Zitao Yang

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About

Zitao Yang is a researcher specializing in advanced control systems for robotic exoskeletons, with a focus on nonlinear dynamics, coupling challenges, and human-robot interaction. His most cited work, "Active Disturbance Rejection Control With Backstepping for Decoupling Control of Hydraulic Driven Lower Limb Exoskeleton Robot" (2024, 15 citations), addresses a critical problem in assistive robotics: the strong coupling between joints and parameter ingestion in hydraulic-driven lower limb exoskeletons. By integrating active disturbance rejection control with backstepping techniques, Yang developed a decoupling control strategy that enhances stability and power assistance for wearers, reducing fatigue and improving load-bearing capacity. This contribution is notable for tackling the inherent nonlinearities of hydraulic systems, which are often overlooked in simpler control approaches. Yang’s work has immediate implications for rehabilitation engineering and industrial exoskeletons, where precise, robust control is essential. His research demonstrates a practical pathway to making exoskeletons more responsive and reliable, bridging the gap between theoretical control theory and real-world assistive devices. With growing interest in wearable robotics, Yang’s innovations are poised to influence future designs in human augmentation and mobility assistance.