bands_psd

`bands_psd` calculates power spectral densities estimates on bands. Bands are computed from spectrogram bands equal or greater than lower limit and inferior to the upper limit.

A toolbox for sleep data processing, visualization and analysis. Tools for state of the art automatic sleep stages scoring.

Paul Bouchequet

rsleep

Analysis of Sleep Data

bands_psd function

<dl><dt>signal</dt>
<dd>Numerical vector of the signal.</dd>
<dt>sRate</dt>
<dd>Signal sample rate in Hertz.</dd>
<dt>bands</dt>
<dd>A list of bands to compute with lower and upper limits in the form `list(c(0,4),c(4,8))``</dd>
<dt>normalize</dt>
<dd>A band to normalize (divide) by. Defaults to `c(0.5,40)`. Can be set up to FALSE for raw results. Defaults to FALSE.</dd>
<dt>method</dt>
<dd>Character. Method to use to compute power spectral density. "pwelch" or "psm". Defaults to "pwelch".</dd></dl>

Arguments

Compute power spectral density of bands listed in the bands argument. — bands_psd

<dl>

<dt>signal</dt>
<dd>Numerical vector of the signal.</dd>


<dt>sRate</dt>
<dd>Signal sample rate in Hertz.</dd>


<dt>bands</dt>
<dd>A list of bands to compute with lower and upper limits in the form `list(c(0,4),c(4,8))``</dd>


<dt>normalize</dt>
<dd>A band to normalize (divide) by. Defaults to `c(0.5,40)`. Can be set up to FALSE for raw results. Defaults to FALSE.</dd>


<dt>method</dt>
<dd>Character. Method to use to compute power spectral density. "pwelch" or "psm". Defaults to "pwelch".</dd>

</dl>

bands_psd: Compute power spectral density of bands listed in the bands argument.

Description

Usage

Value

Arguments

Examples