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faculty profile |
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| Dr. Taghi Mostafavi |
| Associate Professor |
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Department: Computer Science |
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Office: Woodward Hall 410 F |
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Office Hours: |
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Email: taghi@uncc.edu |
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Phone: 704-687-8572 |
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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.
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Research Areas:
Bioinformatics/Biomedical Information Systems
Computer and Parallel Architecture
Medical Instrumentation
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