Jingqi Huang

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About

Jingqi Huang is a leading researcher at the intersection of robotics and next-generation wireless communications, with a primary focus on millimeter-wave (mmWave) networking. Their work addresses a critical bottleneck in multi-Gbps wireless systems: the fragility of highly directional mmWave links, which are easily disrupted by slight user movements or orientation changes. Huang’s major contributions include pioneering the concept of “Radio Beam Space” for robot navigation, where mobile robots are used as intelligent relays to dynamically steer and maintain stable beam alignments. This approach transforms robots from simple network users into active network infrastructure, solving the persistent problem of link instability in high-frequency bands. Their most-cited works—including “Robot Navigation in Radio Beam Space” (16 citations) and “Robotic Millimeter-Wave Wireless Networks” (15 citations)—have laid foundational groundwork for integrating autonomous mobility with beamforming control. By merging robotics with wireless system design, Huang has opened a new paradigm for resilient, high-throughput communication in dynamic environments. Their research is particularly impactful for applications in autonomous factories, drone swarms, and smart cities, where reliable connectivity is essential. Huang’s work continues to inspire innovations in robotic-assisted networking, making them a key figure in the evolution of 5G and beyond.