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International Conference on Electrical and Electronics Engineering (ICEEE 2020) to be held from 14 Feb – 15 Feb, 2020 in Gorakhpur, Uttar Pradesh, India with an aim to provide a platform for researchers, scientists, technocrats, academicians and engineers to exchange their innovative ideas and new challenges facing in the field of Electrical and Electronics Engineering. This Conference will be a platform to focus on the core technological developments in the emerging fields like wireless communication, RF microwave/Radar, Electrical machine, power system, energy system, intelligent information retrieval, intelligent agents, electrical and electronics materials, control system and so on.
For More Details Visit Official Website: http://www.mmmut.ac.in/iceee2020
There are multiple tracks in the conference covering almost all areas of Electronics, Electrical Engineering. Every track has the following main components; a) Paper presentations and best paper awards, b) Poster presentations and best poster awards, c) Key Note Lectures, d) Panel Discussions, and e) Awards for best three PhD Theses. Through these components, this conference covers a broad range of participants and audience.
Conference Tracks:
Electronics Engineering
Track 1: Wireless Communication
Detection probability
Internet of Things (IoT)
Channel modeling and channel capacity
Bit error probability
Probability density function
Diversity technique
Modulation techniques
Diffraction coefficient
Channel noise, SNR
Software-defined radio and cognitive radio
Signal processing for wireless communications
Practical implementation and performance evaluation
Spectrum management and regulatory issues Intelligent transportation system & vehicular communications
Wireless sensor networks
Security and Ad-hoc and cell-based networking
Machine-to- machine communications
MAC layer and routing protocols
Multiple access and scheduling
Cooperative and distributed communications
Radio resource allocation, bit allocation, power allocation
Performance analysis, QoS and network management
Cross-layer optimization
Advanced wireless network technologies, architectures
Cellular-Wi- Fi Integration and interworking
Device to Device Communication
Massive MIMO
UWB
5G Communication
Track 2: RF and Microwaves
Micro strip antenna, Horn antenna, Rectenna, and 5G applications
RF and millimeter waves
Waveguides, Transmission lines
Passive devices and microwave filters design
Dielectric resonator antenna and advance materials
Microwave power supply, absorber
Wideband and Multiband Antennas
Plasmonic and Nanoantennas
Smart and mobile antennas and propagation
Microwave Photonics
Metamaterials, FSS and EBG
Beamforming, MIMO and reconfigurable antennas
Nano and Terahertz circuit and system
Measurement, sensor and electromagnetic modeling
Antenna arrays and coupling structures
Microwaves circuit synthesis and simulation techniques
EM interference and compatibility
Wave propagation and channel modeling
RF power amplifier and devices
Aeronautical and Space Applications
RFID Devices/Systems/Applications
Automotive/Transportation Radar & Communications
Environmentally Sensitive ("Green") Design
Biomedical Systems and Applications
UWB and Multispectral Technologies & Systems
Emerging System Architectures
Modelling Techniques for RF Systems
Radar Techniques, Systems and Applications
Sonar Systems and Applications
Wireless Power Transfer & Energy Harvesting
Microwave Imaging and Tomography
Track 3: VLSI
Microelectronics, Circuits and Systems
Nano-electronics
Devices Micro electro mechanical system
VLSI design and IC technology
IC fabrication and testing
CMOS mixed signal and RF VLSI design
VLSI signal processing
VLSI for wireless communication 5G and beyond
VLSI for bioengineering VLSI for instrumentation and controls
VLSI for electronic system design and manufacturing
Track 4: Optical Communication
Optical Materials
Optical Signal Processing
Advances in Optical Networking
Photonic Communications Systems and Networks
High-speed Optical Communications systems & devices
All-Optical Communication Systems
Energy-Efficient & Spectral-Efficient Optical Communication Systems
Optical MIMO
Optical Fibers and Devices for
Optical Communications
Optical Amplifiers
Modeling & Optimization of Optical Communication Networks
Optical sensors
Optical network management
Software-defined networks
Visible light communication
Nonlinear Optics
Nanophotonics
Digital all-optical networks
Next generation networking
Optical switching and routing (WAOR)
Optical packet networks, memories and data storage
Optical transparency and network scalability
Network reliability and availability (RONEXT)
Wireless and optical networking (GOWN)
Radio-over-fibre transmission
Broadband metro and access networks
Photonic band-gap structures (ESPC)
Nonlinear and active PBG devices
Nanoscale and ultrafast photonics (NAON)
VCSELs and other novel light sources
Micro resonators and photonic molecules (MPM)
Novel glasses & New transmission windows
Big data analytics & network optimization (BigNeO)
Non-conventional optical communications
Electrical Engineering
Track 1: Power Generation, Transmission and Distribution
High Voltage Engineering, HVDC-FACTS
Power System Monitoring, Control and Protection for Low Voltage Protection, Medium Voltage Protection, Surge Protection, Generator & Ground Fault Protection of Medium Voltage Installations
Control Communication and Monitoring of Smart Grid
Wireless Power Transfer
Power Quality, UPS, Filters
Distributed Energy Systems and Metering
Solid-State Transformers
Track 2: Renewable Energy Sources and Technology
Photovoltaic (PV) Inverters and Micro Inverters
Maximum power point tracking (MPPT)
Wind Energy Conversion Systems
Fuel Cells
Grid-Tied Systems
Bi-directional Power Converters
Micro grid Systems & Distributed Generation
Energy Storage Systems
Track 3: Power Electronics and Applications
Switching Circuits & Power Converters
Single-Phase and Three-Phase AC-DC Converters
Embedded AC-DC Power Supplies
Hard- and Soft-Switched
Resonant Converters
Point-of-Load (PoL) and Multi-Phase Converters
Single- and Multi-Phase Inverters
Control of Power Electronic Converters
Current-Mode and Voltage-Mode Control
Digital Control
Sensor and Sensor-less Control
Network and Telecommunication Power Electronics
Defense and Military Power Electronics
AC-DC-AC Applications and Matrix Converters
AC, DC, BLDC Motor Drives
Portable Power
Energy Harvesting
Vehicular Power Electronic Circuits and Systems
Power Electronics for Hybrid and Electric Cars
Power Electronics for Aerospace
Charging Systems
Track 4: Robotics, Control, Instrumentation and Automation
Humanoid robots, Mobile robotics, Space and underwater robots
Control system modelling
Circuits and Systems
Device and Component Modeling
Parasitic, Software Tools
Rapid Prototyping, Industrial automation
Intelligent control, Neuro-control, Fuzzy control and their applications
Networked control systems, Instrumentation systems
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