Papers
2
Total Citations
5
H-Index
2
About
Tiange Xue is an emerging researcher specializing in wireless power transfer technologies, with a particular focus on magnetic coupled resonant charging systems for autonomous robotic applications. His work addresses a critical challenge in robotics engineering: enabling efficient, reliable, and autonomous energy replenishment for intelligent patrol robots without the need for physical connectors or manual intervention. Xue's most notable contributions center on designing and optimizing magnetic coupling mechanisms for wireless charging systems. His 2020 paper on magnetic coupled resonant wireless charging technology demonstrates how medium-distance, high-efficiency energy transmission can be practically applied to patrol robot infrastructure. Complementing this, his innovative Double-Layer-Double-D (DLDD) coil design, incorporating nanocrystalline magnetic cores, represents a meaningful advancement over traditional magnetic coupling mechanisms, offering improved performance characteristics for real-world deployment. Though early in his citation trajectory — with his leading works accumulating citations since 2020 — Xue's research sits at the intersection of power electronics, electromagnetic engineering, and intelligent robotics, fields of rapidly growing industrial relevance. His contributions lay important groundwork for autonomous robot systems that require continuous, uninterrupted operation, a capability increasingly demanded in security, infrastructure inspection, and industrial monitoring applications.
Research Focus
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Top Papers
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