Scope of Topics

25 Sep 2025

The scope of ICCSCI 2026 is the theory, application, and experiment on computer science and its supporting fields.
The theme of ICCSCI 2026 is “Empowering Communities Through Technology: Innovations for Sustainable Development”.
Any works presented in ICCSCI must conform to the scope of the conference, while conformity with the conference’s theme means that the work has a higher priority for acceptance.
The scope of ICCSCI 2026 can be further detailed in several tracks. Each track has its specialization over the conference’s scope. The tracks are as follows:

Artificial Intelligence & Machine Learning

  • Supervised, unsupervised, and reinforcement learning
  • Deep learning and neural networks
  • Natural language processing (chatbots, sentiment analysis, machine translation)
  • Speech recognition and language technologies
  • Expert systems, fuzzy logic, and swarm intelligence
  • AI applications in healthcare, agriculture, and satellite imagery

Computer Vision, Graphics & Multimedia

  • Image and video processing, analysis, and recognition
  • Object detection, tracking, and facial recognition
  • Multimedia systems and signal processing
  • 2D/3D computer graphics and visualization
  • Virtual reality, augmented reality, and mixed reality
  • Game technology and development
  • Multimedia applications in education, art, and entertainment

Data Science & Big Data Analytics

  • Data mining, knowledge discovery, and pattern recognition
  • Data analytics, fusion, and visualization
  • Big data infrastructure, tools, and technologies
  • Cloud computing, distributed file systems, and database technologies
  • Data warehousing and information retrieval
  • Business intelligence and predictive analytics
  • Bioinformatics, geoinformatics, and health informatics
  • Blockchain and decentralized data applications
  • Social media and web analytics

Human–Computer Interaction & Educational Technology

  • User interface (UI) / user experience (UX) design and usability studies
  • Cognitive computing and adaptive interfaces
  • Interaction design for mobile and web applications
  • E-learning systems and intelligent tutoring systems
  • Gamification in learning and serious educational games
  • Digital classrooms and virtual learning environments
  • Technology-enhanced learning analytics

Software Engineering, Theoretical Computing, Networking, Cybersecurity & IoT

  • Software development methodologies (Agile, DevOps, etc.)
  • Software testing, quality assurance, and verification
  • Systems analysis, design, and architecture
  • Software project and risk management
  • Web, mobile, and multimedia software development
  • Algorithm design, analysis, and optimization
  • Compiler design, automata, and formal methods
  • Emerging paradigms: cloud-native, edge, and quantum software
  • Computer networks: configuration, performance, and optimization
  • Network security, intrusion detection, and vulnerability assessment
  • Cybersecurity fundamentals, risk management, and IT governance
  • Cryptography, secure communications, and privacy technologies
  • Internet of Things (IoT) applications and architectures
  • Embedded systems, RFID, and smart sensors
  • Enterprise networking and cloud infrastructure
  • Blockchain for cybersecurity and IoT
  • Smart cities, smart homes, and connected devices