Urbashi Mitra |
|
||
Professor, Electrical Engineering Professor, Computer Science
|
Research Interests |
The bulk of my research has been on the development and
analysis of algorithms for wireless communication systems. Our current focus
is on the interface of communications, sensing and control. Recent research topics of interest include:
underwater acoustic communications, communication over channels with state,
decentralized control, wireless body area networks for health, joint sensing,
control and communication, ultrawideband
communications and sensor networks. |
Research Projects |
· ONR Science of Autonoms: Intelligent Coordination and
Adaptive Classification for Naval Autonomous Systems (USC: U. Mitra (Lead),
S. Narayanan, G. Sukhatme; Northeastern: M. Stojanovic, WHOI: H. Singh and
MIT: F. Hover). |
· NSF CIF: Small: Multiscale Methods for Mobile Underwater
Networks. |
· NSF
NeTS: Large: Collaborative Research: Exploration and Exploitation in Actuated
Communication Networks (with S. Narayanan-USC, G. Sukhatme -USC and M.
Stojanovic -Northeastern, F. Hover - MIT) |
· AFOSR: Reduced-Dimension Wireless Network and Radio
Design: Enabling New Radio Architectures (with A. Goldsmith, Stanford) |
· NSF NeTS: Medium: A Sparse Decomposition Framework for
Complex System Design and Analysis (with A. Ortega, USC) |
Research Information |
Students,
Post Docs, and Visitors Research
Support USC WiSE, and the Ming Hsieh
Institute previous sponsors include: Qualcomm,
Intel, Cisco, NIH, USC Provost’s Office |
Classes Taught |
course web pages are managed via either DEN
Blackboard or USC Blackboard
and require account access - course syllabi are provided below · new for
Spring 2015: EE599 Underwater Acoustic
Communications: a case study in fast, time-varying wireless channels and
sparse approximation · Applied Linear Algebra for Engineering
- undergraduate (EE 241) ·
Freshman Academy - undergraduate (ENGR 102) · Applied Linear Algebra for
Engineering - graduate (EE 441) · Probability Theory for
Engineers (EE 464) · Mobile Communications (EE
535) · Spread Spectrum Systems (EE 538) · Digital Communication Theory (EE
564) · Sparse Approximation Theory
(EE 599) |
|