This presentation introduces Matlab as a tool used in flight control research. The example used to illustrate some of the capabilities of this software is a robust controller designed for a single stage to orbit air breathing vehicles's ascent to orbit. The global requirements of the controller are to stabilize the vehicle and follow a trajectory in the presence of atmospheric disturbances and strong dynamic coupling between airframe and propulsion.
Matlab as a Robust Control Design Tool
1994
12 pages
Report
No indication
English
Spacecraft Trajectories & Flight Mechanics , Ascent , Atmospheric effects , Computerized simulation , Control systems design , Design analysis , Dynamic loads , Flight control , Single stage to orbit vehicles , Software tools , Trajectory control , Airframes , Data bases , Fortran , Nonlinear equations , Propulsion system configurations
Matlab as a robust control design tool
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