(Including but not limited to the following topics)
Track 1: Quantum Computing
Quantum algorithms and complexity theory
Quantum computing models and architectures
Comparison of quantum paradigms and classical computing
Quantum devices and quantum bits
Quantum error correction and fault-tolerant computing
Quantum key distribution (QKD)
Communication protocols and architectures for quantum networks
Quantum privacy protection
Quantum state transmission and quantum teleportation
Distributed computing
Track 2: Communication Technologies
Wireless communication and mobile communication
5G/6G communication technologies
Digital communication
Multimedia communication, internet communication
Optical communication and optical networks
Satellite communication and space communication
Mobile internet and terminals
Radio frequency technology, modern switching technology
Communication electronic circuits
Research on the application of signal processing in various fields
Image processing and computer vision
Audio and speech processing
Biomedical signal processing
Multimedia signal processing
Network and information security
Internet of Things (IoT) and sensor networks
Quantum computing and quantum communication
Green communication and energy-saving technologies
Electrical science and technology
Signals and systems
Antennas and radio wave propagation
Track 3: Signal Processing
Signal processing and detection
Radar and sonar signal processing
Communication signal processing
Audio and sound signal processing
Sensor arrays and multi-channel signal processing
Multimedia signal processing
Speech and language processing
Signal processing for computer vision and robotics
Signal processing through graphics and networks
Nonlinear signal processing
Statistical signal processing
Signal processing in power systems
Design/implementation of signal processing systems