Papers
3
Total Citations
162
H-Index
3
About
Lala Zhao is a leading researcher in mobile robotics, with a primary focus on omnidirectional locomotion systems and multi-robot coordination. Her work centers on the design, modeling, and navigation of Mecanum-wheeled robots—vehicles capable of moving in any direction without turning. Zhao’s major contributions include developing a topological design method for Mecanum wheel configurations, which provides a simple yet rigorous theoretical framework for judging omnidirectional mobility. She also created a kinematic model with velocity compensation for combined systems of multiple Mecanum-wheeled robots, enabling precise transport of large-scale objects in industrial settings. In navigation, she advanced simulation techniques by implementing an improved A* algorithm within Unity3D, allowing for real-time, three-dimensional visualization of robot path planning. Her three most-cited papers—published in 2019—have accumulated 63, 56, and 43 citations respectively, reflecting the immediate and sustained impact of her work. Zhao’s research bridges theoretical kinematics and practical simulation, offering essential tools for engineers and researchers working on agile, multi-robot material handling systems.
Research Focus
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Top Papers
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