This product contains the following reports from the Final Proceedings for Advanced Autonomous Formation Control and Trajectory Management Techniques for Multiple Micro UAV Applications, 19 May 2008-20 May 2008: (1) Professor Mario Garcia-Sanz: The quantitative feedback theory design technique for structured and unstructured parametric uncertainty; (2) Professor Gary Lamont: Optimizing the Micro UAV mission and parallel simulations; (3) Professor Chris Papachristos: Embedded Reconfigurable Processing for UAV Applications; (4) Dr. Robert Ewing: Quantitative Feedback for Optical Flow Processing; and (5) Dr. Roberto Tempo: Randomized Algorithms for Systems and Control: Theory and Applications.
Advanced Autonomous Formation Control and Trajectory Management Techniques for Multiple Micro UAV Applications Held in Glasgow, United Kingdom on 19-20 May 2008 (CD-ROM)
2008
pages
Report
No indication
English
Aircraft , Computers, Control & Information Theory , Control , Drones , Feedback , United kingdom , Optimization , Miniaturization , Uncertainty , Simulation , Algorithms , Symposia , Micro air vehicles , Uav(Unmanned aerial vehicles) , Flight control , Multimedia(Cd-rom) , Foreign reports , Aq f09-11-03242 , Proceedings , Nato furnished , Quantitative feedback , Parallel simulation