Contents
Intelligent Systems
- Neural network structures, dynamics and computational neuroscience
- Fuzzy systems, genetic algorithms and applications
- Multi-agent systems and artificial immune systems and applications
- Computational modeling and analysis of biological and engineering systems
- Biological and biologically inspired techniques and applications
- Intelligent systems theory and its industrial and biomedical applications
Robotics
- Real-time map building, localization, planning, tracking, and control of various robotic systems
- Real-time sensing and multi-sensor fusion for autonomous robotic systems
- Biologically inspired intelligent approaches to various robotic systems
- Autonomous mobile, aerial, surface and underwater robotic systems and applications
- Human-robot interaction, networked, and teleoperated robotic systems and applications
- Cooperation, coordination and communication of multi-robotic systems
Control Systems
- Control systems theory and industrial and agricultural applications
- Intelligent and adaptive control algorithm development and applications
- Biologically inspired control strategy and its applications to engineering systems
Vision and Signal Processing
- Visual information processing in biological and artificial systems
- Machine vision theory and its biomedical and industrial applications
- Pattern and image recognition and applications
Sensors
- Electronic noses for livestock odors and wireless e-nose network for environment monitoring
- Intelligent electronic nose systems for medical and food applications
- Intelligent sensing and multi-sensor fusion with applications
Communications
- Wireless sensor networks and applications
- Time synchronization in communication networks and applications
- Intelligent teleoperation and network communication