Papers
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Total Citations
3
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About
Tenbo Ye is a researcher specializing in advanced control systems for electro-hydraulic robotics, with a particular focus on disturbance compensation and robust backstepping control methodologies. Their most notable contribution is the development of a disturbance compensation-based robust backstepping control framework for 2-DOF electro-hydraulic tunneling robots, published in 2024. This work addresses critical challenges in precision control for heavy-duty robotic systems operating in harsh, unstructured environments, such as underground tunneling, where external disturbances and nonlinear dynamics significantly impact performance. By integrating robust control techniques with real-time disturbance estimation, Ye’s approach enhances system stability and tracking accuracy, offering practical solutions for construction automation and industrial robotics. While their research is still in its early stages, with the cited paper accumulating 3 citations, it represents a foundational step toward more resilient and adaptive robotic systems. Ye’s work is particularly relevant for engineers and researchers exploring the intersection of hydraulic actuation, nonlinear control theory, and field robotics, promising advancements in autonomous excavation and infrastructure development.
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