Topic 1：Communication Networks
Track 1. Wireless Communication:
5G and beyond: Architectures and Technologies
Cognitive Radio Networks
Wireless Sensor Networks
Ad hoc and Mesh Networks
Mobile Edge Computing
Internet of Things (IoT) Connectivity
Track 2. Optical Communication:
Optical Fiber Communication Systems
Free Space Optical Communication
Photonic Networks
Optical Switching and Routing
Optical Signal Processing
Quantum Communication
Track 3. Satellite Communication:
Satellite Internet and Broadcasting
Satellite Networks and Protocols
Inter-Satellite Communication
Satellite Systems for IoT
Satellite Constellation Design
Satellite Communication Security
Track 4. IoT Communication:
IoT Device Communication Protocols
IoT Networking Architectures
Low-Power Wide-Area Networks (LPWAN)
IoT Data Aggregation and Analytics
IoT Connectivity Solutions
IoT Communication Standards and Regulations
Track 5. Next-Generation Networking:
Software-Defined Networking (SDN)
Network Function Virtualization (NFV)
Cloud Networking
Network Slicing
Network Automation
Self-Organizing Networks (SON)
Track 6. Mobile Communication:
Mobile Network Protocols
Mobile Cloud Computing
Mobile Edge Computing (MEC)
5G and 6G Mobile Technologies
Mobile Network Security
Mobile Data Offloading Techniques

Topic 2：Broadband Technologies:
Track 1. Broadband Access Technologies:
DSL, Cable, and Fiber Broadband
Gigabit Passive Optical Networks (GPON)
Broadband over Power Lines (BPL)
Fixed Wireless Access (FWA)
Hybrid Access Networks
Broadband Network Deployment Strategies
Track 2. Broadband Wireless Technologies:
Wi-Fi 6 and Wi-Fi 7
5G NR and LTE Advanced
mmWave Communication
Massive MIMO
Ultra-Wideband (UWB)
Beamforming and Beamsteering
Track 3. Broadband Network Architectures:
Converged Networks
Integrated Broadband Services
Broadband Network Scalability
Quality of Service (QoS) Management
Network Virtualization
Resilient Broadband Networks
Track 4. Broadband Internet Services:
High-Speed Internet Services
Broadband Content Delivery
Video Streaming Technologies
Cloud-Based Services
Gaming over Broadband
Broadband for Telemedicine and E-Learning
Track 5. Broadband Security:
Network Security Threats and Countermeasures
Secure Broadband Protocols
Encryption and Authentication
Intrusion Detection and Prevention Systems (IDPS)
Privacy Protection in Broadband Networks
Cybersecurity Regulations and Compliance

Topic 3: Internet of Things (IoT) and Smart Cities:
Track 1. IoT Infrastructure and Architecture:
IoT Device Architecture
IoT Gateway Design
IoT Middleware
IoT Platform Technologies
Edge Computing for IoT
Track 2. IoT Sensing and Actuation:
Sensor Technologies and Protocols
Actuator Technologies
IoT Data Acquisition and Processing
Sensor Fusion Techniques
Energy Harvesting for IoT Devices
Track 3. IoT Applications and Services:
Smart Home Automation
Industrial IoT (IIoT)
Environmental Monitoring
Healthcare and Wearable Devices
Smart Agriculture
Transportation and Logistics
Track 4. Smart City Technologies:
Smart Grids and Energy Management
Intelligent Transportation Systems (ITS)
Urban Mobility Solutions
Smart Buildings and Infrastructure
Waste Management Systems
Public Safety and Security
Track 5. IoT Security and Privacy:
IoT Device Authentication
Secure Communication Protocols
Privacy-Preserving Data Analytics
Trust Management in IoT
Blockchain for IoT Security
Regulatory Compliance in IoT Deployment

