faculty profile
Dr. Taghi Mostafavi
Associate Professor
Department: Computer Science
Office: Woodward Hall 410 F
Office Hours:
Email: taghi@uncc.edu
Phone: 704-687-8572
Recent Publications:
  • T.L. Tickle, M.T. Mostafavi, et. al. (2006). Pax8, a Human Paired Box Gene, is over expressed in Ovarian Cancer. American Association for cancer Research, Washington DC.
  • T.L. Tickle, M.T. Mostafavi, et. al. (2005). Analysis of Ovarian Cancer Microarray Data using an Application Specific Database System. American Association for cancer Research, Anaheim, CA.
  • K.R. Subramanian, M.J. Thubrikar, M.T. Mostafavi, B. Fowler (2000). Accurate 3D reconstruction of curved coronary vessels from intra-vascular ultrasound images. Journal of Medical Engineering and Technology, 24(4):131-140.
  • K.R. Subramanian, D. M. Lawrence, M.T. Mostafavi (1997). Interactive Segmentation and Analysis of Fetal Ultrasound Images. 8th Eurographics Workshop on Visualization in Scientific Computing, 115-123.
  • M.T. Mostafavi, S. Pragalsingl (1996). An Optical Calibrating Technique for Non-Contact Metrology. Proceeding of ASEP, Monterey, California, 196-201.
  • M.T. Mostafavi (1993). A Parallel Model for Fast Computation of Pattern Matching in Integrated Engineering. Proceeding of the International Congress on Computational Methods in Engineering, 49-56.
  • M.T. Mostafavi (1992). Specialized Interconnected Architecture for VLSI Implementation of Neural Network Models. Intelligent Engineering Systems Through Artificial Neural Networks, 2:67-72.
  • M.T. Mostafavi (1990). Most: A Model and Algorithm for Automatic Test Pattern Generation at the Transistor Level. International Conference Control and Modeling, Tehran, 951-955.
  • M.T. Mostafavi, S. Vishin, W. Dettloff (1990). A parallel Processor ASIC Design for Real Time Pattern Recognition. IEEE International Conference of EURO ASIC 90, Paris, France, 306-309.
  • K. Ashenayi, T. Heng, M.R. Sayeh, M.T. Mostafavi (1990). Single-Layer Perceptron Capable of Classifying 2N+1 Distinct input Patterns. Journal of Modeling and Simulation, 10(4):124-128.
  • Research Areas:
  • Bioinformatics/Biomedical Information Systems
  • Computer and Parallel Architecture
  • Medical Instrumentation