(The following topics include but are not limited to)
Track 1: Distributed Signal Processing
Parallel and Distributed Processing Tools
Data Engineering Artificial Intelligence
Communication/Communication
Data compression
Fault-tolerant functions of parallel and distributed systems
Image/Signal processing
Programming language
Information/Network security Digital Signal Processing
Time series analysis
Real-time signal processing
Radar signal processing
Big data signal processing
Multimedia signal processing
Signal detection and estimation
Optical signals and information processing
Track 2: Wireless communication
5G communication and networks
Green communication systems
Communication equipment modeling
Electromagnetic compatibility antenna design
Wireless and mobile networks
Wireless sensor networks
Cognitive radio networks
Sensor and mesh networks
Next-generation networks and the Internet
Wireless network security and privacy
Network and information security
Network protocols and congestion control
Quality of service, reliability and performance modeling
Mobility, location and handover management
Capacity, throughput, interruption and coverage
Wireless network multimedia
Optical networks and systems
Track 3: Edge computing
Edge intelligent task offloading and resource collaboration
Dynamic orchestration and load balancing of edge computing nodes
Edge-cloud collaborative computing framework and protocols
Real-time and deterministic guarantee of edge computing
Edge computing security and trusted execution environment
Application of edge computing in industrial internet
Edge computing hardware acceleration and heterogeneous computing platforms
Perception-communication-computation integration for 6G
Artificial intelligence-driven distributed signal processing and resource management
Distributed edge intelligence and federated learning systems
UAV-assisted edge communication and computing
Distributed sensing and edge decision-making in vehicular networks
Distributed signal processing and edge control in smart grids ...