Mostafa's resume

 

 

Objective   Education   Honor   Papers   Thesis    Projects  Experience   working   skills

 

Birth date: January/22/1980

E-mail: mostafaborhani@yahoo.com

Phone : +989123313380

 

Objectives and Major Interests:

Pursuing graduate studies in Electrical Engineering field with special interests in Digital Systems Design, Digital Signal processing.

 

 Education:

Ph.D. student, Communication branch, Sharif University of Technology.

M.S. in Electronic branch, Electrical Engineering Dept., Sharif University of Technology, Tehran, Iran, Spring 2004,   Total GPA 17.03//20

 B.Sc. in Electrical Engineering, Sharif University of Technology, Tehran, IRAN. 1998-Summer 2002, Total GPA 16.43/20

High School Diploma, Nemone Roshd School, Semnan, 1998. Total GPA 19.26 /20.0

 

 Honors:

 National award:

     Selected and honored as Outstanding Student of Year 2001  by Ministry of Science ,Research and Technology of I.R. Iran

Presidential Award: 2001 from (S.M. Khatami).  

Published Papers:

Mostafa Borhani, Vafa Sedghi, "A New Subband Adaptive Wireless Channel Equalizer", 8 th European Conference on Wireless Technology 2005, Paris, October 2005, 89-92

Mostafa Borhani, Vafa Sedghi, "A New Wireless Channel Estimator with Low Computational Complexity", 8 th European Conference on Wireless Technology 2005, Paris, October 2005, 343-346

Mostafa Borhani, Vafa Sedghi, Mohammad Mahdi Nayebi, “A New Technique in Passive Coherent Radar Signal Processing”, 2 nd European Radar Conference 2005, Paris, October 2005, 149-152

Mostafa Borhani, Vafa Sedghi, "Distributed Recovery Units for Demodulation in Wireless Sensor Networks", 1st International Conference on Distributed Computing in Sensor Systems, DCOSS 2005 , June 30 - July 1, 2005, Marina del Rey Marriott

Mostafa Borhani, Vafa Sedghi, "An Acoustic Echo Canceller Chip", The 5th International Workshop System-on-Chip for Real-Time Applications, IWSOC'05, July 20 - July 24, 2005, Banff, Alberta – Canada

M. Borhani and V. Sedghi, "Proportionate NLMS with Orthogonal Correction Factors for Stereophonic Acoustic Echo Cancellation", The 3rd International IEEE-NEWCAS Conference June 19-22, 2005, Québec City, Canada.

M. Borhani and S.M. Atarodi, "New Approach in Subband Adaptive Filters", 12th State of Iranian Conference on Electrical Engineering, ICEE2004,  May 2004

M. Borhan and S.M. Atarodi, "IIR Subband Adaptive Filtering for Hands-Free Mobile Echo Canceller", 12th State of Iranian Conference on Electrical Engineering, ICEE2004, May 2004.  

M. Borhani and S.M. Atarodi, "Stereophonic Acoustic Echo Cancellation Using Blind Source Separation as Post-Processing", 12th State of Iranian Conference on Electrical Engineering, ICEE2004, May 2004. 

M. Borhani and V.Sedghi, "2-D Dual-Tree Wavelet Based Local Adaptive Image Denoising", 12th State of Iranian Conference on Electrical Engineering, ICEE2004, May 2004.  

M. Borhani and V.Sedghi, "A New Channel Estimator Design for Next Generation High-Speed Mobile Data Communications based on OFDM", 12th State of Iranian Conference on Electrical Engineering, ICEE2004, May 2004.  

M. Borhani and M. H. Varahram, "Simulation and Modeling of Dynamic effects of Josephson Junction", WSEAS Transactions on System, September 2004.

