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Generate MATLAB code that shows a decaying exponential function for the time axis: t = 0 : 0 . 0 0 1 : 1 ;
Generate MATLAB code that shows a decaying exponential function for the time axis: t ::; Set the amplitude to and the exponent to a Digitize by converting to unsigned bit integer uint Calculate the entropy of this signal. Also, calculate the entropy of the differential signal use Matlab diff The following code can be obtained to determine the probabilities of symbols the symbols are integers between and : h histogramx 'Normalization', 'Probability'; p hValues; Be careful because some of these probabilities may be zero, so if we just apply the formula sumplogp to this vector, we might get an error. You need to select the nonzero elements of p and then apply the formula. The calculated entropy was The entropy of the differential signal was around Thank you
Generate MATLAB code that shows a decaying exponential function for the
time axis: t ::;
Set the amplitude to and the exponent to a Digitize by converting to
unsigned bit integer uint Calculate the entropy of this signal. Also,
calculate the entropy of the differential signal use Matlab diff The following code can be obtained to determine the probabilities of symbols the symbols
are integers between and :
h histogramx 'Normalization', 'Probability';
p hValues;
Be careful because some of these probabilities may be zero, so if we just apply
the formula sumplogp to this vector, we might get an error. You
need to select the nonzero elements of p and then apply the formula. The calculated entropy was The entropy of the differential signal was
around Thank you
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