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Xinge Li

3 accepted papers

2026

An Integrated Electrohydraulic Soft Robotic Fish With 3D Maneuverability and Autonomous Control

RA-L 2026

Soft robots enable compliant interaction with humans and the environment. However, their widespread deployment is constrained by significant challenges, including limited mobility and the inherent complexity of incorporating power and control systems into their bodies. In this paper, we present a fu

Cited by 0SourceScholar
2025

Extreme-Hydrostatic-Pressure Resilient Dielectric Elastomer Actuator for Propeller Propulsion

IROS 2025

Exploring high hydrostatic pressure environments such as deep sea presents significant challenges to robotic devices, for they often rely on strong yet heavy and costly protective structures to shield components from being crushed by the extreme pressure. To dismiss the need for bulky protection she

Cited by 0SourceScholar
2024

Learning Robust Skills for Tightly Coordinated Arms in Contact-Rich Tasks

RA-L 2024

Multi-arm coordination has been receiving increasing attention in industry and our daily life. However, empowering arms to skillfully manipulate a common object within contact-rich tasks remains a daunting challenge. In this letter, we introduce a novel learning-based framework for arms to manipulat

Cited by 10SourceScholar