In this paper, a robust constant thrust collision avoidance maneuver approach is proposed based on the relative motion dynamic model. First, the design problem is cast into a convex optimization problem by introducing a Lyapunov function subject to linear matrix inequalities. Next, the robust controllers satisfying the requirements can be designed by solving this optimization problem. Then, a new algorithm of constant thrust fitting is proposed through the impulse compensation and the fuel consumption under the theoretical continuous thrust and the actual constant thrust is calculated and compared by using the method proposed in this paper. At last, the proposed method has the advantage of saving fuel is proved and the actual constant thrust switch control laws are obtained through the isochronous interpolation method, an illustrative example is provided to show the effectiveness of the proposed control design method.
A robust orbit design method for constant thrust collision avoidance maneuver
2014-08-01
177691 byte
Conference paper
Electronic Resource
English
Active collision avoidance maneuver under constant thrust
Elsevier | 2011
|Constant thrust collision avoidance maneuver under thruster failure
Elsevier | 2011
|Constant thrust collision avoidance maneuver under thruster failure
Online Contents | 2012
|Active collision avoidance maneuver under constant thrust
Online Contents | 2011
|Low-Thrust Collision Avoidance Maneuver Optimization
AIAA | 2022
|