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Nash Pursuit Strategy for Nonzero-Sum MPC Game via Inverse Optimal Control | IEEE Conference Publication | IEEE Xplore

Nash Pursuit Strategy for Nonzero-Sum MPC Game via Inverse Optimal Control


Abstract:

In this paper, a traditional one v.s. one pursuit and evasion scenario is considered. The evader aims to reach her target and avoid being captured by the pursuer, while t...Show More

Abstract:

In this paper, a traditional one v.s. one pursuit and evasion scenario is considered. The evader aims to reach her target and avoid being captured by the pursuer, while the pursuer, without the knowledge of the evader’s cost function, intends to capture the evader before she successfully escapes. We formulate this problem as a Model Predictive Control Decoupled Pursuit and Evasion Game (MPC-DPEG) model with incomplete information. We apply Inverse Optimal Control (IOC) technique to estimate the evader’s cost function and give a Nash pursuit strategy for MPC-DPEG as the optimal strategy for the pursuer. Numerical examples reveal the improvement of pursuit performance of the Nash pursuit strategy based on the estimated cost function over naive pursuit strategies.
Date of Conference: 04-07 May 2022
Date Added to IEEE Xplore: 20 July 2022
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Conference Location: Jeju, Korea, Republic of

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