Intelligent Control Systems And Optimization<br>Genetic Algorithms<br>Fuzzy Control<br>Decision Support Systems<br>Machine Learning in Control Applications<br>Knowledge–based Systems Applications<br>Hybrid Learning Systems<br>Distributed Control Systems<br>Evolutionary Computation and Control<br>Optimization Algorithms<br>Soft Computing<br>Software Agents for Intelligent Control Systems<br>Neural Networks based Control Systems<br>Planning and Scheduling<br>Intelligent Fault Detection and Diagnosis<br>Engineering Applications<br>Robotics and Automation<br>Image Processing<br>Vision, Recognition and Reconstruction<br>Robot Design, Development and Control<br>Control and Supervision Systems<br>Telerobotics and Teleoperation<br>Vehicle Control Applications<br>Industrial Networks and Automation<br>Human–Robots Interfaces<br>Network Robotics<br>Autonomous Agents<br>Intelligent Transportation Technologies and Systems<br>Space and Underwater Robots<br>Modelling, Simulation and Architecture<br>Human–Machine Interfaces<br>Collective and Social Robots<br>Humanoid Robots<br>Cognitive Approach for Robotics<br>Mobile Robots and Intelligent Autonomous Systems<br>Mechatronics Systems<br>Virtual Environment, Virtual and Augmented Reality<br>Perception and Awareness<br>Surveillance, Fault detection and Diagnosis<br>Engineering Applications<br>Signal Processing, Sensors, Systems Modelling and Control<br>Adaptive Signal Processing and Control<br>Environmental Monitoring and Control<br>Optimization Problems in Signal Processing<br>Signal Reconstruction<br>Computer and Microprocessor–based Control<br>Real–Time Systems Control<br>Information–based Models for Control<br>Nonlinear Signals and Systems<br>System Identification<br>Instrumentation Networks and Software<br>Change Detection Problems<br>Time–frequency Analysis<br>Mechanical, Force and Tactile Sensors<br>Biological Inspired Sensors<br>Sensors Fusion<br>Intelligent Components for Control<br>System Modelling<br>Modelling, Analysis and Control of Discrete–event Systems<br>Modelling, Analysis and Control of Hybrid Dynamical Systems<br>Engineering Applications<br>Industrial Engineering, Production and Management<br>Lean Enterprise<br>Supply Chain and Logistics Engineering<br>Virtual Enterprises and Interoperability<br>Production Planning, Scheduling and Control<br>Computer–based Manufacturing Technologies<br>Facilities Planning and Management<br>Quality Control and Management<br>Energy Efficiency and Green Manufacturing<br>Precision Engineering<br>Industrial Automation and Robotics<br>Intelligent Design and Manufacturing<br>Resources and Knowledge Management in Industry<br>Manufacturing Systems Engineering<br>Systems Modelling and Simulation<br>Performance Evaluation and Optimization<br>Human Factors & Human–System Interface<br>Cost and Value Engineering<br>Business Process Modelling<br>
Abbrevation
IEEE-ICCAR
City
Nagoya
Country
Japan
Deadline Paper
Start Date
End Date
Abstract