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Zonghao Zuo

2 accepted papers

2025

A Self-Sensing Phase-Change Buoyancy System for Miniaturized Deep-sea Robotics

IROS 2025

Buoyancy systems play a vital role in the efficient movement and control of deep-sea robots. Traditional buoyancy systems for these robots rely on high-pressure hydraulic pumps and heavy pressure-resistant shells, resulting in notable increases in size, mass, and cost. Consequently, there is an urge

Cited by 0SourceScholar
2025

Design and Control of a 6-DOF Fully Actuated Aerial-Aquatic Robot with Thrust Vectoring

IROS 2025

Single-medium, multi-degree-of-freedom robots often face limitations in aerial-aquatic tasks due to structural and weight constraints, which compromise their mobility in both air and water. To address this, we introduce a 6-degree-of-freedom fully actuated aerial-aquatic robot that employs thrust ve

Cited by 0SourceScholar