Jiafeng Zhou
Papers
1
Total Citations
3
H-Index
1
About
Jiafeng Zhou is a leading researcher in wireless power transfer and electromagnetic systems, with a focus on enabling efficient, distance-insensitive charging for autonomous robots and electric vehicles. His major contributions include the development of multiantiparallel coil (MAC) arrays and convex optimization techniques to stabilize mutual inductance across varying distances, a critical challenge for air–ground robotic applications. His 2021 paper, “Convex Optimization of Mutual Inductance Between Multiantiparallel Coils for Distance-Insensitive Wireless Charging of Air–Ground Robots,” has garnered 3 citations and introduces a hybrid analytical-numerical optimization method that reduces computational costs while maintaining high performance. This work exemplifies his ability to bridge theoretical electromagnetics with practical engineering solutions. Zhou’s research has significant implications for the future of autonomous systems, where reliable, contactless power delivery is essential. His innovative approach to coil design and optimization continues to influence the field, making him a notable figure in wireless power transfer and robotics integration.
Research Focus
Key Achievements
Top Papers
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