Inspired by the combination of zero-sum game and fixed-time convergence, this study
investigates the optimal control strategy for a multisatellite fixed-time pursuit–evasion zero …

In this article, the nonzero-sum pursuit-evasion (PE) game control problem is studied for a
class of linear spacecraft control systems subject to the complete information case and …

This research investigates the orbital pursuit-evasion games with impulsive maneuvers in
long-distance interception scenarios. Specifically, this paper examines the influences of …

This article presents a rigorous formulation for the pursuit‐evasion (PE) game when velocity
constraints are imposed on agents of the game or players. The game is formulated as an …

This paper designs optimal control polices for networked multiagent pursuit-evasion game
(MPEG) problems based on reinforcement learning (RL) technique. Depending on the …

This paper focuses on the impulsive orbital pursuit–evasion game (OPEG) with limited
action sets for the pursuer and evader. Initially, a mathematical model is developed by …

This paper addresses the problem of orbital maneuver of the pursuer to position the evader
within its imaging zone, which is a spherical cone centered at the pursuer's camera with its …

The orbital game theory is a fundamental technology for the cleanup of space debris to
improve the safety of useful spacecraft in future, thus, this work develops a decision-making …

This paper proposes a delta-V analysis method for the impulsive orbital interception of a non-
cooperative maneuvering target from the perspective of reachable domain coverage. In the …

The orbital evasion problem is getting increasing attention because of the increase of space
maneuvering objects. In this article, an escape-zone-based optimal orbital evasion guidance …