2018 International Conference on Control and Robots ICCR

活动简介

The conference brings together World Class participants and young researchers looking for opportunities for exchanges that cross the traditional discipline boundaries and allows them to resolve multidisciplinary challenging problems that only a venue of this nature can offer. As it is the clear intent of the conference to offer excellent mentoring opportunities to participants, and I urge you all to take advantage of this conference. Through this highly advanced event we trust that you will be able to share the state-of-the-art developments and cutting-edge technologies in the broad areas of Control and Robots.

征稿信息

重要日期

2018-05-20

初稿截稿日期

征稿范围

ctivity/behaviour recognition	Hybrid Learning Systems	Perception systems
Adaptive Signal Processing and Control	Hybrid systems	Performance Evaluation and Optimization
Applications	Identification and estimation	Planning and Scheduling
Autonomous Agents	Image Processing	Precision Engineering
Biological Inspired Sensors	Image/video analysis	Precision motion control
Biomedical Image analysis	Industrial Automation and Robotics	Process control
Biometrics	Industrial Networks and Automation	Production Planning, Scheduling and Control
Business Process Modelling	Information-based Models for Control	Quality Control and Management
Change Detection Problems	Instrumentation Networks and Software	Real-Time Systems Control
Cognitive Approach for Robotics	Intelligent Components for Control	Resources and Knowledge Management in Industry
Collective and Social Robots	Intelligent Design and Manufacturing	Robot control
Complex systems	Intelligent Fault Detection and Diagnosis	Robot Design, Development and Control
Computer and Microprocessor-based Control	Intelligent systems	Robot sensing and data fusion
Computer-based Manufacturing Technologies	Intelligent Transportation Technologies and Systems	Robotics and Automation
Control and Supervision Systems	Knowledge-based Systems Applications	Robust control
Control applications	Lean Enterprise	Scene analysis
Control engineering education	Learning in vision	Search, rescue and field robotics
Control of biological systems	Localization, navigation and mapping	Sensor network systems
Co-operative control	Machine Learning in Control Applications	Sensors Fusion
Cost and Value Engineering	Manufacturing Systems Engineering	Signal Processing, Sensors, Systems Modelling and Control
Decision Support Systems	Mechanical, Force and Tactile Sensors	Signal Reconstruction
Delay systems	Mechanism design and applications	Soft Computing
Dexterous manipulation	Mechatronics Systems	Software Agents for Intelligent Control Systems
Discrete event systems	Medical robots and bio-robotics	Space and underwater robots
Distributed Control Systems	Micro robots and micro-manipulation	Space and Underwater Robots
Energy Efficiency and Green Manufacturing	Mobile Robots and Intelligent Autonomous Systems	Supply Chain and Logistics Engineering
Environmental Monitoring and Control	Mobile sensor networks	Surveillance, Fault detection and Diagnosis
Evolutionary Computation and Control	Modeling and identification	System Identification
Facilities Planning and Management	Modelling, Analysis and Control of Hybrid Dynamical Systems	System Modelling
Feature extraction, grouping and segmentation	Network Robotics	Systems Modelling and Simulation
Fuzzy Control	Networked control systems	Tele-robotics
Fuzzy systems	Neural networks	Telerobotics and Teleoperation
Genetic Algorithms	Neural Networks based Control Systems	Time-frequency Analysis
Human centered systems	Nonlinear Signals and Systems	Tracking and surveillance
Human Factors & Human-System Interface	Nonlinear systems	Vehicle Control Applications
Human-computer interaction	Optimization Algorithms	Virtual Enterprises and Interoperability
Human-Machine Interfaces	Optimization Problems in Signal Processing	Virtual Environment, Virtual and Augmented Reality
Humanoid Robots	Pattern recognition	Vision, Recognition and Reconstruction
Human-Robots Interfaces	Perception and Awareness