Faculty Research Areas
Analog Processor Technology
Biomedical Applications
Biomedical Implants, neural implants, biomedical circuits and systems [research page]
Communication Networks and Protocols
Communication Theory and Transmission Technology
Communications, information theory, digital signal processing, optimal estimation of detection
Computer Architecture
Digital Processing Technology
Communications, information theory, digital signal processing, optimal estimation of detection
Energy
Conversion of light (solar cells / photovoltaics) and heat (thermophotovoltaics) to produce energy and make devices more energy efficient. [research page]
Image and Signal Processing for Security and Medical Applications
Encryption algorithms for information security, Edge Detection for real time applications, Recognition systems for threat objects, Image Restoration, Qualitative measures for evaluating image enhancement, Performance metrics for automatic algorithm parameter selection, Non-reference measures for image reconstruction.
Integrated Circuits and VLSI
Low power Analog and Mixed Signal Circuits, Image Sensors, Biomedical Circuits, Nanoscale Circuits and Systems
High Performance Analog and Mixed Signal Circuits, Optical Communications, Photonic Systems
The development of low-noise, high operation temperature multi-color infrared cameras / photodetectors [research page]
Materials Science
Microfabrication
Multimedia
Signal and Image Processing
Image processing, physics- and model-based methods, inverse problems, statistical methods, biomedical and geophysical applications [research page]
Simulation and Modeling
Fault Simulation and VLSI Test, Multi-Domain Simulation for catastrophic system analysis [research page]
Creation of K-12+ accessible 3D animations of scientific principles and technological application [research page]
Submillimeter Waves
High Frequency Materials Measurement, Millimeter and Submillimeter Waves [research page]