Zhuoqi Zeng

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About

Zhuoqi Zeng is a researcher specializing in indoor localization systems and human-machine safety, with a focus on applying cutting-edge wireless technologies to real-world industrial and IoT environments. His work sits at the intersection of safety engineering, positioning algorithms, and smart manufacturing, addressing critical challenges in modern production environments where human operators work alongside automated machinery. Zeng's most notable contribution is the development of "Real-time Safety Virtual Positioning" (RSVP), a scalable and easily configurable safety system concept that leverages Ultra-Wideband (UWB) indoor localization to protect human workers in proximity to industrial robots and automated machines. This innovative framework, published in 2019 and cited 10 times, represents a meaningful step forward in reimagining machinery safety through software-defined spatial boundaries rather than purely physical barriers. Complementing this work, Zeng has also contributed a comprehensive survey of indoor localization technologies — spanning Wi-Fi, UWB, RFID, and camera-based systems — providing valuable foundational knowledge for IoT researchers and engineers navigating the rapidly evolving positioning landscape. Together, his publications reflect a researcher committed to bridging theoretical localization methods with practical, safety-critical applications in industrial settings.