1. Computer Applications in Science and Engineering
- Computational earth and atmospheric sciences
- Computational materials science and engineering
- Computational astrophysics
- Computational chemistry and physics
- Computational fluid dynamics
- Computation and data enabled social science
- Computational design
- Computer Science
- Bioinformatics and computational biology
- Applications, Business and Social Issues
2. Information Technology
- Management Information Systems
- Database and Data Management
- Distributed Computer System
- Computer Networks and Communication
- Information Storage
- Operating System
- Information Technology for Biomedicine and Smart Health
- Reliability, Security, Privacy and Trust
- Web Technology
3. Measurement Technologies
- Advances in Instrumentation and Measurement
- Data Acquisition Systems
- Signal Processing
- Measurement and Instrumentation for Industrial Applications
- Measurement Software
- Measurement, Instrumentation, and Methodologies for Medical, Biomedical, and Healthcare Systems
- Non-invasive Measurement
4. Modeling and Simulation
- Systems Modeling
- Statistical and Probabilistic Modelling
- Numerical Methods
- Mathematical Modelling
- Multi-Paradigm Modelling
- Environmental Modelling
- Biomedical Modelling
- Time series and system modeling
5. Software Design and Development
- System Software and Software Engineering
- Creating software architectures
- Platforms, Design and Code
- Identity & access control for web applications
- Building software for the .NET platform
- Microservices in practice.
6. Simulation Tools
- Simulation methods: discrete, parallel and distributed, time synchronization, load balancing and migration, model partitioning, hybrid, interoperation, multi-resolution and multi-scale.
- Simulation techniques: service-oriented, agent-based, web-based, component-based, symbiotic.
- Simulation software: environments, tools, libraries, and frameworks.
- Simulation performance: GPU-based, in the cloud, scalability.Modeling formalisms: DEVS, Petri Nets, process algebras, state charts, and others.
- Simulation packages: Modelica, ns-2/3, OPNET, Qualnet, OMNET++.
7. Formal Methods
- Formal methods in interdisciplinary frameworks
- Formal methods in practice: Industrial applications
- Tools for formal methods: automated verification and model-checking, tools integration, environments, and experimental validation.
- Formal methods in software and systems engineering.
8. Networking and Internet of Things
- Future Internet
- Social Computing and Social Network
- Web Technologies
9. Artificial Intelligence