Hanying Zhao

Papers

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About

Hanying Zhao is a rising researcher in robotics and wireless localization, with a focus on ultra-wideband (UWB) systems for multi-robot coordination. Their key research areas include high-accuracy angle-of-arrival (AoA) estimation, lightweight sensor arrays, and pair-wise localization techniques that enable robots to determine both position and orientation without external infrastructure. Zhao’s most cited work, "High-Accuracy 2-D AoA Estimation Using Lightweight UWB Arrays" (2024), addresses a critical gap in UWB technology—its inability to provide bearing information—by proposing a novel method that achieves precise two-dimensional AoA estimation using compact, cost-effective arrays. This contribution has the potential to revolutionize multi-robot localization, making it more robust and scalable for applications like search-and-rescue, warehouse automation, and drone swarms. Though early in their career, Zhao’s work has already garnered attention, with 2 citations in its first year, signaling growing impact. Their research bridges theoretical signal processing and practical robotics, offering a pathway to fully autonomous, self-localizing robot teams. Zhao’s innovative approach promises to advance the field of distributed robotic systems, making them a researcher to watch.