(Including but not limited to the following topics)
Track 1: Computer Networks
Computer systems, network security
Internet and edge computing
Computer security and privacy
Artificial intelligence and neural networks
Cloud computing and intelligent computing
Computer vision and virtual reality
Multimedia and human-computer interaction
Computer network technologies and equipment
Intelligent networks
Computer engineering, computer network information management
Intelligent systems, etc...
Track 2: Edge Computing
Dynamic resource management under edge computing
Real-time data processing and analysis based on cloud computing
Application and optimization of edge computing in IoT
Network latency and bandwidth optimization strategies
Intelligent perception algorithms for edge computing
Deep learning applications of edge computing
Adaptive learning technologies in edge computing
Data mining in edge computing
Enhanced learning in edge computing
Integrated methods of edge intelligent algorithms
Prediction models in edge computing
Automatic decision-making in edge computing
Optimization algorithms for edge computing
Feature extraction in edge computing scenarios
Image processing technologies in edge computing
Natural language processing in edge computing
Real-time analysis of edge computing data
Heterogeneous intelligent algorithms in edge computing
Edge computing and distributed learning
Multi-layer cache design
Device connection optimization
Connection efficiency analysis
Service quality framework design
Track 3: Communication Systems
Communication theory
Wireless and mobile communication
Communication signal processing
Cognitive and intelligent communication
Microwave and terahertz communication
Satellite communication and space-ground integrated networks
Sensor networks and Internet of Things (IoT)
Antennas and electromagnetic wave propagation
Integration of perception and communication (ISAC)
Speech, image and video processing
RF, microwave and millimeter-wave circuits and devices
Optical communication