Deconvolution
Description#
The signal processing block deconvolution calculates an impulse response based on a signal and a reference signal.
Input#
The input is MxN where is must be N>=2 containing minimum one signal and one reference.
Output#
The output is MxL where L=N-1 and is all signals deconvolved with the reference signal. This is primarily
used to generate impulse responses.
Attributes#
| Attribute | Value |
|---|---|
| Name | Deconvolution |
| Reference Channel | 0 |
| Channels | 1 |
Name#
Name specifies the name of the block.
Reference Channel#
Reference channel is the channel n which is used to deconvolve all other channels.
Channels#
Channels specifies the number of input(s)/output(s) the block will have.
Examples#
This example shows a full 48000 point FFT of a 1000 Hz sinusoid at 1 FS. Because the FFT is 1 FS the two peaks of the FFT is each -6 dB.