M. Borhani and M. H. Varahram, “Application of Superconductive Equipment in Power Industry”, 12th International Power Syatem Conference, Summer 2003

M. Borhani and V.Sedghi, "Virtual Private Networks", ISCEE2003, Summer 2003.  

M. Borhani and M. H. Varahram, "Applications of Superconductivity", ISCEE2003, Summer 2003. 

 

Thesis:

M.S. These:

Design and Simulation of Acoustic Echo Cancellation System Using Transform Domain and Subband Structures for Adaptive Filters (A System On a Package Approach), winter 2003-Spring 2004, Advisor. Dr. S.M. Atarodi (Defense Time: 04/13/04) Jury: S.M. Atarodi, M.M. Nayebi, B.V. Vahdat, A. Nabavi ; Mark: 20/20

In This Thesis, two new approaches for improvement of convergence rate and computational complexity of adaptive filters with long impulse response and corrolated input are discussed. These new approaches are  based on transform domain and subband structures. Simulations are tested in Acousic Echo Cancellatin application.

At the end, the system is simulated in gate level with VHDL code for preparation of System On a Package (SOP) design. 

BS These:

           Superconductivity Application in Electrical Engineering Spring 2002,  Advisor: Dr. M.H . Varahram; Mark: 20/20

 

Accomplished Projects & Term Papers:

 Study on DSP Applications, Radar Signal Processing, Spectral Estimation, Detection Theory, Advance Communication Theory, Adaptive Filters, Time-Frequency Analysis (Time-Frequency Transforms, Filter Banks, Wavelets and Wavelet Transforms), Digital and Analog Television systems, Data Communication, Digital Image Processing, Intel’s Microprocessors, Information theory, Nonuniform Digital Signal Processing, Fabrication, Visual C++,…

 

Experiences:

Research Assistant, Multimedia Signal Processing Laboratory, fall 2004-spring 2005, Sharif University of Technology.

Research Assistant, Radar Laboratory, spring 2005, Sharif University of Technology.

Teacher Assistant, Probability, fall 2004, Sharif University of Technology.

Teacher Assistant, Circuit II, fall & spring 2004, Sharif University of Technology.

Laboratory Assistant, Circuit and Measurement, Spring 2005, fall 2005, spring 2004, Sharif University of Technology.

Teacher Assistant, Electronic, Spring2003, Sharif University of Technology.

Laboratory Assistant, Superconductivity, 2002-2003, Sharif University of Technology.

 

Working:

CEO of Soha Industrial Development

Project Manager of Design and Implementation of a Car Kit, Soha Industrial Development

Project Manager of Design and Implementation of an Acoustic Echo Canceller on DSK 6713, Soha Industrial Development

Project Manager of Design and Simulation of Access Network,  Soha Industrial Development

Project Manager of Design and Implementation of Wireless Industrial Data Modem, Soha Industrial Development

Project Manager of Design and Implementation of Wireless Commercial Data Modem, Soha Industrial Development

Design and Implementation of a HF receiver, Zaeim Electronics Industries, 2004.

Design a DS-SS Modem, Zaeim Electronics Industries, 2004.

Research about a FH-SS receiver, Zaeim Electronics Industries, 2004.

Telecommunication Line Echo Canceller, Zaeim Electronics Industries, 2003.

Digital Mobile Radio Design and implementation VHF band, Zaeim, 2003-4.

Fast Parallel/Serial Input/Output Card for PC, Soha Industrial Development, 2003.

Design of Virtual Private Networks & Firewalls, Zaeim Electronics Industries, 2003.

Remote Controller of Voice Level for Broadcasting monitoring, IRIB, 2003.

Telecommunication switching in Switching Center of Communication Co. July-Sep. 2001.

Special skills:

 Theoretical background in Digital Signal processing, Digital Systems Design and Analysis, Digital Image Processing, Time-Frequency Transforms, Digital Television, Adaptive Filters, Communication Theory, Data Communication, Software Engineering(Visual C++), Switching Networks

In depth practical experience with application packages such as ORCAD 10, SPICE, MATLAB 7.0, Visual C++, Lab View 6.,VHDL, Max+plus2,Libero

 

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