Chaoyi Xu
WeChat: 13915930090
About Me
Currently, I am freely exploring various research directions that interest me.
Previously, I was a research intern at PKU EPIC Lab and Galbot, where I was fortunate to be advised by Prof. He Wang.
During my time there, I worked closely with Gireesh Nandiraju and Jaylon Wang.
I may started from the bottom, but now I’m… well, still on my way up (slowly) ! And I really enjoy the journey on this (tough) way.
I also play basketball and hit the gym a lot (but not really since becoming a research intern).
I have extensive experience collaborating with international teams, am fluent in English, and am enthusiastic about connecting with peers for academic exchange, as well as exploring new research and career opportunities. It would be my great honor to treat you to a coffee or a beer for an engaging face-to-face conversation! ☕🍻
Research Interests
I am passionate about exploring innovative technologies in robotics, artificial intelligence, and healthcare, particularly those with potential for real-world implementation and societal benefit.
Publications
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ICRA 2025
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IROS 2024
Code Project PageOral Presentation at IROS 2024
Oral Presentation at CVPR 2024 @ VLADA
Spotlight Presentation at ICRA 2024 @ 3D Manipulation
ICRA 2024
arXiv 2024
Projects
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Time: 2025Overview: A reproduction of the open-source GELLO project for real-time teleoperation of the Franka robot. The system ensures sim-to-real synchronization, enabling real-time collision and safety monitoring in simulation before execution in the real world. -
Time: 2025Overview: A teleoperation system leveraging smartphone sensor signals. Motion sensors control the end-effector's orientation, while on-screen buttons manage translation, enabling an intuitive control experience. -
Time: 2023Overview: Simulately is a project where we gather useful information of robotics & physics simulators for cutting-edge robot learning research.Open-source Project
Selected into CMU 16-831
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Time: 2022Overview: A facial EMG signal acquisition device designed for ALS patients to capture muscle activity during speech and an algorithm to reconstruct speech from EMG signals. -
Competition: Jiangsu Division of 2021 National College Students Electronic Design Competition of TI CupAward: First PrizeOverview: An autonomous robot with visual line tracking, ward number recognition, load detection, and automatic round-trip navigation for medicine delivery between hospital pharmacy and wards. -
Competition: 2020 Jiangsu TI Cup College Student Electronic Design CompetitionAward: First PrizeOverview: A wireless motion sensor node using the ADS1292 and LMT70 chips for real-time ECG, temperature, and motion tracking, with low-latency data transmission to mobile devices.
Experience
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