Ruibin Zhang

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Total Citations

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About

Ruibin Zhang is a leading researcher in the field of robotics, specializing in the design, control, and autonomous navigation of terrestrial-aerial bimodal vehicles. His work bridges the gap between aerial mobility and ground endurance, creating hybrid robots capable of seamless locomotion across air and diverse terrains. Zhang's major contributions include the development of "Skater," a novel bi-modal bi-copter robot that uses passive wheels for efficient ground movement while retaining full flight capabilities. He also pioneered an autonomous and adaptive navigation framework that enables these vehicles to operate without human intervention, a critical step toward practical deployment. His most cited paper (66 citations) on autonomous navigation for bimodal vehicles has set a benchmark in the field, while his subsequent work on exploration frameworks (2025) addresses real-world energy and time constraints. Zhang's research has been published in top robotics venues and is widely recognized for its practical impact, with cumulative citations exceeding 90. His innovations are poised to transform applications in search-and-rescue, environmental monitoring, and logistics, where hybrid mobility offers a distinct advantage.