Aspiring Software Engineer with strong academic foundation and acute analytical skills. Adept at using modern technologies to create efficient and scalable solutions. Ambitious to work in a challenging environment to develop state-of-the-art applications and contribute to the organization’s growth.
Education
CMR Engineering College
Bachelor of Technology from Electronics and Communication Engineering
2023
University Overview
Narayana Junior College
Intermediate
2019
University Overview
Bhashyam Public School
SSC
April 2017
University Overview
Accomplishments
Accomplishments
COURSERA C for Everyone: Programming Fundamentals
SPOKEN TUTORIAL C, C++
HACKERRANK Problem Solving
TECHNICAL SKILLS
C
Java
SQL Basics
Data Structures
Additional Information
Additional Information
SUCCESSIVE CANCELLATION SYNDROME BASED POLAR DECODER IMPLEMENTATION WITH MBE
Successive Cancellation Syndrome (SCS) decoding considers L concurrent decoding paths in parallel where L denotes the list size.
Multi Bit Error Detection and Correction Codes (MBE-DCC) decoder is developed with syndrome detection and error correction modules.
Syndrome detection is used for detecting the error in encoded data and Error detection module is introduced for identifying the number of error bits with their position.
Error correction module is developed for correcting all the errors in encoded data.
The proposed MBE-DCC resulted in superior performance in terms of reduced LUTs, time-delay and power consumption as compared to conventional approaches such as LBC, STBC, and Turbo.
Key Contributions:
The LUT's in proposed MBE-DCC is less i.e 55 when compared with Turbo i.e 64.
The Time dealy in Turbo is 1.453 is reduced to 0.321 in proposed MBE-DCC.
Power consumption in Turbo is 1.79 is reduced to 1.065 in MBE-DCC.