Eighth International Conference on Control, Communication and Power Engineering (CCPE 2017)

CCPE 2017, is an international conference where theory, practices, and applications of Control and Instrumentation, Communication system, Power Electronics and Power Engineering and related topics are presented and discussed. Original contributions are solicited on topics covered under broad areas such as (but not limited to):

• Active Filtering and Unity Power Factor Correction Circuits
• Active power quality controllers 
• Aerospace applications
• Analysis, design, control, and applications of electrical machines and drives
• Application and Design of Power Electronic Systems
• Application of power electronics in power system and generation
• Automotive vehicles
• Bearingless drive technologies
• Bio-medical power electronics
• Construction and protection
• Consumer power electronics
• Control of Power Converters
• Custom power devices
• Distributed generation 
• Distribution networks
• Electrical Machines and Actuators
• Electromagnetic Compatibility
• Electro-Mechanical Energy Conversion
• EMC improvement with new materials and elements, systems
• EMC standardization
• Energy saving and compatibility of electrical drives and generators
• Energy storages
• Filters and compensators
• Fuel cell
• General power quality problems and measurements
• Grid interfaces
• Hard-switching and soft-switching static power converters
• Hybrid energy systems
• Measurements and computation-property of the power electronics circuits
• Measurements, Sensors and Observing Techniques
• Mechatronic Systems
• Micro-electromechanical systems (MEMS)
• Military Technology
• Modeling and simulation
• Modulation techniques
• Motion Control, Robotics, Adjustable Speed Drives
• Motor drives
• Power Converters
• Power Electronics Controllers for Power Systems
• Power Electronics converters for drives and generators
• Power Electronics education/professional development
• Power Electronics in Electrical Energy Generation, Transmission and Distribution
• Power Electronics in traction, automotive and shipping propulsion
• Power Electronics in Transportation
• Power Engineering related technologies
• Power integrated circuits (PIC)
• Power quality issues, harmonic problems and solutions
• Power Quality, Alternative Energy and Distributed Systems
• Power semiconductors, passive components and packaging technologies
• Reliability and economics 
• Renewable Energy Sources 
• Renewable energy Technologies
• Semiconductor Devices and Packaging
• Special Power Electronic Systems and Applications
• Switch-mode power supplies and UPS
• Telecommunications power supplies
• Test, measurement and instrumentation
• Unconventional motors and generators
• Unconventional power electronics converters
• Variable and constant speed generators
• Voltage restorers
• Semiconductor Technology
• Electronic Materials
• Electromagnetic Transients Programs (EMTP)
• Communication Systems
• Intelligent Systems and Approach
• Information Technology Application
• Control Theory and Application
• Knowledge Management
• Data Communication
• Digital Electronics
• Telecommunication Technologies
• Robotics
• Mechatronics
• Field Theory
• VLSI Technology
• Embedded System
• Analog ad Digital devices and Services
• Digital Signal Processing
• Microprocessor based Technologies
• Digital Communication
• Digital Security
• Magnetic Theory
• Micro Machines
• Economic aspects of power quality and cost of supply. 
• Sensibility of loads and other electrical equipment to power quality characteristics. 
• Influences of disturbing loads on supply networks and other electrical devices. 
• Electrical and exploitative characteristics of loads and electrical power converters. 
• Reliability and continuity of supply. 
• Power quality in grids with distributed generation and renewable energies. 
• Harmonics. 
• Energy efficiency in industry. 
• Education and power quality. 
• Electrical Materials and Process
• Semiconductor Technology
• High Voltage Engineering and Insulation Technology
• Electronic Materials
• Education and Training for Electrical Engineers 
• Power System Planning and Scheduling
• Power System Protection, Operation and Control
• Transmission & Distribution Systems and Apparatus
• HVDC and FACTS
• Electromagnetic Transients Programs (EMTP)
• Wind, Solar and Renewable Energy
• Control Theory and Application
• Electrical Machines
• Electric Drivers and Application
• Electrical Traction Systems and Control
• Electromagnetic and Applied Superconductivity
• Industrial Process Control and Automation
• Inverter and Converter Technology
• Diagnosis and Sensing Systems
• MEMS-Micro Sensors and Structures
• MEMS-Related Technology