Location
University of Utah
Start Date
6-19-1998 4:00 PM
Description
In this paper we present a spacecraft control for rigid fleet rotations. This is done by creating a fleet template which is slowly rotated to generate desired trajectories for each individual spacecraft. By rotating the template slow enough each spacecraft is able to track these trajectories to within a given tolerance in the presence of actuator saturation. Simulations for a three spacecraft fleet are given.
Multiple Spacecraft Fixed Formation Control for Large Baseline Interferometry
University of Utah
In this paper we present a spacecraft control for rigid fleet rotations. This is done by creating a fleet template which is slowly rotated to generate desired trajectories for each individual spacecraft. By rotating the template slow enough each spacecraft is able to track these trajectories to within a given tolerance in the presence of actuator saturation. Simulations for a three spacecraft fleet are given.