(Including but not limited to the following topics)
Track 1: Digital Signals
Machine learning and statistical signal processing
Digital and multi-rate signal processing
Design and implementation of signal processing systems
Speech and language processing
Audio and acoustic signal processing
Image and multi-dimensional signal processing
Multimedia signal processing
Communication signal processing
Sensor arrays and multi-channel signal processing
Biomedical signal processing
Signal processing in education
Emerging signal processing applications
Track 2: Computer Science
High-performance computing and algorithms
Quantum computing
Distributed and parallel systems
Model fitting and data analysis Machine Learning
Computer Vision
Pattern Recognition
Cognitive Computing Large language model
Federated learning
Heterogeneous computing
Interpretable artificial intelligence
Transformer architecture
Multimodal learning, small sample learning
Edge AI computing
FPGA acceleration design
Mobile device model optimization
Serverless computing
Track 3: Advanced algorithms Genetic Algorithm
Natural computing, quantum computing
Random algorithms, approximate algorithms
The application of AI algorithms in physics
Algorithms and data structures
Evolutionary computing and learning
Physics feature visualization algorithms
Combinatorial optimization
Sorting algorithms
Computability theory
Advanced numerical algorithms
Parallel and distributed algorithms
Graphics rendering and graphics algorithms
Advanced control schemes
Control and optimization of complex dynamic systems
Combat optimization and decision-making methods
Advanced sensing technology and algorithms
Pattern recognition and artificial intelligence algorithms
Advanced robotics and control algorithms