I. Personal Inforemation:
Name:                  Mohammad Hossein Miran Baygi
Date of Birth:        1961

Address:                Department of Electrical Engineering
P. O. Box:             14115-111 Tehran, Islamic Republic of Iran
Tel:                        +98 21 82883370

 
II. Educational Records:
Degree                       Institution                                 Field                             Date
B. Eng.             Univ. Of Birmingam           Electronic & Control Eng          1989
M. Sc                          UMIST                         Digital System Design            1991
Ph.D.                           UMIST                      Biomedical Instrumentation      1994

III. RESEARCH INTERESTS:
- Modeling of Biological Systems
- Studying interaction of lasers with biological tissue
- Biomedical instrumentation
 
IV. PUPLICATIONS
More than 100 papers presented in national and international conferences.
SELECTED JOURNAL PAPERS
1) M. H. Miran Baygi and P. A. Payne, "Measurement of turbidity with polarized light measurement," Science & Technilogy, Vol. 5, 685-693, 1994.

2) M. H. Miran Baygi and P. A. Payne," Measurement of bovine albumin as a model for the development of hand-held ellipsometer for ophthalmic application," Measurement Science & Technology, Vol. 11, 776-783, 2000.
3) M. H. Miran Baygi, M. M. Hossein Moradi, and A. Moti Nasr Abadi," Design and construction of a laboratory version spectrophotometer for diagnostic application," Hakim Journal, Vol. 2, 83-89, 2002.
4) M. Hamidi Beheshti and M. H. Miran Baygi," A comparison study of fixed and Moving block signaling in Rapid Transit Railways," Modares Technical & Engineering Journal, Vol. 13, 112, 2003.
5) M. Alinaghi, S. Sarkar, and M. H. Miran Baygi," Modeling absorption of ND: YAG laser and its thermal distribution in tissue using Monte Carlo Technique," Medical Physics Journal, Vol. 1, 25-29, 2003.
6) A. Sharafat, M. H. Miran Baygi, and S. V. Shoja edini," A Novel Technique for estimation of the skin properties using ultrasound," Medical Physics Journal, Vol. 5, 685-693, .
7) M. H. Miran Baygi, M. Najafi, A. Mahloojifar, and S. Moghimi," Modeling an optical tomography system in diagnosis of breast tumor," Lasers in Medicine, Vol. 2, 20-23, 2006.
8) M. H. Miran Baygi, S. V. Shoja edini, and A. Sharafat,  “A novel method for ultrasonic non-destructive testing: using system identification approach,”  WSEAS Transactions, Vol. 11, 1596-1601, 2006.
9) A. Shams Abadi, M.H. Miran Baygi, A. Mahlooji Far, S. Moghimi, “Studing thermal effects of laser on tissue using implicit finite volume method,” Iranian J. of Electrical & Electronic Engineering, Vol. 1(4), 2007.
10)H. Montazery-Kordy, M.H. Miran Baygi, “A data-mining approach to biomarker identification from protein profiles using discrete stationary wavelet transform,” Journal of Zhejiang University SCIENCE B, Vol. 9(11), 863-870, 2008.
11) S. Moghimi, M.H. Miran Baygi, G. Torkaman, A. Mahloojifar, “Studying the mechanical behavior of tissue in the generation of pressure sores using simulation and a guinea pig experimental model,” Iranian Journal of Medical Physics, Vol. 5, 85-93, 2009.
12) P. Ghassemi, M.H. Miran Baygi, “Towards skin polarization characterization using polarimetric technique,” Journal of Zhejiang University SCIENCE B, Article in press.
 
 
V. RESEARCH PROJECTS:
1) Design of a spectrophotometer for clinical laboratory applications, Ministry of Health and Tehran University of Medical Science, 1996-1998.
2) Design of a corneal topography system, RCSTIM, Tehran University of medical science, 1997-1999.
3) Studying application of semiconductor lasers in medicine, Tarbiat Modares University, Ministry of Post, Telegraph and Telephone, 1998-1999.
4) Design of photodiode array spectrophotometer, Ministry of Industry, 2003-2005.
5) Design of a scanning spectrophotometer, Ministry of Industry, 2005-2006.
6) Design of an ICU ventilator, Ministry of Industry, 2004-2006.
7) Review of international standards for development of new hospitals, Ministry of Health, 2004-2005.

VI. LAB EQUIPMENT:
1) Spectrophotometer (Scanning & Diode Array)
2) High Frequency Ultrasound Imaging System
3) Chromotest
4) Biometer
5) Optical measurement devices
6) Laser range finder