Hongyan Shi

Papers

Total Citations

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About

Hongyan Shi is a researcher whose work lies at the intersection of robotics, chaos theory, and intelligent control systems. Her primary research areas include autonomous mobile robot path planning, chaotic dynamics in robotic systems, and the application of nonlinear analysis to improve robotic performance in complex environments. Shi’s major contributions involve pioneering the use of chaos theory to understand and optimize robot navigation. In her most-cited work, she demonstrated that chaotic phenomena exist in the distance-sensor data of autonomous mobile robots, fundamentally altering how path planning complexity is approached in dynamic settings. She further advanced the field by developing the chaotic artificial potential field method, a novel optimization algorithm that merges chaotic optimization with traditional artificial potential fields to enhance mobile robot path planning. Her application of Lyapunov exponent analysis to diagnose surging in deepwater robot thruster motors showcases her ability to translate theoretical nonlinear dynamics into practical engineering solutions. With a cumulative citation count exceeding a dozen across her key publications, Shi’s research provides foundational insights for students and engineers working on intelligent robotics, offering both theoretical frameworks and actionable algorithms for navigating unpredictable environments.