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HARISH HARIKRISHNAN

OBJECTIVE:

To obtain a long term challenging position in the IT sector where my sound technical knowledge & skills are

fully optimized towards the growth of the organization and self-development.

MISSION:

To innovate and Develop Software Applications on a high standard.

ISION:

Ta!ing technolog" to the world and invent new techni#$es.

MY EDUCATION: FRESHER SOFTWARE DEVELOPER (2012)

SECONDARY 2006 SRI RAMAKRISHNA MISSION 8!"#

HI$HER SECONDARY 2008 ST.JS!"#$S S%# '(.()*

$RADUATION (ECE) 2012 +,,+,, ISTITT! / T!%#01 2.'%0",

M% SKI&&S:

OO'S:Strong knowledge in "S concept.

(AA:,bility to code an entire application on a single hand in 3ava.

PROJECTS DONE IN JAVA:

#ave written logic for solving Sudoku on single hand.

4eveloped a website using 3ava swing controls

(AA S)IN*:Shouldering web development using 3ava swing.

(+,,:

earnt 35ee and its applications.

(D-:earnt the concepts of Java database connectivity.

HTM&:#ave hands on #1"!6 T!7T +,68" ,0,0! and %,S%,4I0 ST1! S#!!TS.

(AA SRI'T:earnt to develop dynamic webpages using 3ava script.

N,T)ORKS:earnt all basic concepts of networks and operating systems.

T%'IST:%an type 5( to )9 words in a minute.

AR,AS O/ INT,R,ST::eb development

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0ame development,pplication development.

STR,N*TH:Innovator

%oming hard at my mistakes

;ending back to complete pro3ect on timeStrongly believe in self motivation and confidence

Team player:ork at any environment

HO--I,S:earning new software languages and updating knowledge

:atching cricket

6eading books%oding for an application and developing websites.

PROJECT DETAILS:ACADEMIC PROJECT

PROJECT TITLE: Sea algorithm using cam

SUMMARY: S!, is a scalable encryption algorithm targeted for small-embedded applications. It was initiallydesigned for software implementations in controllers< smart cards or processors. In this letter< we investigate its

performances in recent field-programmable gate array =/"0,> devices using content addressable memory called%,+. +ost memory devices store and retrieve data by addressing specific memory locations. The time re?uired

to-find an item stored in memory will be reduced considerably if the item can be identified for access by its

content rather than by its address. , memory that is accessed in this way is called content-addressable memory.In addition to the performance evaluation< we show that the algorithm$s scalability can be turned into a fully

generic @#4 design< so that any teAt< key< and bus size can be straightforwardly re-implemented without anymodification of the hardware description language< with standard synthesis and implementation tools.

PERSONAL DETAILS:

NAME: HARISH.H

FATHERS NAME: HARIKRISHNAN.B

MOTHERS NAME: GEETHA.H

MOBILE NO: 85268!8"#$"!!%2!#2#2$""#6&%%8!

EMAIL ADDRESS: 'ar(mate#%)gmail.com

DATE OF BIRTH: #%*&*#""#

LANGUAGES KNOWN: TA+I, TE,-G-$ ENG,ISH

DECLARATION:

I hereby declare that the details furnished above are true to the best of my knowledge andbelief.

#,6IS#.#

mailto:Darymate13@gmail.commailto:Darymate13@gmail.com