1. Curriculum Vitae
R. MYTHRI Contact : +91-97-4246-0661
#46/10, 6th
Cross, 3rd
Main, Jakkasandra Email: mythrijr@gmail.com
Koramangala 1st
Block, Bangalore 560034
Objective
Seeking a supportive and co-operative environment with opportunities to enrich my
knowledge and skills in the emerging and challenging technologies while contributing my
best.
Summary
Of
Qualification
EXAMINATION BOARD /
UNIVERSITY
SCHOOL/
COLLEGE
YEAR
OF PASSING
PERCENTAGE
Bachelor of
Engineering
(Electronics and
Communication)
Visvesvaraya
Technological
University,
Belgaum
R L Jalappa
Institute of
Technology
2015 70.16%
12th CBSE
Jawahar
Navodaya
Vidyalaya
2011 78.33%
SSLC
Board of
Secondary
Education, A.P
Balayesu
Vidyalaya
2009 90.30%
Technical
Skills
Languages : C, C++, MATLAB, Verilog
/VHDL.
Web Technologies : HTML
Packages : MS Office 2010
OS : Windows 7/8, UNIX
Other Tools : Embedded System, Microcontroller, Microprocessor 8085,8086
Scripting Languages : Visual Basic.
Achievements
 Participated in 7th international level science talent examination at the School level.
 Participated in junior and advance level “All India general knowledge exam” and
stood first in the class.
 Participated in two day’s workshop on “EMBEDDED SYSTEM DEVELOPMENT” using
ARM CORTEX_M3.
 Completed course on “EMBEDDED SYSTEM DESIGN” conducted by IETE.
 Presented technical paper in NATIONAL CONFERENCE on “MOTION CAPTURE
PROCESS, APPLICATIONS AND ADVANTAGES”.
 Actively participated in cultural activities and sports in my academics and have many
prizes.

2. Personality
Traits
 Innovative and Passionate to learn new things.
 Organized and well-structured at work.
 Committed to deadlines and schedules.
 Good team player.
Project
Details
Project Name : High speed Modeling of GLCM for image processing on FPGA.
Description : Here the main objective of this project is to obtain high speed
modeling of GLCM for image processing on FPGA. This gives the edge detected matrix
coefficient when it is subjected to GLCM process. GLCM includes comparison of pixel values,
hence the edge detected values are obtained output of the above process is simulated on
Altera Cyclone IV FPGA. This performs the edge detection by using gray-level co-occurrence
matrix (GLCM) algorithm by using the concept of comparison of adjacent pixel values which
is helpful in detecting the discontinuities in a image. This proved that the GLCM is a robust
method for edge detection with competitive performance.
Team : 4 members
Roles and Responsibilities: As one of the core team member, I involved in requirements
gathering and built a prototype of the system. I have simulated the system using Quarry.
Environment : Altera FPGA kit, Verilog, Quarry
Personal
Details
Name : R.MYTHRI
Father’s Name : J.A. Rama Krishna Reddy
Date Of Birth : 24th March 1994
Sex : Female
Marital Status : Single
Nationality : Indian
Hobbies : Pencil Sketching, Listening Music.
Languages Known : English, Kannada , Telugu & Hindi
Declaration I hereby declare that the above given information is true and fact to the best of my knowledge.
Place: Bangalore (R. MYTHRI)