Question

The filter $H(z)=z /(z-0.8)$ is excited by white noise of zero mean and unit variance. a. Determine all the autocorrelation values at the output of the filter at steady state. b. Determine the PSD at the output.

   The filter $H(z)=z /(z-0.8)$ is excited by white noise of zero mean and unit variance.
a. Determine all the autocorrelation values at the output of the filter at steady state.
b. Determine the PSD at the output.
Audio Signal Processing and Coding
Audio Signal Processing and Coding
Andreas Spanias, Ted… 1st Edition
Chapter 2, Problem 23 ↓

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The given filter is \( H(z) = \frac{z}{z - 0.8} \). The input to this filter is white noise with zero mean and unit variance. White noise has an autocorrelation function \( R_x[k] = \delta[k] \), where \( \delta[k] \) is the Kronecker delta function.  Show more…

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The filter $H(z)=z /(z-0.8)$ is excited by white noise of zero mean and unit variance. a. Determine all the autocorrelation values at the output of the filter at steady state. b. Determine the PSD at the output.
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