Chaos Control of Tethered Satellite in Elliptic Orbit With High Eccentricity

In a tethered satellite system on elliptical orbits, its in-plane angle can exhibit chaotic behavior. Due to the inherent unpredictability of chaos, conventional control methods often fail to stabilize the system. As the orbital eccentricity increases, the chaotic behavior becomes more pronounced, and the system may even exhibit global chaos. To broaden the application scenarios of the tethered satellite, it is necessary to design corresponding chaos suppression algorithms to make it stable. In