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Conference Tracks 专题论坛


Track 1:Intelligent Wireless Sensing: Advanced Signal Processing, Antenna Techniques, and Emerging Applications | 智能无线感知:先进信号处理、天线技术及新兴应用

Organizers / 组织者信息
Hongyu Li (李宏宇)
Hong Kong University of Science and Technology (Guangzhou) & Assistant Professor
Yumeng Zhang (张宇萌)
Hong Kong University of Science and Technology & Postdoc
Abstract / 论坛简介

English: With the rapid development of artificial intelligence, wireless technologies, and smart terminals, intelligent wireless sensing is emerging as a crucial research direction for unlocking the full potential of future electronic information systems. This special session focuses on the fundamental theories, enabling technologies, and emerging applications of intelligent wireless sensing. It will address key research topics including advanced sensing signal processing, AI-empowered sensing, multi-modal sensing fusion, reconfigurable and advanced antenna techniques, and sensing-oriented resource optimization. In addition, the session will highlight representative application scenarios such as unmanned aerial vehicles (UAVs), low-altitude systems, the Internet of Things (IoT), smart transportation, and intelligent environments. The session aims to bring together researchers and industry experts to discuss recent advances, technical challenges, development trends, and application prospects in intelligent sensing, thereby promoting interdisciplinary collaboration and the translation of innovative research outcomes into practical applications.

中文: 随着人工智能、无线技术及智能终端的飞速发展,智能无线感知正成为释放未来电子信息系统潜力的关键研究方向。本专题研讨会聚焦于智能无线感知的基本理论、使能技术及新兴应用。会议将探讨关键研究主题,包括先进感知信号处理、人工智能赋能感知、多模态感知融合、可重构及先进天线技术,以及面向感知的资源优化。此外,本次研讨会将重点介绍无人机(UAV)、低空系统、物联网(IoT)、智慧交通及智能环境等代表性应用场景。本研讨会旨在汇聚研究人员与行业专家,共同探讨智能感知领域的最新进展、技术挑战、发展趋势及应用前景,从而促进跨学科合作及创新研究成果的实际转化。

Topics / 主题范围
  • Reconfigurable Antennas Empowering Sensing / 赋能感知的可重构天线
  • Millimeter-Wave (mmWave) and Terahertz (THz) Sensing / 毫米波与太赫兹感知
  • AI-driven sensing signal processing and edge intelligence / AI驱动的感知信号处理与边缘智能
  • Multi-modal sensing / 多模态感知
  • Resource allocation and optimization for sensing networks / 感知网络的资源分配与优化
  • Device-free sensing and 3D environment reconstruction / 无设备感知与三维环境重建
  • Emerging techniques such as unmanned aerial vehicles, healthcare, etc / 无人机、医疗健康等新兴技术

© 2026 Workshop on Electronics Communication Engineering (WECE 2026)