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Call  for Papers

TRACK-I: Power Systems:

 Renewable energy technologies
 Distributed generation and micro grid
 Power generation, transmission & distribution
 Intelligent energy
 Power system instrumentation
 Power system protection
 High voltage & insulation engineering
 Power system planning and reliability
 Power system operation and management
 Power system analysis, simulation and control
 Electrical energy market, management &     economics
 FACTS controllers & HVDC system
 Power quality issues and management
 Power electronics & solid state devices
 PLC & SCADA systems
 Wide area monitoring and network control
 Network communication and control
 Signal processing applications in power     systems
 Design, development and placement of smart     sensors in power system
 Grid optimization
 Static and dynamic component modeling
 Power system stability and control
 Impact of distributed generation on security          and reliability of power systems
 Grid challenges: Planning, interconnection,     operation and control
 Transmission planning under market and     regulatory uncertainty
 Protection, special schemes and control     integration
 Design of power components and systems
 Intelligent monitoring of high voltage power     equipment
 Black-out prevention and restoration
 Power system restructuring
 Power system economics
 Power electronics and drives
 Power quality monitoring and mitigation
 State estimation
 Probabilistic methods for energy markets and     asset management
 Damage assessment and restoration modeling     of power systems after earth quakes
 Condition monitoring, failure diagnosis and     reliability centered maintenance
 Probabilistic approach for analysis and design     of electrical machines and drives
 Energy storage design for electric power under     uncertainty
 Power system security
 International coordination towards fully     functioning interconnected power grid
 Energy security and sustainability analysis
 OLTC operations
 Shunt capacitor switching during emergency
 Hybrid Power Systems
 Intelligent energy distribution and     management
 Energy efficient and power saving technology
 Soft computing techniques in power system
 SP based applications for power systems
 Energy conservation & harvesting
 Optimal & economic management of power     system

TRACK-II: Power Electronics:

 Motor Drives and Motion Control
 Analysis and Design of Electrical Machines
 Hard switching and soft switching static power     converters
 Biomedical Power Electronics
 Power Electronics in Emerging Technologies
 Power Electronics & Energy Conversion
 Distributed Generation & Micro Grids
 Grid Interactive Systems in Hybrid Renewable     Systems
 FACTS and HVDC Applications in Green     Energy Systems Measurement &     Instrumentation Systems
 Green Buildings / Zero Energy Buildings
 Power System Protection
 Power Quality & Energy Efficiency
 Energy Storage Systems & Technologies
 Electrochemical Power Sources
 Energy and Environment
 Organic Electronics - Materials & Applications
 Communication Protocols & Computer     Networking for Energy Applications
 Energy Harvesting
 Aerospace Power Applications
 Control Systems for Energy Conversion &     Management
 Optimization & Computational Techniques     for Green Energy Systems
 Electric & Hybrid Vehicles Prediction
 Forecasting and Reliability Evaluation for      Green Energy Systems
 Policies and Strategies for Renewable Energy     Systems
 Renewable Energy Standards
 Advanced power semiconductor devices
 Soft switching, multilevel converters, matrix     converters
 HFAC converters
 Integrated renewable systems
 DSP& other intelligent controllers
 Advanced batteries, energy storage devices and
 systems
 Power quality devices and issues
 Power management and energy efficiencies
 Smart grid technologies, net metering, feed-in     tariff
 High voltage DC transmission lines
 Power converters modeling, simulation and     control
 Electric machines in motion control and other
 Neural / Fuzzy Computing
 Swarm Intelligence/Machine Learning
 Smart Grid Computing techniques
 Restructured Power System
 Process Control/Embedded Systems/VLSI
 Power Quality/ Power Management Systems
 Renewable Energy

TRACK-III: Control Systems:

 Control Algorithms - Design & Applications
 Fault Diagnosis and Fault Tolerant Control
 Automated Guided Vehicles
 State Estimation and System Identification
 Intelligent Mechatronics
 Process Automation
 Intelligent and AI Based Control
 Grid Computing
 Signal and Image Processing
 Computational Optimization
 Industrial systems and applications
 Control and Automation Engineering
 Linear/Nonlinear control
 Adaptive & optimal control
 Network based control
 Model predictive control
 Optimal control
 Intelligent control
 FPGA control
 Embedded systems and Networking
 Wireless sensor networking
 VLSI design
 Embedded systems
 Microprocessor based control
 Image and signal processing
 Navigation control and algorithm
 Robotics and Communication
 Sensors and Instrumentation
 MEMS and NANO sensor
 Sensor fusion and Optical Sensor

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