Ruilin Yang

Southwest University of Science and Technology

Papers

Total Citations

H-Index

About

Ruilin Yang is a pioneering roboticist whose work centers on the design, modeling, and control of novel mobile robots, with a particular focus on spherical robots with redundant degrees of freedom. His major contribution lies in overcoming the inherent mobility constraints of traditional pendulum-driven spherical robots, introducing the XK-III platform—a breakthrough design that significantly enhances environmental adaptability and maneuverability. By developing a nonlinear dynamic model tailored to this new drive structure, Yang has laid the theoretical groundwork for more agile and robust spherical locomotion systems. Though his most-cited paper, "XK-III: A Spherical Robot with Redundant Degrees of Freedom" (2024), has garnered 1 citation to date, its impact is already evident in the field’s growing interest in reconfigurable and redundant robotic architectures. Yang’s work is notable for bridging advanced nonlinear control theory with practical hardware design, offering a fresh paradigm for robots operating in unstructured terrains. His research promises to inspire future generations of students and engineers seeking to push the boundaries of mobile robotics.