Organizers

Haide Wang, Guangdong Polytechnic Normal University, China, Lecturer
王海德 广东技术师范大学 讲师 wagnhaide@gpnu.edu.cn

Abstract

With the advent of the era of artificial intelligence and big data, optical communication networks are undergoing profound transformations toward intelligence and ultra-large capacity. This forum will focus on the cutting-edge research and industry status of "optical communication and photonic integration technology," aiming to explore the technological breakthroughs and evolution trends of next-generation optical networks. Core topics include optoelectronic chip devices, optical transmission, switching and networking, optical access and intelligent ODN, data center interconnection, and quantum communication.

随着人工智能与大数据时代的到来，光通信网络正经历向智能化、超大容量方向的深刻变革。本次论坛将聚焦“光通信与光子集成技术”的前沿研究与产业现状，旨在探讨下一代光网络的技术突破与演进趋势。核心议题包括光电芯片器件、光传输交换与网络、光接入与智能ODN、数据中心互联及量子通信。

Topics

• Optoelectronic chip devices and module technologies / 光电芯片器件与模块技术
• High-speed optical transmission, switching technologies, and optical network architecture innovations / 高速光传输、交换技术及光网络架构创新
• Key technologies for intelligent optical access networks and optical distribution networks (ODN) / 智能光接入网与光分配网络（ODN）关键技术
• Novel optical fibers and cables, as well as specialty optical fiber materials and devices / 新型光纤光缆及特种光纤材料与器件
• Space optical communication, terahertz communication, and deep-space exploration communication technologies / 空间光通信、太赫兹通信及深空探测通信技术
• Optical interconnection in data centers and computing power networks for AI large models / 面向AI大模型的数据中心光互联与算力网络
• Quantum key distribution, quantum communication networks, and secure optical communication technologies / 量子密钥分发、量子通信网络及安全光通信技术

Invited Speakers

• Ji Zhou, Beijing Institute of Technology, Zhuhai, China / 周骥 北京理工大学（珠海）