities by generalized Newton method, ICCOPT-MOPTA, Hamilton, Canada, August 2007.

 

 3: M. Salahi,  On single quadratically constrained quadratic minimization, Proceeding of the annual Iranian Mathematics Conference,Kerman, Iran, August 26, 2008.

 

 4:  M. Salahi,  An interior point algorithm with adaptive updating of the barrier parameter for linear optimization problem, University of Guilan, Annual Conf. March 2009.

 

 5:  M. Salahi,  On the least squares solution of linear inequalities, 2nd Int. OR Conference, Mazandaran University, May 2009.

 

6: M. Salahi, Semidefinite relaxations of some nonconvex quadratic problems, American University of  Sharjah. March 2010.

 

 7: M. Salahi, Total least squares in the second order conic setting, 3rd iranian international OR conference, May 2010, amirkabir University, Tehran.

 

8: M. Salahi, On the Optimal Correction of Infeasible Second Order Conic Linear Inequalities, First international conference on optimization and operations research, IPM, Tehran, Jan 2011.

 

 9: M. Salahi, Conic Optimization: some applications, Annual Iranian Math conference, Vali Asr University of Rafsanjan, Sep 2011, Rafsanjan, Iran.

 

10: M. Salahi, S. Fallahi, On the Quadratic Fractional Optimization with a Strictly Convex Quadratic Constraint, International Conference on Operations Research and Optimization,  January 19-22, 2013, University of Tehran, Tehran, Iran.

 

11: F. Piri, M. Salahi, F. Mehrdoust, Robust Mean-Conditional Value at Risk Portfolio Optimization, 3rd Conference on Financial Mathematics & Applications, 30,31 January 2013, Semnan University, Semnan.

 

 12: A. Taati, M. Salahi, Interior point gradient algorithm for totally nonnegative least squares problem in inequality sense, Annual Iranian Math conference, Ferdowsi University of Mashhad, Sep 2013, Mashhad, Iran.

 

13: S. Lotfi, M. Salahi, F. Mehrdoust, Robust Mean-Value at Risk: A Numerical Approach,
 7th Iranian Operations Research Conference, Semnan, Iran,  May 2014.

 

14: S. Lotfi, M. Salahi, F. Mehrdoust,  Robust Mean-Value at Risk Model: Solution and Structure Robustness, 45th Iranian annual Math conference, August 2014, Semnan, Iran.







 

 



Spring 2014
Day / Time 8 - 10 10 - 12 12 - 13 13 - 15 15 - 17 17 - 19
Sat Publ. office Publ. office lunch office IPMs office
Sun Publ. office Publ. office LP English for Math office NLP
Mon Publ. office Publ. office lunch Department meeting office office
Tue LP-NLP IPMs lucnh office office English for Math
Wed Publ. office Publ. office lunch office office office




contact Dr. Maziar Salahi
salahim@guilan.ac.ir, salahi.maziar@gmail.com
+98-131-3233901
Department of Applied Mathematics, Faculty of Mathematical Science, University of Guilan, Namjoo Street, Rasht, Iran, P.O.Box 1914.


Office Hours: See my weekly schedule above!
Email: salahim@guilan.ac.ir, salahi.maziar@gmail.com   Login