Results for "Electrical and Computer Engineering"

VLSI design and test, Formal verification, Fault-tolerant computing

Two-dimensional nanomaterials, graphene, carbon nanotubes, solid-state Devices. Sensors, RF circuits, flexible electronics, bio-electronics, electronics to interface to the skin and brain. plant electronics.

Dr. Andrews' research interests focus on all areas of multiuser wireless communications, including advanced CDMA systems, multiuser OFDM, and wireless ad hoc networks. He teaches graduate courses at UT Austin…

Adaptive control and estimation techniques of stochastic systems; Stochastic hybrid systems; Adaptive control of nonlinear systems
Research interests include analysis and estimation techniques for stochastic…

MOS and nanostructure device modeling, UHVCVD for Si-Ge-C heterostructure devices, Ultra-shallow junction technology and process modeling
Dr. Banerjee is active in the areas of ultra high vacuum and remote…

We build lasers, photodetectors, and LEDs out of crystalline materials that we engineer at the single-atomic level.

(1) in-depth, iterative, and coordinated design and analysis of software systems among distributed teams
(2) information assurance and coordination for distributed agent-based software systems

Human…

• Ultra-high speed nonlinear microscopy for brain imaging
• 3D imaging flow cytometry at million frames per second
• Two-photon fluorescence endoscopy for cancer diagnosis
• Ultrafast laser…