Topic 4: 5G and Beyond:
Track 1. 5G Networks and Technologies:
5G Radio Access Technologies
Network Slicing in 5G
5G Core Network Architecture
Service-Based Architecture (SBA)
5G Network Management and Orchestration
Track 2. 6G Communications:
Terahertz (THz) Communication
Metamaterials for 6G
Quantum Communications in 6G
Intelligent Reflecting Surfaces (IRS)
Channel Modeling and Propagation
Artificial Intelligence and Machine Learning for communications
Massive Access for 6G
Track 3. mmWave Communication:
Channel Modeling for mmWave
Beamforming Techniques
mmWave Antenna Designs
mmWave MAC and Routing Protocols
mmWave Mobility Management
Track 4. Massive MIMO:
Massive MIMO Antenna Arrays
Beamforming in Massive MIMO
Massive MIMO Channel Estimation
Hybrid Beamforming Techniques
Massive MIMO for IoT
Track 5. Network Slicing:
Network Slicing Architecture
Resource Allocation in Network Slicing
Network Slicing for Vertical Industries
Network Slicing Orchestration
Security and Isolation in Network Slicing

Topic 5: Selected Area of Communications:
Track1：Multiple Access Technologies:
Fundamental Limits and Performance Analysis of NGMA
Massive Multiple Access Schemes for Future IoT
Next Generation Multiple Access Aided Massive/Grant-free Access for IoT
Next Generation Multiple Access Aided Type Communication for IoT
Physical Layer Security for NGMA
Track2: Semantic Communication
Joint Source-Channel Coding
Multimedia Communication and Security Technology
End-to-end/Distributed Semantic Source Channel Joint Codec Technology
Multimedia Secure Communication Technology and Resource Optimization
Multimedia Communication and Security Technology
Semantic Source Compression
Semantic Knowledge Base Collaborative Evolution
Track3：Optical Wireless Communication (OWC)
Modulation, Coding, Detection, and Signal Processing of OWC
Hybrid RF/FSO/UWOC/VLC/THz/PHz/mmWave Networks
Network Security, Physical-layer Security, Covert Transmission of OWC
Positioning and Navigation Techniques of OWC
Integrated Communication, Sensing, Control, and Computing of OWC
Enabling Techniques of 6G OWC, such as RIS, VR/AR, and Digital Twin
High-speed System Design of OWC
Artificial Intelligence and Machine Learning of OWC
Multiple Access, MIMO Techniques of OWC
Space-air-ground-sea Integrated OWC
Fiber-wireless Communications
Channel Modelling, Performance Evaluation and Resource Allocation of OWC
Track4：ISAC
Integrated Sensing and Communication
Security and Privacy Issues in Communication, Sensing and Computing Systems
Energy Efficient Communication, Sensing and Computing Method Design
Machine Learning/AI Enhanced Communication, Sensing and Computing
Network Architecture and Transmission Protocol for Communication, Sensing and Computing
Multiple-Input and Multiple-Output (MIMO), and Massive MIMO for Communication, Sensing and Computing
Track5: Ground-Air-Space Communications:
Integrated Ground-Air-Space Wireless Networks for 6G Mobile
Communication and Information Systems Security
Wireless Communication signal processing for low altitude equipment
Reconfigurable Intelligent Surfaces and Smart Environments
Next-Generation Networking and Internet
IoT Networking and Smart
Human-Centric Communication and Networking
Satellite and Space Communications
UAV Communications
Track6: Electromagnetic Spectrum Frontier Technology:
Networked Collaborative Electromagnetic Spectrum Sensing and Utilization
Multi-Sensor Multi-Source Information Fusion Sensing
Unmanned Cluster Distributed Collaborative Electromagnetic Spectrum Management and Control
Unmanned Cluster Distributed Collaborative Rapid and High-Precision Positioning
Unmanned Cluster Collaborative Sensing, Communication and Computing Integration
Unmanned Cluster Intelligent Collaborative Processing
Intelligent Electromagnetic Combat Management and Spectrum Offensive and Defensive Game
Lightweight Reconfigurable Hardware Technology for Small Unmanned Platforms
Multi-functional integrated electromagnetic Spectrum Warfare System
Communication/Navigation Countermeasures Technology
Radar Countermeasures Technology Optoelectronic/Underwater Acoustic Countermeasures Technology

