2017年电气工程与自动化控制国际会议（ICEEAC 2017）
会议简介：The 2017 International Conference on Electrical Engineering and Automation Control is a leading annual conference of Electrical eneineering and automation control for all researchers home and abroad. Along with the exciting exhibition, ICEEAC2017 will be held in Nanjing, China,during April 21st-23rd, 2017. On behalf of the organizing committee, we'd like to send our honest invitation to all distinguished scholars and engineers.
With the rapid development of industry and information technology, researchers in all fields begin to discuss some new ideas connected with electrical engineering and automation control. ICEEAC2017 will provide a valuable opportunity for researchers, scholars and some scientists to exchange their ideas face to face together. The conference attracts participants in a diverse range of fields, including electrical engineering and automation control and some other related fields.
Apart from an interesting and stimulating program, there will be time to explore Nanjing: a beautiful, modern Chinese city that is both modern and steeped in history.
征稿主题：
1. Electrical Engineering
Biomedical Engineering
Computer and AI Applications in Power Industry
Control Science and Control Engineering
Distributed Generation, Fuel Cells and Renewable Energy Systems
Electric vehicle technologies
Electrotechnologies
High Voltage and Insulation Technology
Intelligent control systems
Power Quality and Electromagnetic Compatibility
Automation & Instrument and Meter
Signal and Communication Processing
Advanced Power Semiconductors
Analogue and Digital Signal Processing
Electrical Machinery and Electrical Apparatus
Electromagnetic compatibility
Materials for Electrotechnics
Measuring Technology and Instruments
Mechatronics & Robotics
Nuclear Energy
Power Electronics and Power Drives
Power Engineering Education
Power Market
Power Optimization
Power Quality and Electromagnetic Compatibility
Power System and its Automation
Power System Reliability and Security
Power Systems Communication
Power Systems Deregulation
Predictive control
Process control
Real-time control
Renewable Energy
Computation Intelligence in Electrical Engineering
2. Automation Control
Modeling of Complex Systems
Optimal Control
Linear Systems
Discrete Event Systems
Robust and H∞ Control
Adaptive Control
Nonlinear Systems and Control
Learning Systems
Fuzzy and Neural Systems
Intelligent and AI Based Control
Estimation and Identification
Real-time Systems
Fault Detection
Sensor/data fusion
Process Control & Instrumentation
Robotics
Motion Control
Automated Guided Vehicles
Flexible Manufacturing Systems
Control Education
Integrated Manufacturing
Control Applications
Factory Modeling and Automation
Process Automation
Petri-Nets and Applications
Man-machine Interactions
Micro and Nano Systems
Smart Structures
Sensor networks, networked control
Multi-agent systems
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