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GENERATION OF RAMP SEQUENCE
clc;
close all;
clear all;
n1=input('Enter the length of Ramp Sequence:');
t=0:n1;
stem(t,t);
ylabel('Amplitude');
xlabel('Time');
title('Ramp Sequence');
Input:
Enter the length of Ramp Sequence:5
Output:
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2010
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March
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GENERATION OF SINE FUNCTION
GENERATION OF SINUSOIDAL SEQUENCE
GENERATION OF EXPONENTIAL FUNCTION
GENERATION OF RAMP SEQUENCE
GENERATION OF UNIT STEP FUNCTION AND SEQUENCE
GENERATION OF ALL SIGNALS
DISCRETE FOURIER SERIES
DISCRETE FOURIER TRANSFORM
FAST FOURIER TRANSFORM
LINEAR CONVOLUTION OF TWO SEQUENCES
CIRCULAR CONVOLUTION OF TWO SEQUENCES
COMPARISION OF CIRCULAR AND LINEAR CONVOLUTIONS
BUTTERWORTH HIGH PASS FILTER
BUTTERWORTH LOW PASS FILTER
BUTTERWORTH PASSBAND FILTER
BUTTERWORTH STOPBAND FILTER
CONVERSION OF ANALOG FILTER TO DIGITAL FILTER USIN...
CONVERSION OF ANALOG FILTER TO DIGITAL FILTER USIN...
CHEBYSHEV TYPE-I LOW PASS FILTER
CHEBYSHEV TYPE-I HIGH PASS FILTER
CHEBYSHEV TYPE-I BANDPASS FILTER
CHEBYSHEV TYPE-I STOPBAND FILTER
CHEBYSHEV TYPE-II LOW PASS FILTER
CHEBYSHEV TYPE-II HIGH PASS FILTER
CHEBYSHEV TYPE-II BANDPASS FILTER
CHEBYSHEV TYPE-II STOPBAND FILTER
FILTERS USING HAMMING WINDOW
FILTERS USING HANNING WINDOW
FILTERS USING RECTANGULAR WINDOW
FILTERS USING TRIANGULAR WINDOW
FILTERS USING BLACKMAN WINDOW
FILTERS USING KAISER WINDOW
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