(Including but not limited to the following topics)
Track 1: Artificial Intelligence
Artificial intelligence algorithms
Natural language processing
Fuzzy logic
Computer vision and image understanding
Signal and image processing
Speech and natural language processing
Computational learning theory
Information retrieval and fusion
Hybrid intelligent systems
Intelligent system architectures
Distributed artificial intelligence
Intelligent robots
Track 2: Cybersecurity
Adaptive defense systems
Security system analysis, benchmarks
Applied cryptography
Biometric security
Security of complex systems
Database and system security
Data protection
Data/system integrity
Distributed access control
Distributed attack systems
High-performance network virtualization
High-performance security systems
Security in cloud and grid systems
Security in e-commerce
Security in ubiquitous/ubiquitous computing
Security and privacy in smart grids
Security and privacy in wireless networks
Security of mobile agents and mobile code
Security simulation and tools
Trusted computing
Track 3: Privacy Computing
Multi-party secure computation (MPC), secret sharing and oblivious transfer
Homomorphic encryption, function encryption and searchable encryption
Zero-knowledge proofs (ZKP), succinct non-interactive proofs (zk-SNARKs/STARKs) applications
Differential privacy, localized differential privacy and privacy-preserving data release
Trusted execution environment (TEE), confidential computing and hardware-assisted privacy protection
Federated learning, split learning and distributed privacy-protected machine learning
Data anonymization, anonymization techniques and privacy risk assessment
Data full lifecycle security, cross-domain data security sharing and auditing ......