Qiao Bing

Papers

Total Citations

151

H-Index

About

Qiao Bing is a leading figure in mobile robotics, best known for pioneering work on omnidirectional locomotion. Their research centers on the kinematic modeling and control of Mecanum wheeled platforms, fundamentally advancing how robots achieve precise, multi-directional movement without reorientation. Qiao’s seminal 2015 paper, “Kinematic Model of a Four Mecanum Wheeled Mobile Robot,” has garnered over 150 citations, establishing the foundational forward and inverse kinematic relations that enable eight distinct motion patterns. This work has become a cornerstone for researchers and engineers designing agile robots for manufacturing, logistics, and service applications. By bridging theoretical derivation with experimental validation, Qiao provided a practical framework that continues to influence autonomous navigation and motion control. Their contributions have not only shaped academic discourse but also driven real-world adoption of omnidirectional systems in constrained environments. For students and researchers, Qiao Bing’s work exemplifies how rigorous kinematic analysis can unlock new capabilities in robotic mobility, making them a key reference in the field.