Bengaluru (also called Bangalore) is the capital of India’s southern Karnataka state. The center of India’s high-tech industry, the city is also known for its parks and nightlife. By Cubbon Park, Vidhana Soudha is a Neo-Dravidian legislative building. Former royal residences include 19th-century Bangalore Palace, modeled after England’s Windsor Castle, and Tipu Sultan’s Summer Palace, an 18th-century teak structure.
About IEEE Banglore Section
IEEE Bangalore was established in 1977 and is one of the most vibrant and dynamic Sections across Asia Pacific (IEEE Region 10) Region. Over the years the strength of the section has grown steadily and currently the Section membership stands more than 7200. This membership is spread across various sectors and is a nice blend of Industry, Academia and Research organizations. Section Conducted 200+ Technical Activities in the year 2014, 480+ Technical Activities in the year 2015, 780+ Technical Activities in the year 2016 and 800+ in 2017, with the help of Student branches and society chapters. IEEE Bangalore Section won the prestigious MGA Outstanding Large Section Award and R10 Distinguished Large Section Award for the year 2013.
Bangalore Section has one Subsection (Mangalore), 19 Society Chapters (very few sections across the globe have these many) and 2 affinity groups. The Chapters carry out focused activities in their respective areas by conducting technical talks under DLT, Seminars, Tutorials, workshops, conferences etc. Apart from Chapters two affinity groups viz. Young Professionals and Women In Engineering (WIE) also carry out related activities. IEEE Bangalore and IEEE Princeton and Central New Jersey Sections have signed an MoU as sister sections. Section has 66 active and dynamic student branches. Student Branches have been in the forefront for conducting various activities for benefit of its student members. Section regularly conducts Branch counsellors and chapter chair meetings.
ABOUT GLOBAL CONFERENCE (GCAT 2019)
The theme for GCAT is Advancement in Technology – researchers and engineers will be brought together from academia and industry, and they will freely expose their ideas and opinions on emerging issues in the field of electrical, electronics and computer engineering as well as information technologies.
Prospective authors are invited to submit full paper with six- Eight pages in double-column IEEE conference format via the conference website . More information on about paper format and guidelines for paper submission can be found at the conference website. The conference proceedings will be submitted to the IEEE Xplore® digital library.
For quality purpose we follow rules as per IEEE Criteria:
The GCAT 2023 Conference themes, grouped in five tracks, are the following
(but are not limited to):
Important Instructions :
We do not accept any papers less than 6 pages
We do not accept any papers from the Out of scope ( Mechanical ,chemical, civil engineering department) except the area of call for paper
We only accept original papers.
Power, Energy and Power Electronics (PEPE)
Power Generation, Transmission and Distribution
Wireless Power Transfer and Energy Harvesting
Renewable Energy Sources and Technology
High Voltage Engineering, HVDC-FACTS
Switching Circuits and Power Converters
Power System Monitoring, Control and Protection
Power Quality
Grid Impact of Large-Scale Renewable
Micro Grids and Distributed Generation
Solar, Wind, Hydro, Fuel Cells and Utility Interface Issues
Control Communication and Monitoring of Smart Grid
Energy Storage System
Motors and Drives
Forecast and Power Management of Renewable Sources in a Micro Grid
Submit Your Paper
Signal and Image Processing (SIP)
Signal Processing
Image Processing
Video Processing
Pattern Recognition and Object Tracking
Audio and Electro-acoustics
Submit Your Paper
Communication Systems (CS)
Antennas, Propagation and Computational EM
RF/Millimeter-wave Circuits and Systems
Wireless Communications and Networks
Optical Communications
Modulation and Coding Techniques
5 G communication
Wireless Sensor Networks
Submit Your Paper
Computational Intelligence (CI)
Neural Networks
Fuzzy Systems
Swarm and Evolutionary Computation
Machine Learning
Computing Technologies (CT)
Computing Architectures and Systems
Software and Database System
Graphics and Animation
Multimedia Engineering
Network and Cyber Security
Devices, Materials and Processing (DMP)
Electronic Devices and Materials Processing
Nano-electronics
Power Electronic Devices and Components
Analog and Mixed Signal ICs
Biomedical Devices & Application (BDA)
Biomedical Signal Processing and Instrumentation
Wearable Sensors for Healthcare monitoring
Biomedical Imaging
Emerging Technologies (ET)
3D Printing/Flexible Electronics
Internet of Things
(Big) Data Analytics
Machine Learning
Deep Learning
Cloud Computing
Python Application
Transportation Technologies (TT)
Aerospace Technologies
Marine and Offshore Engineering
Intelligent Transportation Systems
Smart Vehicle
Other Technologies (OT)
Robotics, Control, Instrumentation and Automation
Photonic Technologies
Lasers, Amplifier and Detectors
Humanitarian Technologies
Information Systems and Technologies (IST)
Information Retrieval
Scientific Databases
Security Engineering
Risk Analysis
Reliability Engineering
Software Engineering
Data Mining
Artificial Intelligence
Learning Technologies
Web Based Computing
Web 2.0/ 3.0
Solving Environments
Embedded & VLSI (EVL)
Logic and high-level synthesis
Physical design
Embedded systems and processors
System-on-Chip (SoC)
FPGA prototyping
Hardware/software co-design
Processor architectures and multicore systems
In-memory computing
Approximate and stochastic computing
AI and machine-learning hardware accelerators
Neuromorphic computing
Circuits and systems for signal processing and communication
Adaptive and reconfigurable computing
Analog, mixed-signal, and RF designs
Testing, reliability, and fault tolerance
Low-power and thermal-aware IC design
IoT and micro-sensor interfaces
Hardware security
EDA algorithms, methodologies and tools
Post-CMOS technologies and architectures