Special Session Ⅱ

Millimeter-wave Radar Information Sensing (Submission Deadline: June 25, 2026)
毫米波雷达信息感知

Chairs:

Biao Jin	Jin Zhu
Jiangsu University of Science and Technology, China	Jiangsu University of Science and Technology, China


Keywords:	Topics:
Millimeter-wave Radar Signal Processing (毫米波雷达信号处理) Radar Target Detection (雷达目标检测) Radar Target Tracking (雷达目标跟踪) High-resolution Imaging (高分辨率成像) Target Recognition and Classification (目标识别与分类) Millimeter-wave Radar Point Cloud (毫米波雷达点云)	Millimeter-wave Radar System Design and Novel Antennas (毫米波雷达系统设计与新型天线) Radar Signal Processing and High-Resolution Imaging Algorithms (雷达信号处理与高分辨率成像算) AI-based Radar Target Detection, Recognition, and Classification (基于人工智能的雷达目标检测、识别与分类) Radar Point Cloud Processing, SLAM, and Multi-sensor Fusion (雷达点云处理、SLAM与多传感器融合) Radar Sensing Applications for Autonomous Driving, Robotics, and IoT (面向自动驾驶、机器人及物联网的雷达感知应用) Human Activity and Vital Sign Sensing in Indoor/Outdoor Scenarios (室内/室外场景下的人体活动与生命体征感知) Millimeter-wave Radar Chip Design, Integration, and Low-cost Solutions (毫米波雷达芯片化、集成化与低成本解决方案)

Summary:
Millimeter-wave radar information sensing is a cutting-edge technology that utilizes electromagnetic waves in the millimeter-wave frequency band for environmental detection, target recognition, and state analysis. Renowned for its strong penetration capability, excellent resistance to environmental interference, and all-weather, all-day operation, it demonstrates significant potential in fields such as autonomous driving, intelligent security, industrial monitoring, and human pose recognition. The core of this technology lies in extracting information—including range, velocity, angle, and even high-resolution micro-motion features and imagery—from raw radar RF signals through advanced signal processing and artificial intelligence algorithms. This enables precise and reliable three-dimensional digital perception of the physical world.
毫米波雷达信息感知是一项利用毫米波频段电磁波进行环境探测、目标识别与状态分析的前沿技术。它凭借其穿透性强、抗环境干扰能力优异、可全天候全天时工作等特点，在自动驾驶、智能安防、工业监测及智能家居等领域展现出巨大潜力。该技术核心在于从原始的雷达射频信号中，通过先进的信号处理和人工智能算法，提取出距离、速度、角度乃至高分辨率的微动特征与图像信息，从而实现对物理世界精准、可靠的三维数字化感知。