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Technical Lead: F.L.
Lewis, Ph.D. Moncrief-O’Donnell
Endowed Chair |
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Research Areas: Intelligent Nonlinear Control Neural
network feedback control Hamilton Jacobi equation solution using neural networks Optimal control for nonlinear systems H-infinity (game theory) control Approximate Dynamic Programming Policy Iteration for continuous-time systems ADP for continuous-time systems Discrete Event Supervisory Control Intelligent Diagnostics and Prognostics Labs Distributed Intelligence & Autonomy Lab (DIAL) Autonomous Systems Lab (UAV helicopters and UGV) |
RECENT
PRESENTATIONS
Wireless Sensor
Networks, Inst. Infocom Research & NTU,
Singapore, March 2006
Wireless
Sensor Networks: Issues, Advances, Open
Problems, CIS-RAM Conference Bangkok, June 2006
Adaptive
Dynamic Programming for Feedback Control, plenary talk, Workshop on ADP/RL,
Hawaii, 2007.
Intelligent
Diagnostics & Prognostics, Fort Worth
METROCON, 2007.
Adaptive
Dynamic programming for Continuous-Time systems, Mike Sain 70th
BD workshop, Oct. 2007
INFORMATION
FOR NEW STUDENTS APPLYING – Apply through Graduate Adviser, Dept. of
Electrical Engineering
Ph.D. Students:
MS and U-Grad
students:
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Chris McMurrough, U-Grad,
semiautonomous small disposable UAV
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Former Ph.D. Students:
Research
Supported by:
National Science Foundation
Army Research Office
ONR, NASA, and ARO SBIR Contracts
F.L. Lewis Professional Details-
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