Topic 6： Artificial Intelligence
Artificial Intelligence, Machine Learning and Data Ming
Application of Artificial Intelligence
Deep Learning
Neural Networks and Applications
Image Processing
Pattern Recognition
Image/Video Anomaly Detection
Machine Learning
Computer Vision
Stochastic Optimization
Convex and Nonconvex Optimization
Natural Language Processing
Reinforcement Learning
Statistical Learning
Multimedia Computation
Multimodal Fusion
Multi Agent Systems
Expert and Knowledge-Based Systems
Large Language Models
Time Series Analysis
Media Computing
Social Computing
Digital Governance
Fact Verification and Rumor Detection
Social Network Analysis
Social Behavior Analysis

Topic 7： Privacy and Information Security
Privacy Protection and Cryptography
Surveillance and Network Security
Software and Hardware Security
Internet of Things Security
Biometrics and Multimedia Forensics
AI and Large Model Security
Adversarial Attacks and Defenses
Deepfake Generation and Detection
Steganography and Steganalysis
Watermarking and Data Hiding

Topic 8： Multidisciplinary Integration
Multidisciplinary Integration and Application for Social Governance
Social Network Computing and Complex System Simulation
Social Governance Scenario Construction and Reasoning Technology
Public Safety Data Mining and Analysis
Large-Scale Models and Social Governance
Application of Human-Computer Interaction Technology in Social Governance

Topic 1：通信网络
Track 1. 无线通信：
5G及其后续：架构与技术
认知无线电网络
无线传感器网络
自组织和网状网络
移动边缘计算
物联网（IoT）连接
Track 2. 光通信：
光纤通信系统
自由空间光通信
光子网络
光开关与路由
光信号处理
量子通信
Track 3. 卫星通信：
卫星互联网和广播
卫星网络和协议
卫星间通信
物联网的卫星系统
卫星星座设计
卫星通信安全
Track 4. 物联网通信：
物联网设备通信协议
物联网网络架构
低功耗广域网（LPWAN）
物联网数据聚合与分析
物联网连接解决方案
物联网通信标准和法规
Track 5. 下一代网络：
软件定义网络（SDN）
网络功能虚拟化（NFV）
云网络
网络切片
网络自动化
自组织网络（SON）
Track 6. 移动通信：
移动网络协议
移动云计算
移动边缘计算（MEC）
5G和6G移动技术
移动网络安全
移动数据卸载技术

Topic 2：宽带技术：
Track 1. 宽带接入技术：
DSL、Cable和光纤宽带
千兆被动光纤网络（GPON）
电力线通信（BPL）
固定无线接入（FWA）
混合接入网络
宽带网络部署策略
Track 2. 宽带无线技术：
Wi-Fi 6和Wi-Fi 7
5G NR和LTE Advanced
毫米波通信
大规模MIMO
超宽带（UWB）
波束成形和波束指向
Track 3. 宽带网络架构：
融合网络
集成宽带服务
宽带网络可伸缩性
服务质量（QoS）管理
网络虚拟化
弹性宽带网络
Track 4. 宽带互联网服务：
高速互联网服务
宽带内容传递
视频流媒体技术
基于云的服务
宽带游戏
用于远程医疗和电子学习的宽带
Track 5. 宽带安全：
网络安全威胁及对策
安全宽带协议
加密和身份验证
入侵检测和防范系统（IDPS）
宽带网络隐私保护
网络安全法规和合规性

Topic 3: 物联网（IoT）与智慧城市：
Track 1. IoT基础设施与架构：
IoT设备架构
IoT网关设计
IoT中间件
IoT平台技术
IoT边缘计算
Track 2. IoT感知和执行：
传感器技术和协议
执行器技术
IoT数据采集与处理
传感器融合技术
物联网设备能量收集
Track 3. IoT应用与服务：
智能家居自动化
工业物联网（IIoT）
环境监测
医疗保健和可穿戴设备
智能农业
交通与物流
Track 4. 智慧城市技术：
智能电网和能源管理
智能交通系统（ITS）
城市移动解决方案
智能建筑和基础设施
废物管理系统
公共安全和安全
Track 5. IoT安全与隐私：
IoT设备认证
安全通信协议
隐私保护数据分析
IoT的信任管理
IoT安全的区块链
IoT部署的法规合规性

