| Wisconsin Distinguished Professor | • Thin film growth and theory;
• Design and fabrication of complex ceramic nanostructures;
• Sputter deposition with real-time plasma monitoring;
• Optical behavior of wide band-gap materials;
• Coatings for corrosion control inc. biomedical applications. |
| Professor | • Image metrology and 6 degree of freedom spatial sensing from images;
• Medical imaging applications of spatial sensing from images;
• Human motion analysis applications of spatial sensing from images. |
| Assistant Professor | |
| Professor | • Medical imaging;
• Computer-integrated manufacturing;
• Superconductivity. |
| Professor | • Nanoelectromagnetics and electromagnetics of carbon nanotubes;
• Electromagnetic wave phenomena in layered media;
• Integrated transmission lines, waveguides and antennas;
• Leaky waves;
• Mathematical methods in electromagnetics. |
| Adjunct Professor | |
| Associate Professor | • Computer Networks;
• High Performance Distributed and Parallel Systems;
• Computer Architecture;
• Performance Evaluation;
• Fault Tolerance;
• Reliability;
• Operating Systems;
• Real Time Systems. |
| Assistant Professor | • Auditory prosthesis
• Machine learning
• Signal processing.
|
| Adjunct Professor | |
| Associate Professor | • Optical imaging at near-infrared wavelengths;
• Microelectronic device/circuit fabrication based on Si and III-V compounds;
• Inverse scattering;
• Broad application of biomedical imaging systems, biophotonics and biomedical instrumentation to explorations of human pathophysiology, disease diagnosis and management, and physiologic monitoring in critical care environments. |
| Assistant Professor | • Novel nanophotonic and nanoelectronics materials;
• Related effects and devices;
• Controlled nanofabrication;
• Vapor Liquid Solid growth of nanowires;
• Bio-nanofunctionaliztion;
• Solid-state electronics and energy conversion devices. |
| Associate Professor | • Wave propagation in optical communication;
• Modeling of nonlinear optical devices;
• Wave mixing;
• Optical switching and computing;
• X-ray sources;
• Data visualization. |
| Assistant Professor | • Photonics;
• Plasmonics;
• Surface plasmon based optical sensors for chemical and biological detection;
• Metamaterials;
• Photonic bandgap structures;
• Optical fiber communications;
• Multimode fibers;
• Fiber lasers; |
| Professor | • Electromagnetic Characterization of Materials;
• Nondestructive Evaluation;
• Sub-surface Imaging Technology;
• Radio Frequency and Microwave Communication Systems;
• Numerical and Asymptotic Techniques in Electromagnetics;
• Industrial and Biomedical Applications of Microwaves;
• RF Circuits;
• Optical Communication.
|
| Assistant Professor | • Modeling, analysis, design, and control of power electronic converters;
• Switched-mode power supply and UPS systems;
• Adjustable speed drives;
• More electric vehicles, aircrafts, and ships;
• Digital control of converters and motor drives;
• Reduced-parts converters for industrial applications;
• Power electronic interface for electro-mechanical and electro-chemical systems. |
| Assistant Professor | • Electronics,
• Electromagnetics,
• Optics and Photonics and their applications in Neuroscience.
|
| Assistant Professor | • Bio-photonics;
• Bio-instrumentation;
• Fluorescence imaging;
• Noninvasive Optical tissue diagnostics;
• Optics;
• Electromagnetics.
|
| Associate Professor | • Electronics;
• Circuits Design;
• Semiconductor Devices;
• Semiconductor Processing Technology;
• Spintronics;
• Magnetic bio-sensors;
• Microelectronics;
• Nanoelectronics;
• Anti-tampering integrated circuits;
• Radiation hardened integrated circuits. |
| Adjunct Professor | |
| Associate Professor | • Biomedical imaging;
• Magnetic Resonance Imaging;
• Image Processing;
• Multidimensional Signal Reconstruction. |
| Professor | • Power systems;
• Integration of wind power;
• Distribution system analysis;
• Reliability analysis;
• The ANN application of intelligent maintenance/monitoring;
• Microgrid analysis in power systems. |
| Assistant Professor | • Biomedical imaging. |
| Professor | • Image Processing and Computer Vision;
• Digital Signal Processing;
• Digital Communications. |
|
23 Records Returned |
