• Modulation and Coding

• Information Theory and Channel     Capacity

• OFDM and Multi-Carrier Systems

• Performance Analysis of     Wireless Communication Systems

• Channel Estimation, Acquisition     and Equalization

• MIMO and Massive MIMO

• Compressive Sensing and Sparse     Signal Processing Algorithms

• Millimeter Wave and Terahertz Communications

• Ultra-Wideband (UWB)

• Fiber Optical and Free-Space     Optical Communications

• Antennas, Smart Antennas and Space-Time Processing

• Physical Layer Security

• Channel Modeling and     Propagation

• Joint Radar and Communication     PHY Techniques

• Decentralized and Cooperative     Signal Processing

• Wireless Communications     Testbeds, Field Tests, and Measurements

• Broadband Wireless Access Techniques

• Device-to-Device and     Machine-to-Machine Communications

2、MAC and Networks

Co-chairs:

Li Rongpeng, Zhejiang University (China)

Yang Kun, University of Essex (UK)

Zhu Lidong, University of Electronic Science and Technology of China

• Wireless MAC Protocols for Beyond 5G: Design, Analysis and Optimization

• Scheduling and Radio Resource Management

• Cross-Layer MAC Design

• MAC Design for Non-Terrestrial Networks and Aerial Networks

• QoS Support and Energy Efficient MAC

• MAC Protocol for Energy Harvesting Wireless Networks

• MAC Design for Multitier Cellular/Small Cell Networks

• Mac Protocols For Mmwave Networks, Molecular and NANO Networks

• Cooperation Between     Communications and     Computation

• Resource Management for Wireless Network

• Virtual Network Management and Orchestration

• AI, Machine Learning and Data Analytics for Wireless Networks

• Fog Computing and Networking

• Mesh, Relay, Sensor and Ad Hoc Networks

• Routing and Congestion Control in Wireless Networks

• Mobile Big Data and Network Data Analytics

• Wireless Network Security and Privacy

• Wireless Networking for Smart X (Energy, Factory,     City, etc.)

• Internet of Things

• 6G Network Architecture

  
  
  
  

• Artificial Intelligence Application for 6G Communications

• Meta-Surfaces Implementation for Cost-Effective Wireless     Networks

• Enabling Regulations,     Standards, Spectrum Management

• Low Power, Low Cost, High     Accuracy Wireless Positioning and Navigation

• Ultra-Reliable Communication

• Self-Organizing 6G-Enabled IoT

• 6G Communications at the Terahertz Band

• User-Centric Networks and Adaptive Services

• Non-Terrestrial, Aerial and Hybrid Satellite-Terrestrial     Networks

• Wireless Emergency and Security Systems

• Low Power-Consumption Operation     at Both Network and UE Sides

• Mobile/Wireless Network Support for Vertical Industries

• Wireless Body Area Networks and E-Health Services

• Intelligent Transportation     Systems

• Dynamic Sensor Networks for Urban Applications

• Age of Information in Real-time     Systems and Networks

• Smart Antenna Schemes for 6G Communications

• Advanced Full Duplex Strategies for 6G

• New Quality of Service (QoS) Metrics for 6G Communications

• Multiple Access Schemes     Suitable to 6G

• Interference Management at 6G

• 6G Testbeds and Applications