StMU Faculty Mehran Aminian
Departments
Education
  • Ph.D., University of Oklahoma, 1989
  • M.S., University of Oklahoma, 1982
  • B.S., Sari College (Iran), 1978
Courses
  • Electronics
  • Signals and Systems
  • Communication Theory
  • Semiconductor Devices
  • Senior Design Project
  • Neural Networks
Biography

Mehran Aminian, Ph.D., joined St. Mary’s University in 1988 after graduating from the University of Oklahoma with a doctorate in Electrical Engineering.

His research interests include artificial neural networks, machine learning, quantum electronics, quantum computing, quantum mechanics, quantum collision theory and semiconductor devices.

He has published numerous papers in journals such as Physical Review A, Journal of Physics B, IEEE Transactions and the Journal of Electronic Testing Theory and Application. He has served in numerous committees such as the Campus Technology Committee, Campus Safety Committee, Academic Assessment Committee and the Tenure and Promotion Committee.

Publications

Calculating Vibrational-Excitation Cross Section off the Energy Shell, A Frist-Order Adiabatic Theory;” Mehran Abdolsalami and Michael A. Morrison; Physical Review A; Volume 36; Number 11; 1 December 1987; pp5474-5477.

“Improved accuracy in adiabatic cross sections for low-energy rotational and vibrational excitation of molecules by electron impact;” Michael A. Morrison, Mehran Abdolsalami, and Brian K. Elza; Physical Review A; Volume 43; Number 7; 1 April 1991; pp3440-3459.

“Implementation of nonseparable exact exchange effects in the first-order nondegenerate adiabatic theory;” Mehran Abdolsalami, Farzan Abdolsalami, Hector Gonzalez; Physical Review A; Volume 50; Number 1; July 1994; pp412-417.

“Study of electron-molecule collisions via the finite-element method and R-matrix propagation technique: Model exchange;” Farzan Abdolsalami, Mehran Abdolsalami, Pedro Gomez; Physical Review A; Volume 50; Number 1; July 1994; pp360-363.

“Study of electron-molecule collision via finite-element method and R-matrix propagation technique: Exact exchange;” Farzan Abdolsalami, Mehran Abdolsalami, Lennard Perez, Pedro Gomez, Mark Silva; Journal of Computational Physics; Volume 121; March 1995; pp314-323.

“Study of rigid-rotor exact exchange electron-N2 scattering using the first-order non-degenerate adiabatic theory;” Mehran Abdolsalami, Farzan Abdolsalami, Lennard Perez; Journal of Physics B; Volume 30; October 1996; pp713-728.

“Neural Network Based Analog Fault Diagnosis Using Wavelet Transform as Preprocessor;” M. Aminian and F. Aminian; IEEE Transactions on Circuits and Systems II: Analog and Digital Signal Processing; Vol. 47; No.2; February 2000; pp151-156.

“Fault Diagnosis of Analog Circuits Using Bayesian Neural Networks with Wavelet Transform as Preprocessors;” F. Aminian and M. Aminian; Journal of Electronic Testing: Theory and Applications; Vol. 17; February 2001; pp. 29-36.

“Fault Diagnosis of Non-Linear Analog Circuits Using Neural Networks;” F. Aminian and M. Aminian; Journal of Electronic Testing: Theory and Applications; Vol. 17; August 2001; pp. 471-481.

“Analog Fault Diagnosis of Actual Circuits Using Neural Networks;” F. Aminian, M. Aminian and B. Collins; IEEE Transactions on Instrumentation and Measurement; Vol. 51; No. 3; June 2002; pp. 544-550.

“Forecasting Economic Data with Neural Networks;” F. Aminian, E. Dante, M. Aminian and T. Walz; Journal of Computational Economics; Vol. 28; No. 1; August 2006; pp. 71-88.

“A Modular Fault Diagnosis System for Analog Electronic Circuits Using Neural Networks with Wavelet Transform as Preprocessor;” M. Aminian, F. Aminian; IEEE Transactions on Instrumentation and measurement; October 2007.

“Multiprocessor Implementation of Modular Fault Diagnosis System for Analog Electronic Circuits Using Neural Networks with Wavelet Transform as Preprocessor;” M. Aminian and F. Aminian; Submitted to IEEE Transactions on Instrumentation and measurement.