(Include but not limited to)
Track 1: Communication Networks and Network Technologies
Key technologies for 5G-Advanced/6G mobile communications
Wireless communication and channel modeling
Massive MIMO and intelligent metasurfaces (RIS)
Millimeter wave, terahertz and optical communication technologies
Satellite communication and non-ground network (NTN)
Communication sensing integration (ISAC) technology
Semantic communication and new paradigms of intelligent communication
Software-defined network (SDN) and network function virtualization (NFV)
Network slicing and end-to-end orchestration technology
Deterministic networks and delay-sensitive networks
Space-ground integrated communication networks
Quantum communication and quantum key distribution
Communication network security and privacy protection
Green communication and sustainable networks
Communication signal processing and transmission optimization
Internet of Things communication and low-power wide-area networks
Vehicular networking (V2X) and intelligent transportation communication
Track 2: Edge Intelligence and Computing
Mobile edge computing (MEC) and edge AI
Resource orchestration and task offloading in the continuum of edge, edge and cloud
Federated learning and distributed edge intelligence
Edge-native AI and lightweight model inference
Generative AI for edge devices and large model deployment
Energy efficiency optimization and sustainability in edge computing
Digital twin-driven edge network management
Multi-access edge computing and O-RAN integration
Privacy protection and security collaboration in edge intelligence
Distributed trust and blockchain-enabled edge resource management
Robustness and fault-tolerance mechanisms in edge environments
Integration of perception, computing and intelligence (ISCC) in edge systems
Edge intelligence experimental platforms and testbeds
Track 3: Distributed Control and Networked Systems
Multi-agent systems and distributed cooperative control
Networked control systems and communication-control collaborative design
Applications of distributed optimization and decision-making in communication networks
Distributed control and coordination architectures for large-scale communication systems
Decentralized resource allocation and spectrum sharing mechanisms
Distributed learning and collaborative reasoning over wireless edge
Autonomous systems and adaptive control
Intelligent fault detection, diagnosis and predictive maintenance
Security, resilience and elasticity design in network control
Incentive mechanisms and game theory methods in distributed control
Distributed control in industrial Internet of Things and cyber-physical systems
Real-time control and closed-loop automation in edge-cloud collaboration
Experimental verification and prototype implementation of distributed control
......