Topic 4: 5G及其后续：
Track 1. 5G网络和技术：
5G无线接入技术
5G网络切片
5G核心网络架构
基于服务的架构（SBA）
5G网络管理和编排
Track 2. 6G通信：
太赫兹（THz）通信
6G的超材料
6G中的量子通信
智能反射表面（IRS）
信道建模和传播
通信的人工智能和机器学习
6G的大规模接入
Track 3. 毫米波通信：
毫米波信道建模
波束成形技术
毫米波天线设计
毫米波MAC和路由协议
毫米波移动管理
Track 4. 大规模MIMO：
大规模MIMO天线阵列
大规模MIMO中的波束成形
大规模MIMO信道估计
混合波束成形技术
用于IoT的大规模MIMO
Track 5. 网络切片：
网络切片架构
网络切片中的资源分配
垂直行业的网络切片
网络切片编排
网络切片中的安全与隔离

Topic 5: 通信领域的选定主题：
Track1：多址接入技术：
NGMA的基本限制和性能分析
未来IoT的大规模多址方案
下一代多址辅助的大规模/免授权接入技术
下一代多址辅助的IoT类型通信
NGMA的物理层安全
Track2: 语义通信
联合源-信道编码
多媒体通信与安全技术
端到端/分布式语义源信道联合编解码技术
多媒体安全通信技术和资源优化
多媒体通信与安全技术
语义源压缩
语义知识库协同演化
Track3：光无线通信（OWC）
OWC的调制、编码、检测和信号处理
混合RF/FSO/UWOC/VLC/THz/PHz/mmWave网络
OWC的网络安全、物理层安全、隐蔽传输
OWC的定位和导航技术
OWC的集成通信、感知、控制和计算
6G OWC的启用技术，如RIS、VR/AR和数字双胞胎
OWC的高速系统设计
OWC的人工智能和机器学习
OWC的多址、MIMO技术
空-空-空-空-海一体化OWC
光纤无线通信
OWC的信道建模、性能评估和资源分配
Track4：ISAC
集成感知和通信
通信、感知和计算系统中的安全和隐私问题
能源高效的通信、感知和计算方法设计
机器学习/人工智能增强的通信、感知和计算
通信、感知和计算的网络架构和传输协议
用于通信、感知和计算的多输入和多输出（MIMO）、大规模MIMO
Track5: 地空海一体化通信：
用于6G移动通信的集成地空海无线网络
通信和信息系统安全
用于低空设备的无线通信信号处理
可重构智能表面和智能环境
下一代网络和互联网
物联网网络和智能
以人为中心的通信和网络
卫星和空间通信
无人机通信
Track6: 电磁频谱前沿技术：
网络化协同电磁频谱感知和利用
多传感器多源信息融合感知
无人机集群分布式协同电磁频谱管理与控制
无人机集群分布式协同快速高精度定位
无人机集群协同感知、通信和计算一体化
无人机集群智能协同处理
智能电磁战管理与频谱进攻与防御博弈
轻量级可重构硬件技术用于小型无人平台
多功能集成电磁频谱战系统
通信/导航对抗技术
雷达对抗技术光电/水声对抗技术

Topic 6：人工智能
人工智能、机器学习和数据挖掘
人工智能应用
深度学习
神经网络及应用
图像处理
模式识别
图像/视频异常检测
机器学习
计算机视觉
随机优化
凸优化和非凸优化
自然语言处理
强化学习
统计学习
多媒体计算
多模态融合
多智能体系统
专家和基于知识的系统
大型语言模型
时间序列分析
媒体计算
社交计算
数字治理
事实验证和谣言检测
社交网络分析
社交行为分析

Topic 7：隐私与信息安全
隐私保护和密码学
监视和网络安全
软件和硬件安全
物联网安全
生物识别和多媒体取证
人工智能和大型模型安全
对抗攻击与防御
深度伪造生成与检测
隐写术和隐写分析
水印和数据隐藏

Topic 8：多学科整合
多学科整合与社会治理应用
社交网络计算与复杂系统模拟
社会治理场景构建和推理技术
公共安全数据挖掘与分析
大型模型与社会治理
人机交互技术在社会治理中的应用