ICIAR 2011 - International Conference on Intelligent Automation and Robotics (ICIAR'11)

The topics of the ICIAR'11 include, but not limited to, the following:




Intelligent Automation
Intelligent Control Systems
Decision support systems
Distributed control systems
Expert systems for industry
Intelligent fault detection and identification
Knowledge-based systems applications
Machine learning in control applications
Hybrid learning systems
Mechatronic systems
Neural networks based control systems
Optimization algorithms
Software agents for intelligent control systems
Soft computing
Fuzzy control
Genetic algorithms
Intelligent control agents
Evolutionary computation
Biologically inspired control systems
Autonomous agents
Petri nets (system design/verification with nets, protocols and networks)
Industrial networks and automation
Field-buses
Real-time systems control
Environmental monitoring and control
Process control
CAD, CAM, CAE
Flexible manufacturing systems
Web-based control
Computer and microprocessor-based control
Actuators and sensors
Instrumentation networks and software
Motor control and power systems
Hydraulic and pneumatic systems

Robotics:
Robot design, development and control
Human-robots interfaces
Haptic devices
Robotic teams
Mobile robot localization, navigation and mapping
Space, underwater and inspection robots
Intelligent transportation technologies
Vehicle control applications
Telerobotics and telematics
Virtual reality
Mechatronic systems
Vision, recognition and reconstruction
Nanorobotics
Robot design, development and control
Human-robots interfaces
Network robotics
Mobile robots and autonomous systems
Human augmentation and shared control
Cybernetics
Space and underwater robots
Intelligent transportation technologies and systems
Vehicle control applications
Telerobotics and Teleoperation
Industrial networks and automation
Intelligent warehouses
Modeling, simulation and architectures
Vision, recognition and reconstruction
Image processing
Surveillance
Control and supervision systems
Web-based control
Reasoning about action for intelligent robots
Natural language dialogue with robots