Speaker
Yao Zhang
Description
Charged particle tracking for drift chamber is a task in high-energy physics. In this work, we propose using reinforcement learning (RL) to the reconstruction of particle trajectories in drift chambers. By framing the tracking problem as a decision-making process, RL enables the development of more efficient and adaptive tracking algorithms. This approach offering improved performance and flexibility in optimizing end-to-end tracking algorithms for drift chambers.
Experiment context, if any | BESIII |
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Authors
Co-authors
Jin Zhang
Ke LI
Liyan Qian
(Chinese Academy of Sciences (CN))
Ye Yuan
(Institute of High Energy Physics, Beijing)
Zhaoke Zhang