(The following topics include but are not limited to)
Track 1: Quantum Computing
Quantum Algorithms and Complexity Theory
Quantum Devices and Quantum Bits
Quantum Error Correction and Fault-Tolerant Computing
Quantum Inspired and Bionic Computing
Quantum-Accelerated Machine Learning
High-Performance Computing and Quantum Simulation
Neuro-Friendly Computing and Quantum Modeling
Natural Computing and Optimization Theory
Topological and Optical Quantum Computing
Quantum Optimization Algorithms
Quantum Search Algorithms
Track 2: High-Performance Computing
Parallel and Distributed System Architectures
High-Performance Computing Languages and Compilers
Parallel and Distributed Software Technologies
Parallel and Distributed Algorithms
Embedded Systems
Computational Intelligence
Peer-to-Peer Computing
Grid and Cluster Computing
Web Services and Internet Computing
Cloud Computing, Utility Computing
Performance Evaluation and Measurement
Tools and Environments for Software Development
Distributed Systems and Applications
High-Performance Scientific and Engineering Computing
Database Applications and Data Mining
Mobile Computing and Wireless Communication
Computer Networks
Ubiquitous/Ubiquitous Computing and Intelligence
Automation, Reliability and Fault Tolerance
Trust, Security and Privacy
Track 3: Parallel Processing
Compilation and Execution Systems
Parallel and Distributed Processing Tools
Data Engineering
Retrieval Processing
Intermediate Software, Software Engineering
Computational Security
Artificial Intelligence
Communication/Networking
Data Compression
Fault-Tolerance Functions of Parallel and Distributed Systems
Image/Signal Processing
Programming Languages
Information/Network Security
Computer Applications
Deep Memory Hierarchy Structure
High-Performance, Cloud Computing and Network Computing
Information Systems
Theory and Models
Wireless and Mobile Computing ……