(Including but not limited to the following topics)
Track 1: Applied Mathematics
Initial-boundary value problems
Mathematical physics inverse problems
Homogenization theory
Combinatorial mathematics
Complex dynamics
Difference and differential equations
Random walk and iteration theory
Stability theory
Symmetry and integrable systems
Special functions and orthogonal polynomials
Applications of computer mathematics
Mathematical theories of artificial intelligence
Track 2: Quantum Computing
Quantum algorithms and complexity theory
Quantum devices and qubits
Quantum error correction and fault-tolerant computing
Quantum-inspired and biomimetic computing
Quantum accelerated machine learning
High-performance computing and quantum simulation
Neuro-inspired computing and quantum modeling
Natural computing and optimization theory
Topology and optical quantum computing
Quantum optimization algorithms
Quantum search algorithms
Track 3: Signal Processing
Radar signal processing (target detection, clutter suppression, imaging technology)
Biomedical signal processing (electroencephalogram signals, artifact removal, disease diagnosis-related)
Semantic communication and signal encoding, channel estimation
Remote sensing/water acoustic signal processing and analysis
Signal intelligent interpretation and deep learning applications
Multi-source signal fusion and information extraction
Digital signal filtering and enhancement techniques
Signal processing technologies in B5G/6G communications
Image, audio, and video signal processing and optimization
Applications of signal processing in intelligent devices and industrial control ......