THE orbital pursuit–evasion (PE) problem of two spacecraft is typically modeled as a two-
player zero-sum differential game [1], where one of the players is called the pursuer and the …

This paper presents a dimension-reduction method for solving the free-time pursuit-evasion
game between two spacecraft near circular orbits. Theoretically, finding the saddle-point …

The orbital pursuit-evasion game is typically formulated as a complete-information game,
which assumes the payoff functions of the two players are common knowledge. However …

DIFFERENTIAL game refers to a game of two players in a time-continuous system in an
attempt to optimize the players, independent or conflicting goals. The differential game was …

This article studies the autonomous game control problem for spacecraft rendezvous by
using the adaptive perception and interaction. The rendezvous mission involves two …

This paper presents an efficient and stable DNNs-based Radau pseudospectral method for
the free-time elliptical orbit pursuit-evasion game based on the equivalent reconstruction of …

In this paper, a Cartesian model of the orbit pursuit-evasion game under J2 perturbations is
constructed, and a step-by-step solution method applicable to this problem, namely the Hp …

Aiming to solve the optimal control problem for the pursuit-evasion game with a space non-
cooperative target under the condition of incomplete information, a new method …

This paper studies the orbital pursuit-evasion-defense problem with the continuous low
thrust propulsion. A control strategy for the pursuer is proposed based on the fuzzy …

In this paper, the problem of microsatellites-based adaptive cooperative game attitude
takeover control for a failed spacecraft is investigated. Specifically, a manned microsatellite …