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Infinite impulse response (IIR) is a property of signal processing systems.

1 vote

Calculating a NRR of an IIR

So today I verified Tendero's solution. The integral $$NRR = \frac{\sigma^2_{Yv}}{\sigma^2_{Xv}} = \frac{1}{2\pi}\int_{-\pi}^{\pi}|H(\omega)|^2d\omega = \sum_n h(n)^2$$ gives for the same probl …
Mr.Sh4nnon's user avatar
1 vote
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Calculating a NRR of an IIR

I'd like to calculate the Noise Reduction Ratio of a system. The system I have is $$ H(z)= \frac{z^{-5}}{1-0.1z^-1}.$$ For FIR Filters this can easily done by $$ \sum h[n].$$ For an IIR Filter this …
Mr.Sh4nnon's user avatar