Project Engineering

SANTOSH BAGALKOT

Email : ****************@*****.***, (Alt E mail id

******************@*****.***)

Mobile: 990*******, (Alt 990*******)

Address: 534c, G main, vysya bank, colony,

Shantiniketan layout, Arekere gate, Bannerghatta road,

Bangalore 560076, India

Objective

I wish to work as a trainee in your organization and learn technologies and

serve your organization to the best possible with honesty.

Educational Qualification

Course Discipline Institution Year Of Passing Percentage

BE Electronics & A.M.C College of 2012 8th 74.26

Engineering, Bangalore

Communication

Engineering

7th 74.66

6th 66.33

5th 69.66

4th 69.88

3rd 77.66

2nd 83.61

1st 72.25

PUC Science PCMB Sheshadripuram composite 2008 78.11%

PU collage Bangalore

10th DAV Jindal School 2006 76.2%

CBSE

Engineering

average=73.53%

Software Skills:

. Core java, Course on Android, working on an app in institute

Academic Project

Real time implementation of QPSK Transceiver on TMS320C6713DSK

Abstract:

In this project we implement quadrature phase shift keying (QPSK) end-to-

end digital transmitter/receiver. The digital transmitter in our project

randomly generates binary data, which is then modulated using QPSK. This

signal is then received by the digital receiver, which performs multiple

operations to recover the transmitted signal. Firstly, because we are using

a carrier to modulate the transmitted signal, we must demodulate the

signal. The demodulation requires knowledge of the carrier frequency, and

the use of low pass filter. The first step in demodulation is to break up

the received signal into its constituent in-phase and quadrature-phase

components.

This procedure is easily done using the knowledge of the

carrier frequency and low pass filters. However, because the channel may

introduce an offset into the transmitted signal, a carrier offset recovery

block is needed. This block performs a phase lock loop (PLL) to recover the

phase of the transmitted signal. After phase recovery, the in-phase and

quadrature-phase data are sent to match filters, which produce peaks at the

time at which the filter output should be sampled. The focus of our project

is the MATLAB implementation of the digital transmitter/receiver and symbol

timing at the output of the matched filter.

Personal Details

Father's Name -: PRABHAKAR BAGALKOT

Gender -: Male

Date of Birth -: 4th-JAN-1990

Languages Known -: English, Kannada, Hindi

Hobbies - : Reading, music, swimming

Nationality -: Indian

Declaration

I hereby declare that the above-mentioned information is correct up to the

best of my knowledge and I bear the responsibility for the correctness of

the above-mentioned particulars

Place: Bangalore

(SANTOSH BAGALKOT)

ABSTRACT

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