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arXiv · 2603.17324

ShuttleEnv: An Interactive Data-Driven RL Environment for Badminton Strategy Modeling

Ang Li·Xinyang Gong·Bozhou Chen·Yunlong Lu·Jiaming Ji·Yongyi Wang·Yaodong Yang·Wenxin Li
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Abstract

We present ShuttleEnv, an interactive and data-driven simulation environment for badminton, designed to support reinforcement learning and strategic behavior analysis in fast-paced adversarial sports. The environment is grounded in elite-player match data and employs explicit probabilistic models to simulate rally-level dynamics, enabling realistic and interpretable agent-opponent interactions without relying on physics-based simulation. In this demonstration, we showcase multiple trained agents within ShuttleEnv and provide live, step-by-step visualization of badminton rallies, allowing attendees to explore different play styles, observe emergent strategies, and interactively analyze decision-making behaviors. ShuttleEnv serves as a reusable platform for research, visualization, and demonstration of intelligent agents in sports AI. Our ShuttleEnv demo video URL: https://drive.google.com/file/d/1hTR4P16U27H2O0-w316bR73pxE2ucczX/view

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Ang Li, Xinyang Gong, Bozhou Chen, Yunlong Lu, Jiaming Ji, Yongyi Wang, Yaodong Yang, Wenxin Li. 2026-03-18. ShuttleEnv: An Interactive Data-Driven RL Environment for Badminton Strategy Modeling. https://arxiv.org/abs/2603.17324

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