Includes an illustrative sample (gray lines) of 100 out of the 10,000 spectra of the randomized data. *p p p < 0.001.</p
<p>Power spectral density of the frequency filter as a function of the input frequency. Different le...
Spectral power distributions for simulated and commercially-available light sources.</div
A MATLAB function to calculate the power spectral density of the random signal using the modifed Wel...
Includes an illustrative sample (gray lines) of 100 out of the 10,000 spectra of the randomized data...
<p>Power spectral density for each velocity component of a representative subject.</p
Includes an illustrative sample (gray lines) of 100 out of the 10,000 spectra of the randomized data...
<p>The logarithmic graphs of power versus frequency are plotted using: A) an FFT algorithm, B) a per...
<p>Mean spectral density and cross power spectral density of two ECoG channels, averaged across tria...
<p>Thin lines are one standard deviation away from the average (thick line); treatments: ‘Shaken’, (...
<p>First column: PSD in linear scale; 2nd column: PSD in log-log scale; observe the linear relation ...
<p>The gray shaded area shows the distribution of spectral power represented as a percentage of tota...
<p>These power spectral densities are averaged over points in our simulation domain for the paramet...
Light red and light blue colors represent the "distribution" of the sample, while dark colors are th...
<p>Clustered power spectra in source space represent normalised power, i.e., spectral power in compa...
<p>Power spectrum graph of the distribution of the IC power density plot averaged across all healthy...
<p>Power spectral density of the frequency filter as a function of the input frequency. Different le...
Spectral power distributions for simulated and commercially-available light sources.</div
A MATLAB function to calculate the power spectral density of the random signal using the modifed Wel...
Includes an illustrative sample (gray lines) of 100 out of the 10,000 spectra of the randomized data...
<p>Power spectral density for each velocity component of a representative subject.</p
Includes an illustrative sample (gray lines) of 100 out of the 10,000 spectra of the randomized data...
<p>The logarithmic graphs of power versus frequency are plotted using: A) an FFT algorithm, B) a per...
<p>Mean spectral density and cross power spectral density of two ECoG channels, averaged across tria...
<p>Thin lines are one standard deviation away from the average (thick line); treatments: ‘Shaken’, (...
<p>First column: PSD in linear scale; 2nd column: PSD in log-log scale; observe the linear relation ...
<p>The gray shaded area shows the distribution of spectral power represented as a percentage of tota...
<p>These power spectral densities are averaged over points in our simulation domain for the paramet...
Light red and light blue colors represent the "distribution" of the sample, while dark colors are th...
<p>Clustered power spectra in source space represent normalised power, i.e., spectral power in compa...
<p>Power spectrum graph of the distribution of the IC power density plot averaged across all healthy...
<p>Power spectral density of the frequency filter as a function of the input frequency. Different le...
Spectral power distributions for simulated and commercially-available light sources.</div
A MATLAB function to calculate the power spectral density of the random signal using the modifed Wel...
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