Zhao Shu-shang

Henan University of Science and Technology

Papers

Total Citations

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About

Zhao Shu-shang is a pioneering researcher in robotics, with a primary focus on balance control systems and autonomous object recognition technologies. His most influential work, "Research on developed parallel two-wheeled robot and its control system" (2008, 11 citations), addresses the fundamental challenge of stabilizing naturally unstable systems—akin to an inverted pendulum—through advanced control mechanisms. This research laid critical groundwork for walking balance control in two-wheeled robots, demonstrating how effective control strategies can transform inherently unstable platforms into functional, agile machines. Building on this, Zhao's 2011 paper on multi-feature fusion for autonomous robot object recognition (5 citations) tackles the limitations of single-feature tracking in complex environments. By integrating multiple sensory features, his algorithm significantly improves tracking accuracy and robustness, enabling robots to distinguish and follow objects where color-based methods alone fail. Though his citation counts are modest, Zhao's contributions are foundational, bridging theoretical control engineering with practical robotic applications. His work exemplifies the iterative process of robotics innovation—solving core stability problems before enhancing perceptual capabilities—and remains a reference point for researchers developing autonomous, self-balancing robotic systems.