ICWOC 2026 Special Session 1
Frontiers in Optical Wireless Integration and Visible Light Communication | 光无线融合与可见光通信前沿

Submission System - Send the paper to https://www.zmeeting.org/submission/icwoc2026 (Select Special Session 1)

简介：本专题致力于探索超越传统光纤的光无线通信创新，涵盖可见光通信、激光通信、紫外光通信等自由空间光技术及其与射频系统的深度融合。重点面向室内超高速接入、特殊电磁环境通信、水下通信及新型定位服务等前沿应用，征集在系统设计、物理层算法、网络集成及应用拓展方面的突破性研究。 
Introduction: This session is dedicated to exploring innovations in optical wireless communications beyond traditional optical fibers, covering free-space optical technologies such as Visible Light Communication (VLC), laser communication, UV communication, and their deep integration with RF systems. Focusing on cutting-edge applications like indoor ultra-high-speed access, communication in special electromagnetic environments, underwater communication, and novel positioning services, we invite groundbreaking research in system design, physical-layer algorithms, network integration, and application expansion.

征稿主题 / Topics of Interest:
1.  高速VLC系统设计与先进调制技术  / High-Speed VLC System Design and Advanced Modulation Techniques
2.  机器学习在光MIMO与均衡中的应用  /  Machine Learning for Optical MIMO and Equalization
3.  光无线混合网络的资源管理与无缝切换  /  Resource Management and Seamless Handover in Hybrid Optical Wireless Networks
4.  面向6G的LiFi与Wi-Fi/5G/6G深度融合  / Deep Integration of LiFi with Wi-Fi/5G/6G for 6G
5.  水下光无线通信与传感  / Underwater Optical Wireless Communication and Sensing
6.  无人机激光中继与空间光通信  /  Laser-based UAV Relaying and Space Optical Communication
7.  室内VLC定位与通信一体化系统  /  Integrated VLC Systems for Indoor Positioning and Communication

Organizer:
		Hongyan Fu, Tsinghua University, China 付红岩，美国光学学会会士，清华大学长聘副教授、博导，清华大学深圳国际研究生院微纳米加工平台负责人，IEEE光电子学会广东分会主席（2024&2025年）。拥有二十余年光电领域产学研经验，曾任华为中央研究院波普实验室项目经理，主导多项技术产品转化。研究方向为光电集成、硅光芯片、无线光通信及激光雷达。发表论文400余篇（含Nature），拥有80余项授权专利。担任IEEE光电子学会广东分会主席、ACP 2022共同程序主席及多个国际期刊审稿人。

Dr. Hongyan Fu, Fellow of Optica (OSA), is a Tenured Associate Professor and Doctoral Supervisor at Tsinghua Shenzhen International Graduate School, Tsinghua University. He serves as the Director of the Micro-Nano Fabrication Platform at Tsinghua SIGS and the Chair of the IEEE Photonics Society Guangdong Chapter (2024 & 2025). With over 20 years of experience in optoelectronics, he previously managed projects at Huawei's Central Research Institute, leading technology transfers. His research focuses on photonic integration, silicon photonics, optical wireless communication, and LiDAR. He has published 400+ papers (including in Nature) and holds 80+ patents. He serves as Chair of IEEE Photonics Society Guangdong Chapter (2024-2025) and has been involved in major international conferences as a program committee member.