Title:
Performance Analysis of Binary Amplitude Shift Keying (BASK)
Members:
Tejas R (16CO148) - tejas1908@gmail.com
Tejaskumar K (16CO250) - tejaskumark11@gmail.com
Tushar D M (16CO251) - tdmbarca91011@gmail.com
Abstract:
Digital to analog conversion of signals uses digital modulation techniques because of reasons such as its capacity to store huge amount of data, high security. Amplitude shift keying is a technique where the amplitude of the output depends on the input data and it is zero level when the input bit is 0 or is variation of positive and negative depending on carrier frequency when the input is 1.
Objectives:
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The modulation of the input digital signal to corresponding amplitude shift keying output.
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Demodulation of the output amplitude shift keying to corresponding digital signal.
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Probability of the bit error rate with respect to snr (signal to noise ratio).
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Comparison of amplitude shift keying with other Shift keying methods.
References:
“Amplitude Shift Keying Modulation, Demodulation, And Performance.” Digital Communications with Emphasis on Data Modems, 2017.
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Introduction.md - Explains theoritical aspects of mini project.
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Design.md -Explains design aspects of the mini project.
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Mode.m - Conversion of input binary data into BASK signal.
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Demod.m - Conversion of files BASK signal to binary data.
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Screenshots - Contains screenshots of the outputs.