Fanzong Zeng

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About

Dr. Fanzong Zeng is a leading figure in underwater magnetic surveying and autonomous underwater vehicle (AUV) navigation. His research focuses on developing precise magnetic gradient tensor positioning methods for detecting sensitive underwater targets and magnetically susceptible submerged objects. His most-cited work, "Magnetic Gradient Tensor Positioning Method Implemented on an Autonomous Underwater Vehicle Platform" (2023), addresses a critical challenge in underwater positioning: the stability of measurement apparatus during tensor acquisition. By integrating magnetic gradient tensor algorithms with AUV platforms, Dr. Zeng has advanced the reliability of underwater target localization, a key enabler for marine archaeology, defense, and environmental monitoring. With 10 citations, this paper demonstrates growing influence in the field. His contributions are particularly notable for bridging theoretical magnetic tensor theory with practical, platform-based implementations, offering robust solutions for real-world underwater surveys. Dr. Zeng’s work continues to shape the future of autonomous marine exploration, making him a researcher to watch in geophysical sensing and robotics.