Organizers 组织者:

• • Long Yang (Professor), Xidian University
  杨龙，西安电子科技大学教授
• • Lu Lv (Associate Professor), Xidian University
  吕璐，西安电子科技大学副教授
• • Yuchen Zhou (Associate Professor), Xidian University
  周雨晨，西安电子科技大学副教授
• • Bingtao He (Lecturer), Xidian University
  贺冰涛，西安电子科技大学讲师

Introduction 论坛简介:

Recently，advanced physical layer security technologies, covert communications, and other wireless secure communication technologies are widely applied to enhance the security of communication networks.However, the practical deployment of these techniques faces significant hurdles in real-world scenarios characterized by inherent volatility. Rapidly fluctuating channel states, unpredictable electromagnetic interference, highly mobile user distributions, and dynamic node trajectories create complex environments where existing security solutions lack the capability for real-time autonomous optimization. This critical limitation constrains achievable security performance and hinders widespread adoption.

To decisively address these global challenges and meet the ultra-stringent security requirements of next-generation 6G networks, this track aims to collect researches on developing intelligent wireless transmission strategies (i.e., novel adaptive secure transmission schemes and collaborative jamming techniques resilient to highly dynamic conditions) , maximizing the security potential of 6G necessitates exploring the powerful synergy between AI and cutting-edge wireless technologies.

近年来，先进的物理层安全技术、隐蔽通信等无线安全通信技术被广泛应用以增强通信网络的安全性。然而，这些技术在实际部署中面临着重大挑战，特别是在具有固有波动性的现实场景中。快速波动的信道状态、不可预测的电磁干扰、高度移动的用户分布和动态节点轨迹创造了复杂环境，现有安全解决方案缺乏实时自主优化的能力。这一关键限制限制了可达到的安全性能并阻碍了广泛采用。

为果断应对这些全球性挑战并满足下一代6G网络的超严格安全要求，本论坛旨在收集关于开发智能无线传输策略的研究（即新型自适应安全传输方案和能够适应高度动态条件的协同干扰技术），最大化6G的安全潜力需要探索人工智能与尖端无线技术之间的强大协同作用。

Topics 主题范围:

• System architecture design of intelligent wireless secure communication networks
  智能无线安全通信网络的系统架构设计
• Evaluation metrics, models, methods, and performance analysis for 6G-oriented intelligent wireless secure communications
  面向6G的智能无线安全通信评估指标、模型、方法与性能分析
• AI-assisted design and optimization of multi-dimensional secure transmission waveforms
  AI辅助的多维安全传输波形设计与优化
• Wireless secure communications enhanced by reconfigurable intelligent surfaces
  可重构智能表面增强的无线安全通信
• Novel antenna architectures for enhanced wireless secure communications
  用于增强无线安全通信的新型天线架构
• Intelligent secure satellite communications and constellation networking
  智能安全卫星通信与星座组网
• Integrated sensing and communication cooperative secure transmission in 6G networks
  6G网络中的通感一体化协同安全传输
• Space-air-ground-sea integrated intelligent secure transmission architectures and key technologies
  空天地海一体化智能安全传输架构与关键技术
• Millimeter-wave/Terahertz intelligent secure transmission system design and resource optimization
  毫米波/太赫兹智能安全传输系统设计与资源优化
• Wireless secure communications empowered by generative artificial intelligence and foundation models
  生成式人工智能和基础模型赋能的无线安全通信