Hi, my name is Chen Qin, currently pursuing a doctor degree at the University of Electronic Science and Technology of China. My research encompasses millimeter-wave radar gesture recognition, radar system design, and edge computing. I am passionate about exploring the application of radar technology in gesture recognition and dedicated to designing efficient radar systems. I have a keen interest in high-speed RF hardware design and electromagnetic simulation based on bounce-ray techniques. I also maintain a strong enthusiasm for wearable smart devices, specifically focusing on the lightweight deployment of intelligent models (TinyML) on resource-constrained hardware.
PhD in Information and Communication Engineering, 2022
University of Electronic Science and Technology of China (UESTC)
MEng in Information and Communication Engineering, 2020
University of Electronic Science and technology of China (UESTC)
BSc in Electronic Information Engineering, 2016
University of Electronic Science and technology of China (UESTC)
A C/C++ radar data acquisition and visualization software built with ImGui framework, simplifying radar operation with integrated firmware update, data collection, signal processing, and real-time visualization.
A mid-to-long range gesture control system for smart TVs using mmWave radar, enabling seamless device-free interaction through HID simulation.
A comprehensive radar sensing upper computer software integrating real-time data acquisition, time-frequency signal visualization, vital signs monitoring, and motion recognition.
A real-time raw data acquisition, processing, and visualization system for TI MIMO mmWave radar series with multi-threaded architecture and comprehensive feature extraction.
A DIY 2D scanning platform for millimeter-wave radar near-field imaging using GRBL-controlled linear rails and integrated data acquisition and imaging algorithms.
An early-stage master’s research project exploring late fusion strategy for multi-sensor target detection and tracking by integrating mmWave radar point clouds with camera-based object detection.
Code Dataset Poster Slides Video Source Document Custom Link
Code Dataset Poster Slides Video Source Document Custom Link
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