Tianping Tao

Southwest University of Science and Technology

Papers

Total Citations

H-Index

About

Tianping Tao is a robotics researcher whose work centers on the design and control of spherical robots—a niche but rapidly evolving field in mobile robotics. His primary contributions lie in mechanical structure innovation and advanced control systems for these unique, omnidirectional platforms. Tao’s most influential work, “Design and Analysis of a Spherical Robot with Two Degrees of Freedom Swing” (2020, 13 citations), addresses a critical limitation in conventional pendulum-driven spherical robots: restricted swing range. By proposing the XK-I robot, capable of swinging around both the X and Y axes, Tao introduced a novel mechanical design that significantly enhances maneuverability and stability, laying a foundation for more agile spherical robotic systems. He further advanced the field with “Design of Autonomous Disturbance Rejection Speed Controller for Spherical Robot” (2021), applying active disturbance rejection control (ADRC) to improve speed regulation under uncertain dynamics. While his citation counts are modest, Tao’s work is notable for its practical, problem-driven approach—directly tackling real-world mechanical and control challenges. His research is particularly relevant for students and engineers exploring non-holonomic robots, pendulum-based locomotion, or robust control in unstructured environments.