CALL FOR PAPERS
SchoRes International Conference on Artificial Intelligence, Robotics and Brain Informatics (SchoRes ICAIRBI 2019) provides a forum for academics, scientists, researchers,
engineers, physicists, applied mathematicians, and practitioners to discuss the
fundamental advances, current state of the technology, outcomes of ongoing
research, and emerging issues in the electrical and electronic engineering.
We are particularly interested in contemporary research
converging with the disciplines such as physical sciences, social sciences and
humanities, and life sciences.
Authors
are invited to submit their contributions in form of theoretical and empirical
papers employing qualitative, quantitative, and critical methods on all topics
of Artificial Intelligence including but not limited to the following:
• AI for
Service Engineering
• AI for
Web Intelligence Applications
• AI in
Bioinformatics
• AI
Parallel Processing Tools
• AI Tools
for CAD and VLSI Analysis/Design/Testing
• AI Tools
for Computer Vision and Speech Understand
• AI Tools
for Multimedia
• Application
in VLSI Algorithms and Mobile Communication
• Automated
Reasoning
• Case-based
reasoning
• Data and
Web Mining
• Derivative-free
Optimisation Algorithms
• Emotional
Intelligence
• Evolutionary
and Swarm Algorithms
• Expert
System Development Stages
• Expert
Systems Components
• Expert-System
Development Lifecycle
• Fuzzy
Sets and logic
• Heuristic
and AI Planning Strategies and Tools
• Hybridisation
of Intelligent Models/algorithms
• Image
Understanding
• Inference
• Integrated/Hybrid
AI Approaches
• Intelligent
Planning
• Intelligent
Search
• Intelligent
System Architectures
• Knowledge
Acquisition
• Knowledge-Based
Systems
• Knowledge-Based/Expert
Systems
• Logic
Programming
• Machine
learning
• Multi-agent
Systems
• Neural
Computing
• Neural
Networks for AI
• Object-Oriented
Programming for AI
• Parallel
and Distributed Realisation of Intelligence
• Problem
solving Methods
• Reasoning
and Evolution of Knowledge Bases
• Rough
Sets
• Rule-Based
Systems
• Self-Healing
and Autonomous Systems
• Uncertainty
• Visual/linguistic
Perception