- Pratul K. Ajmera • Semiconductor materials and devices, device
physics, material growth and characterization, device fabrication,
MEMS and integrated microsystems
- Jin-Woo Choi • MEMS & BioMEMS, biosensors and bioelectronic devices,
microfluidic devices and systems, lab-on-a-chip systems, nanomagnetic
particle separators for biomedical applications, nanoscale transducers
- Leszek S. Czarnecki • Power electronics, nonsinusoidal systems,
network analysis and synthesis
- Theda Daniels-Race • Characterization of hybrid electronic materials,
novel optoelectronic device fabrication, growth of band-gap engineered
III-V nanostructures
- Martin Feldman • Applied optics, x-ray lithography, micromachining
- Guoxiang Gu • Modeling and control of networked feedback systems,
statistical signal processing with applications, and cooperative
estimation and control
- Bahadir Gunturk • Multimedia communications, image/video processing,
computer vision, data fusion, biometrics
- Daniel S. Katz (adjunct) •Numerical methods, algorithms, and
programming applied to supercomputing, parallel
computing, cluster computing and embedded computing, fault-tolerant
computing
- David M. Koppelman • Computer architecture and microarchitecture,
specialized processors
- Xin Li • Visual computing, computer graphics, vision, geometric data
modeling, processing, analysis and simulation
- Xuebin Liang • Wireless communications, information theory, signal and
image processing, neural networks, computation and complexity
- Ernest Mendrela • Brushless DC machines; disc, linear, and
rotary-linear motors; MAGLEV vehicles; magnetic separators
- Morteza Naraghi-Pour • Wireless communication, wireless sensor and ad
hoc networks, communication theory,
telecommunication networks, neural networks, signal processing
- Lu Peng • Computer architecture, microarchitecture, system performance
analysis, network processor
- Suresh Rai • Evolable computing, network traffic engineering,
wavelets, fault tolerant computing, digital logic testing and neural
modeling, reliability evaluation of multiprocessor and distributed
networks
- Jagannathan Ramanujam • Optimizing compilers, high performance
computing, embedded systems, low power
computing, computer architecture
- Ashok Srivastava • Low power VLSI design, nanoelectronics, RF
MEMS/NEMS, microsystems
- Thomas Sterling (adjunct) • Advanced computer architecture,
programming environments and parallel execution models, cluster
computing
- Jerry L. Trahan • Theory of computation, models of parallel
computation, reconfigurable meshes, run-time
reconfiguration, reliability, algorithm design and analysis
- Ramachandran Vaidyanathan • Parallel and distributed computing,
algorithms, reconfiguration, interconnection
networks, optical interconnects
- Georgios Veronis • Theory and simulation of photonic materials and
devices, nanoscale photonic devices, plasmonics, computational
electromagnetics
- Shuangqing Wei • Physical layer security, cognitive radio networks,
wireless sensor networks and multiuser information theory
- R. Clive Woods • Novel microelectronic and superconducting devices,
semiconductor avalanching, photo transistors and bipolar transistors,
acoustic charge transfer devices, organic semiconductors
- Hsiao-Chun Wu • Statistical signal processing for telecommunication,
ultrasonics, speech, image and biomedical
applications, wireless communications, detection and estimation,
theoretical studies of system and filters
- Kemin Zhou • Robust and optimal control, system theory, signal
processing, fault diagnosis and fault tolerant control, applications
of advanced control theory