Deng Yi

Papers

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About

Deng Yi is a robotics researcher specializing in hydraulic actuation systems and trajectory planning for heavy-load industrial robots. Their primary research focuses on the design and control of hydraulic direct-driven joint robots, addressing the critical challenge of enabling precise motion control under substantial payload demands. In their notable 2018 work on trajectory planning for a six-degree-of-freedom hydraulic joint robot—comprising base, waist, upper arm, median arm, lower arm, wrist, and hand components—Deng Yi contributed foundational methodologies for optimizing movement paths in high-torque robotic systems. This research has garnered 2 citations, reflecting its niche but valuable impact on advancing hydraulic robotics for manufacturing and automation applications. Deng Yi's work bridges the gap between traditional electric actuators and the superior power density of hydraulics, offering practical solutions for industries requiring robust, heavy-lifting robotic arms. Their contributions continue to inform subsequent studies on joint coordination and energy-efficient motion in hydraulic robots, marking them as a dedicated specialist in this specialized engineering domain.