(The following topics include but are not limited to)
Track 1: Quantum Communication
Quantum communication protocols and design of quantum network architecture
Quantum key distribution (QKD) systems and classical post-processing techniques
Quantum repeaters, quantum switches and routers technologies
Scheduling of entangled state distribution and quantum internet
Free space and satellite quantum communication
Integration of quantum heterogeneous networks
Quantum teleportation and quantum state transmission
Quantum storage technology and quantum synchronization
Quantum random number generation (QRNG)
Quantum tomography and quantum state discrimination
Integrated quantum photonic communication
Track 2: Network Technology and Secure Communication
Next-generation network architectures (SDN, NFV, network slicing)
Network security protocols and encryption communication technologies
Network attack detection, defense and intrusion detection systems
Fundamentals of cryptography and public key infrastructure (PKI)
Network security risk assessment and security management systems
Wireless network security, mobile communication security and Internet of Things security
Information hiding, digital watermarking and privacy protection technologies
Network security in edge computing and cloud computing environments
Post-quantum cryptography and quantum-resistant cryptography
Access control, identity authentication and trust management
Network traffic analysis and anomaly detection
Network security policies, standards and compliance governance
Track 3: Quantum Information Security and Cross-Applications
Design, evaluation and migration of post-quantum cryptographic algorithms
Analysis of threats to existing cryptographic systems from quantum computing
Applications of quantum secure communication in government affairs, finance, energy and other fields
Quantum random number generators and secure key management
Quantum secure encryption algorithms and protocol design
Architecture for the integration of quantum and classical network security
Quantum information theory and mathematical foundations of information security
Quantum-classical hybrid secure communication systems
Quantum computing security testing platforms and evaluation methods
Security analysis and evaluation of quantum secure communication networks
Machine learning and AI applications in quantum communication systems
......