Organizers 组织者:

• • Jiahuan Wang, Associate Researcher, South China Normal University
  王佳欢，华南师范大学特聘副研究员

Introduction 论坛简介:

Integrated Sensing and Communications (ISAC), as one of the key technologies for 6G wireless networks, achieves deep integration of communication and sensing functions by sharing spectrum, hardware, and signal processing resources. Waveform design serves as the core technical foundation of ISAC systems, directly determining both communication transmission performance and sensing detection accuracy. This forum focuses on theoretical innovations and technological breakthroughs in ISAC waveform design, exploring how to design integrated waveforms that balance high-rate communication with high-precision sensing. Key issues such as waveform parameter optimization, resource allocation, and interference management will be discussed. The forum will bring together experts from academia and industry to jointly advance the theoretical framework and practical applications of ISAC waveform design.

通信感知一体化（Integrated Sensing and Communications, ISAC）作为6G无线网络的关键技术之一，通过共享频谱、硬件和信号处理资源，实现通信与感知功能的深度融合。波形设计是ISAC系统的核心技术基础，直接决定了系统的通信传输性能和感知探测精度。本论坛聚焦ISAC波形设计的理论创新与技术突破，探讨如何设计兼顾高速率通信和高精度感知的一体化波形，研究波形参数优化、资源分配、干扰管理等关键问题。论坛将汇聚学术界和产业界专家，共同推动ISAC波形设计理论体系的完善和实际应用的发展。

Topics 主题范围:

• Communication-sensing performance trade-off analysis and multi-objective waveform parameter optimization
  通信感知性能折衷分析与多目标波形参数联合优化
• OFDM/OTFS/AFDM multicarrier ISAC waveform design and performance analysis
  OFDM/OTFS/AFDM等多载波ISAC波形设计与性能分析
• Joint waveform and precoding design for massive MIMO-ISAC systems
  大规模MIMO-ISAC系统波形与预编码联合设计
• ISAC waveform design in millimeter-wave and terahertz bands
  毫米波与太赫兹频段ISAC波形设计
• AI-based intelligent adaptive waveform generation and optimization
  基于AI的智能化自适应波形生成与优化
• Interference suppression and security design for ISAC waveforms
  ISAC波形的干扰抑制与安全性设计
• ISAC waveform applications for vertical industries (V2X, UAV, etc.)
  面向车联网、无人机等垂直行业的ISAC波形应用
• ISAC waveform prototype implementation and experimental validation
  ISAC波形原型系统实现与实验验证