ZJUNlict Extended Team Description Paper 2025

Fuente: arXiv
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Hauptverfasser: Wu, Zifei, Wang, Lijie, Yang, Zhe, Yang, Shijie, Wang, Liang, Fu, Haoran, Cai, Yinliang, Xiong, Rong
Format: Preprint
Veröffentlicht: 2025
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author Wu, Zifei
Wang, Lijie
Yang, Zhe
Yang, Shijie
Wang, Liang
Fu, Haoran
Cai, Yinliang
Xiong, Rong
author_facet Wu, Zifei
Wang, Lijie
Yang, Zhe
Yang, Shijie
Wang, Liang
Fu, Haoran
Cai, Yinliang
Xiong, Rong
contents This paper presents the ZJUNlict team's work over the past year, covering both hardware and software advancements. In the hardware domain, the integration of an IMU into the v2023 robot was completed to enhance posture accuracy and angular velocity planning. On the software side, key modules were optimized, including the strategy and CUDA modules, with significant improvements in decision making efficiency, ball pursuit prediction, and ball possession prediction to adapt to high-tempo game dynamics.
format Preprint
id arxiv_https___arxiv_org_abs_2511_02315
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle ZJUNlict Extended Team Description Paper 2025
Wu, Zifei
Wang, Lijie
Yang, Zhe
Yang, Shijie
Wang, Liang
Fu, Haoran
Cai, Yinliang
Xiong, Rong
Robotics
Systems and Control
This paper presents the ZJUNlict team's work over the past year, covering both hardware and software advancements. In the hardware domain, the integration of an IMU into the v2023 robot was completed to enhance posture accuracy and angular velocity planning. On the software side, key modules were optimized, including the strategy and CUDA modules, with significant improvements in decision making efficiency, ball pursuit prediction, and ball possession prediction to adapt to high-tempo game dynamics.
title ZJUNlict Extended Team Description Paper 2025
topic Robotics
Systems and Control
url https://arxiv.org/abs/2511.02315