Track 3: AI-Driven Transmission Technologies and Intelligent Signal Processing for 6G and Beyond | 面向6G及未来的AI赋能传输与智能信号处理

Organizers

Jingjing Cui

专题主席

Professor, Southwest Jiaotong University
崔静静，正教授，西南交通大学

Jingfu Li

专题主席

Assistant Professor, Southwest Jiaotong University
李劲夫，助理教授，西南交通大学

Pei Xiao

专题联合主席

Professor, University of Surrey
肖培，正教授，英国萨里大学

Chong Huang

专题联合主席

Senior Lecture, University of Surrey
黄翀，副教授，英国萨里大学

Jing Zhu

组委会成员

Research Fellow, Sun Yat-sen University
朱静，助理研究员，中山大学

Pengyu Gao

组委会成员

Research Fellow, Peng Cheng Laboratory
高鹏宇，助理研究员，鹏城实验室

Linsong Du

组委会成员

Assistant Professor, Southwest Jiaotong University
杜林松，助理教授，西南交通大学

Qingpeng Liang

组委会成员

Assistant Professor, Southwest Jiaotong University
梁青鹏，助理教授，西南交通大学

Abstract

This track aims to explore how artificial intelligence (AI) can reshape transmission technologies and signal processing in next-generation wireless communication systems. As 6G network rapidly evolves, the convergence of AI, advanced network architectures, and intelligent signal design is expected to significantly enhance communication efficiency, adaptability, and system reliability. This forum encourages innovative research on intelligent mechanisms, learning-driven communication models, and cross-domain integration, enabling future networks to be more autonomous, energy-efficient, and context-aware. Submissions are not limited to the listed topics, and other contributions on advanced AI-driven wireless communications are also warmly welcomed.
本专题旨在探讨人工智能（AI）如何重塑下一代无线通信系统的传输技术与信号处理。随着6G网络的快速演进，人工智能、先进网络架构与智能信号设计的融合将显著提升通信效率、适应能力和系统可靠性。本论坛鼓励在智能机制、学习驱动通信模型及跨域集成等领域的创新研究，助力未来网络实现更高程度的自主性、能效优化与情境感知能力。

Topics

本论坛的研究主题包括但不限于以下方向：

  • AI-assisted transmission and coding | 编解码技术的人工智能辅助优化
  • Intelligent signal processing | 智能信号处理
  • Learning-driven communication models | 学习驱动的通信模型
  • Semantic communications | 语义通信
  • Reconfigurable intelligent surfaces (RIS) | 可重构智能表面技术
  • Cell-Free massive MIMO | Cell-Free大规模MIMO
  • Space-Air-Ground Integrated Networks (SAGIN) | 空天地一体化网络
  • Integrated Sensing and Communication (ISAC) | 通信感知一体化技术
  • AI-driven resource allocation and network optimization | AI驱动的资源分配与网络优化
  • Low-altitude communication networks | 低空通信网络
  • Cross-layer integration and adaptive network mechanisms | 跨层集成与自适应网络机制
  • Energy-efficient and autonomous wireless network design | 绿色化与自主化无线网络设计