MULTICONF-10 2010 - International Conference on Automation, Robotics and Control Systems (ARCS-10)

The scope of the conference includes all areas of automation, all areas of robotics, all areas of control systems and related areas such as computer vision, etc. Sample topics include but WILL NOT be limited to:

Activity/behavior recognition
Adaptive control
Aerospace control systems
Alarming and fault diagnosis systems
Automatic control of chemical processes
Automotive control systems and autonomous vehicles
Autonomous traffic and transport systems
Biologically inspired control techniques
Biomedical control systems
Biomedical instrumentation and applications
Biometrics
CAD/CAM/CIM
Complex systems
Control analysis of social and human systems
Control applications
Control engineering education
Control of biological systems
Data acquisition and measurement engineering
Defense and military systems control
Delay systems
Device technology for automation
Dexterous manipulation
Digital and analogue control
Discrete event systems
E -automation and e-factory
E -business integration
E -diagnostics and e-maintenance
Embedded control systems.
Equipment and process technology for automation
Factory modeling and simulation
Fuzzy systems
Genetic algorithms
Home, laboratory and service automation
Human centered systems
Human-computer interactions
Hybrid systems
Identification and estimation
Image/video analysis
Industrial control electronics
Industrial information technology
Instrumentation systems
Intelligent automation
Intelligent systems
Large scale control systems
Linear and non-linear systems
Lisp programming
Localization, navigation and mapping
Machinery for automation
Mechanism design and applications
Mechatronics sensing and control technology
Medical robots and bio-robotics
MEMS/ NEMS
Micro robots and micro-manipulation
Mobile robotics
Mobile sensor networks
Model-based diagnosis
Modeling and identification
Modeling and simulator building
Modeling, estimation and prediction
Motion and navigation control
Multidimensional Systems
Nano-scale automation and assembly
Network-based systems
Networked control systems
Neural networks
Neuro controllers
Neuro-fuzzy controllers
Nonlinear systems
Object-oriented Petri nets
Opto-mechatronic technology for automation
Perception systems
Petri Nets
Planning, scheduling and coordination
Power system control
Precision motion control
Process automation
Process control
Pursuing and tracking
Real-time and fault-tolerant systems
Robot and manipulator control
Robot sensing and data fusion
Robotics
Robust control
Search, rescue and field robotics
Sensors, actuators and transducers
Space and underwater robots
Stability, controllability and observations
Stochastic control
Studies on nuclear systems control
Studies on signal and system
System integration technology for automation
Tele-robotics
Temporal and spectral system analysis
Thermal system control
Tracking and surveillance