Hello. I'm Rajat.
I am currently a 4th year Undergraduate at RVCE in department of Electronics
and Communication. I'm especially interested in exploring embedded devices and
VLSI domain. Also, I like pushing myself and taking up new challenges.
Happy to welcome you here, and tell you bit about me. Happy browsing.
Embedded System Design (18EC52)*, Digital VLSI Design (18EC54)*, Digital Signal Processing and Machine Learning (18EC55)*
Analysis & Design of Digital Circuits (18EC34), Analog Microelectronic Circuits (18EC33),
Programming in C, Advanced Digital System Design using Verilog HDL (18EC43),
Microprocessor & Microcontroller (18EI44), Analog Integrated Circuits Design(18EC46),
Engineering Mathematics.
Wipro-IISc Autonomous Vehicle Research Group: Working on Image data Masking. The primary goal of the project
is to create an alternative version of data that cannot be easily identified or reverse engineered, therefore
safeguarding sensitive data.
National Service Scheme: Participated in NSS CAMP in association with
Campus 2 Community,
an initiative started back in 2015 aimed in the student engagement at the community level. The activities
will include art work on the walls, providing awareness charts with regards to environment, health, cleanliness
and management, library and lab equipment’s, drinking water facility, sports kit, first aid kits etc.
Team Chimera: I am currently working on Saftey Circuits.
My work includes custom circuit and PCB design to physical construction and implementation.
Finally, the safety system must ensure both the driver's safety and compliance with all applicable rules.
Implementing Burst mode data transfer using AXI protocol.
Working on APB, AXI protocols and it's interfacing with SOC using
standard ARM based interface systems.
Performed Comparative study of Sigmoid and ReLU activation function
for accuracy of the network and the total resource utilization and clock
performance.
Working on Image data Masking. The primary goal of the project
is to create an alternative version of data that cannot be easily identified or reverse engineered, therefore
safeguarding sensitive data.
Working on various algorithms for detection of license plate in a car and automatically
masking the plate using image processing.
Work
CISCO-RVCE CoE in IOT [July 20 - Sept 20]
Intern
Worked on a project "IoT based smart agricultural Monitoring System".
Worked on sensors for collecting and analyzing field data such as temperature, humidity, soil moisture and rain
detector. In the form of a wireless sensor network, these sensors are combined with well-established web
technology to remotely control and track sensor data.
This system is completely automated and there is no need for human intervention. Also, the sensor readings are
transmitted to a Thing speak channel to generate graphs for analysis.
Worked with Business Analytics team overlooking category related analysis.
Implemented SEO to improve website ranking on Google Search Engine.
Monitoring and analysing the websites’ organic performance with specialized SEO tools
Optimized website pages with relevant keywords and improved formatting and readability, to decrease bounce rate.
Driving strategy to acquire backlinks that positively impact organic rankings.
Projects
Appox. Multiplier using 4:2 Compressors
The aim of this project is to design and simulate a 16-bit
approximate multiplier using 4:2 Compressors to deliver high performance
and execution efficiency at low power consumption. The tradeoff was reduction
in the accuracy, which does not necessarily affect the normal operation for
machine learning and multimedia applications.
ECG Classification Using NLMS and KNN
In this project ECG signal pre-processing and KNN based beat classification is performed to categorize
the signal into normal and abnormal subjects. LMS based adaptive filters are used in ECG signal pre-pr
ocessing for the removal of noise. Compressing the processed denoised signal to decrease the time delay
by selective feature selection.
Bidirectional Counter for Power Automation
The aim of this project is to make a model based on a microcontroller
to count the number of people entering a mall then enable the required
number of motors or engines based on the number of people inside the
mall using Proteus Simulation Software. the project is a real-life model
capable of carrying out the mission of counting in both directions. Not
only will it raise the counter when any individual enters the mall through
the entry, but also when any person exits the mall through the exit, the
value of the counter decreases accordingly.
HighSpeed Data Transfer using AXI
The objective is to develop an IP core block for image detection with
limited resources and low latency for recognizing digits using CNN
architecture. AXI protocol is developed to achieve high-speed data transfer. Performed
Comparative study of Sigmoid and ReLU activation function for accuracy of the network and the
total resource utilization and clock performance.
Contact Me
Please feel free to contact me if you have any questions or simply want to say hello.