Chapter 2: Echo (Convolution)

This demo shows the convolution of an input audio-signal with a Finite Impulse Response (FIR) Filter \(h[k]=\delta[k]+A\delta[k-\kappa]\) with attenuation \(A\) and delay \(\kappa\). Thus, the output signal is calculated as \(y[k] = x[k]+A\cdot x[k-\kappa]\).

Input \(x[k]\) Arnold Elise Armstrong Snare Delay \(\kappa\ [\mathrm s]\) : 0.5 Attenuation \(A\) : 0.5 Recompute

Input \(x[k]\)

Output \(y[k]\)