Organizers 组织者:

• Zhong Shichang, Professor, Nanjing Electronic Devices Institute | sinoboy@163.com
  钟世昌，教授，南京电子器件研究所
• Zhang Hao, Professor, Nanjing University of Science and Technology | zhang.hao@njust.edu.cn
  张浩，教授，南京理工大学

Introduction 论坛简介:

As the need to integrate wireless communications and power transfer becomes increasingly urgent, the traditional paradigm of designing communication and energy systems independently faces fundamental challenges. However, time-varying wireless channels, energy transfer efficiency constraints, and competition for resources between communication and power delivery make optimization along a single dimension insufficient for practical deployment. This track focuses on core challenges at the intersection of wireless communications and energy transfer, exploring integrated communication, sensing and energy architectures; wireless power delivery assisted by intelligent reflecting surfaces and movable antennas; RF energy harvesting and beamforming optimization; and joint resource scheduling for low-power IoT. It aims to advance wireless communications and energy transfer from independent development toward coordinated integration, helping build efficient and sustainable next-generation wireless networks.

随着无线通信与电力传输融合需求的日益迫切，传统上通信与能源系统各自独立设计的范式正面临根本性挑战。然而，无线信道的时变性、能量传输的效率约束以及通信与供能之间的资源竞争，使单一维度的优化难以支撑实际部署。本分论坛聚焦无线通信与能源传输交叉领域的核心挑战，探讨通感能一体化架构、智能反射面与可移动天线辅助的无线供能、射频能量收集与波束成形优化、以及面向低功耗物联网的联合资源调度等关键问题，推动无线通信与能源传输从独立演进走向协同融合，助力构建高效、可持续的下一代无线网络。

Topics 主题范围:

• Device and Circuit Design for Simultaneous Wireless Information and Power Transfer
  无线信息与能量同传的器件与电路设计
• Hardware Architectures for RF Transceivers and Rectifiers
  射频收发机与整流器硬件架构
• Hardware Implementation of Intelligent Reflecting Surfaces and Beamforming
  智能反射面与波束赋形硬件实现
• Antenna Array and Metamaterial Design for Wireless Power Transfer
  面向无线电力传输的天线阵列与超材料设计
• Hardware Security and Electromagnetic Interference Suppression in Wireless Power Systems
  无线电力系统中的硬件安全与电磁干扰抑制
• Energy Harvesting for IoT and Wearable Devices
  面向物联网与可穿戴设备的能量收集
• Hardware Prototypes, Simulation and Testing of Wireless Power Transfer Systems
  无线电力传输系统的硬件原型、仿真与测试
• Cross-Layer Co-Design of Wireless Communication and Power Transfer Hardware
  无线通信与电力传输硬件的跨层协同设计