(The following topics include but are not limited to)
Track 1: Distributed Systems
Distributed system architecture
Consistency protocols (Paxos/Raft) and distributed transactions
Microservices, service mesh, and serverless computing
Cloud-native, container orchestration (Kubernetes) and multi-cloud/hybrid cloud management
Edge computing, edge collaboration, and cloud-edge-end task offloading
Distributed storage systems, distributed databases, and data consistency
Performance optimization of distributed computing frameworks (MapReduce, Spark, Flink)
Reliability, fault tolerance, and self-repair mechanisms of distributed systems
Observability, fault diagnosis, and AIOps of distributed systems
Track 2: Computer Networks
Information systems Cybersecurity
Internet and edge computing
Security of blockchain protocols
Security and privacy of computers
Artificial intelligence and neural networks
Cloud computing and intelligent computing
Computer vision and virtual reality
Multimedia and human-computer interaction
Computer network technology and equipment
Intelligent networks
Computer engineering
Computer network information management, etc.
Track 3: Communication Security Cybersecurity
Computer and Digital Forensics
Social Network Security, Privacy and Trust
Language-Based Security
Web Security
Embedded System Security
Big Data Security and Privacy
Mobile Computing Security and Privacy
Applied Cryptography
Cloud and Edge Computing Security
Usable Security and Privacy
Blockchain Security and Privacy
Trusted Computing and Dependable Computing
Operating System Security
Internal Threat Detection
Cyber Physical System Security
Data and System Integrity
Privacy-Preserving Data Mining
Internet of Things Security and Privacy
Distributed System Security ……