Yunzhi Luo

Papers

Total Citations

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About

Yunzhi Luo is a robotics researcher whose work bridges bio-inspired flight and humanoid locomotion. His primary research areas include flapping-wing aerial robotics, whole-body dynamics, and high-torque actuation for legged systems. Luo’s most notable contribution is the development of an Extended State Observer (ESO)-based attitude controller for a bird-like flapping-wing flying robot, a breakthrough that addresses the inherent instability of ornithopter flight. This work, published in 2020, has garnered 13 citations and demonstrates his ability to apply advanced control theory to unconventional platforms. In parallel, Luo has tackled the challenge of humanoid robot mobility, proposing a pulsing-type joint servo driver that enables a stepping-over gait for obstacle surmounting. By integrating whole-body dynamics with instantaneous torque considerations, his 2020 study (2 citations) offers a practical method for achieving high torque in humanoid robots without compromising stability. This work is particularly relevant for real-world applications where robots must navigate cluttered environments. Luo’s research stands out for its dual focus on novel aerial mechanisms and robust terrestrial locomotion, showcasing his versatility in pushing the boundaries of both bio-inspired and humanoid robotics.