Project Data
Resume:
RESUME
GIRISH KUMAR M S
S/o Srirama M S,
8th cross, behind IBP petrol bunk,
Bangalore – 560056.
E-mail: ***************@*****.***
Mobile: +91-740*******
To work in a challenging atmosphere by exhibiting my skills with utmost sincerity and dedicated smart work for the growth of your esteemed organization along with mine.
QUALIFICATION
UNIVERCITY/BOARD
INSTITUTION
YEAR
AGGREGATE
M.Tech
(VLSI & Embedded System)
Visvesvaraya Technological University
SJB Institute Of Technology
2015
75.64%
B.E
(Electrical & Electronics)
Visvesvaraya Technological University
Amrutha Institute Of Engineering & management science
2013
60.33%
2nd PUC
Department of Pre-
University Education, Karnataka
SSMRV PU College
2009
58%
SSLC
Karnataka Secondary
Education Examination
Board
Gnana Bodhini
Higher Primary School
2007
76%
Languages Known : C, C++, Data Structures, Unix, Device Drivers, VHDL and Verilog.
Operating System : MS DOS, Windows Xp/Vista/7.
Area of Interest : Embedded System Design, VLSI Design, Wireless Communication. Microprocessors and Microcontrollers
Tools : Modelsim, Fedora, Xilinx 14.1, KielµVision 4, MATLAB 7.
Applications : MS Office (Word, PowerPoint, Excel), Photoshop etc.
Comprehensive Problem Solving Abilities
Good Presentation Skills
Strong Verbal and Written Communication Skills
Good Leadership Qualities
Optimist Workaholic
Quick Learner
Drive for Self-Improvement
Completed Internship in Kirloskar Electrical Company Ltd.
Published a paper on "WPFA : A Write Pattern Algorithm For NAND Based SSD'S" in International Journal Of Engineering Research & Technology.
2 year of experience in teaching SSLC students in private tuition.
Final Semester Project as a Part of the M.Tech Curriculum
Project Name : “WPFA : A WRITE PATTERN ALGORITHM FOR NAND BASED SSD'S”
Team Size : Single.
Duration : 6 months.
Description : This project implements and evaluates a pre-coding algorithm to improve data retention and reduce power consumption in NAND-based solid-state drives (SSDs). Write pattern format algorithm (WPFA) consumes less power while achieves better data retention when compared to the stripe pattern elimination algorithm (SPEA) and state-of-the-art asymmetric. The Hamming encoder and decoder are designed so as to detect and correct any erroneous bits. Hamming codes can detect double bit error and can correct only Single bit error. Errors can get introduced due to some noise on the channel. The NAND Flash Memory Controller exploits the parallelism of multiple flash chips and executes parallel requests simultaneously by the crossbar switch operation. By which improved bandwidth utilization and the speed of accessing are achieved.
Final Semester Project as a Part of the Engineering Curriculum
Project Name : “SURVEILLANCE ROBOT USING DTMF TECHNOLOGY”
Team Size : 4
Duration : 10 weeks.
Description : In this project, we present the controlling of a Robot using DTMF technique the robot is controlled by a mobile phone that calls the other mobile phone attached to the robot. In the course of the call, if any button is pressed, the tone corresponding to the button pressed is heard at the other end. This tone is called “Dual Tone Multi Frequency tone (DTMF)”.Using DTMF code, direction of motion of the robot can be controlled by mobile phone. The above system can be used for military purpose as ‘bomb detector’ and as ‘spy robot’ and also for surveillance.
Other Projects
Project Name : “ERROR-DETECTING USING CYCLIC REDUNDANCY CHECK (CRC)”
Description : A cyclic redundancy check (CRC) is an error-detecting code commonly used in digital networks and storage devices to detect accidental changes to raw data. Blocks of data entering these systems get a short check value attached, based on the remainder of a polynomial division of their contents; on retrieval the calculation is repeated, and corrective action can be taken against presumed data corruption if the check values do not match.
Project Name : “IMPLEMENTATION OF HAMMING ENCODER AND DECODER USING LABVIEW”
Description : In this project using LABVIEW simulation software, the hamming encoder and decoder system is designed and generated. During the transmission of data, it might get corrupted because of some noise on the channel. So it is necessary for the receiver to have some function which can detect the error in the received data, So Channel encoding inserts additional information called parity bits into a transmitted bit stream to facilitate error detection and error correction.
Paper Battery.
Hy-Wire Car.
Maglev Vehicles.
Name : Girish Kumar M S
Date of Birth : 10 Apr 1991
Father’s name : Srirama M S
Sex : Male
Languages Known : Kannada, English, Hindi, Telugu, Tamil.
Hobbies : Music, Drawing, Swimming, Painting and Reading.
Interesting Subjects : C, C++, Data Structure, Unix, Device Drivers, CMOS VLSI, Micro-Controller, Micro- Processor, Logic Design, Automotive Electronics, Signal Processing etc.,
I declare that the information given above is true to the best of my knowledge. Waiting for a chance to prove myself.
PLACE : Bangalore
DATE : 30/11/2015
[GIRISH KUMAR M S]
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