<p>Short time, Fourier transform based time-frequency analyses were performed on one-minute epochs of low-pass filtered (top set) and high-pass filtered (bottom set) data from one representative electrode. Each set is a montage of three images in which the top image corresponds to baseline activity, the middle image corresponds to activity one day after treatment and the bottom image is the activity that was recorded four days after treatment. Within each image are vertical striations in which each striation is a color map that represents the power of the frequency present within the electrode. Red corresponds to high power and blue is low power. In both the low-pass filtered and high-pass filtered montages, the activity does not appreciabl...
<p>The blue line represent the average Power Spectral Density(PSD) difference between electrodes C3 ...
<p>Power spectra in the DMN regions with gamma decrease and the non-DMN regions in all patients comp...
The red line represents the coefficient from the observed network properties. The observed value is ...
<p>Short time, Fourier transform based time-frequency analyses were performed on one-minute epochs o...
<p>A) Activity is clustered into short bursts with no transition to high frequency tonic activity at...
<p>Cluster averaged power is plotted with standard deviation. Notably lower frequency band activatio...
<p><b>A</b> Time-frequency plot showing the results of cluster permutation statistics (p-values) on ...
<p>The top 100 discriminant time-frequency features appear at locations corresponding to previously ...
<p>Stimulus-specific networks at different frequency bands: 3–7 Hz (theta), 8–13 Hz (alpha), 21–29 H...
<p>Shown are the Fourier transform (<b>a, d</b>), wavelet transform (<b>b, e</b>) and raster diagram...
<p>A,B) Spike count histograms from a representative electrode in the vehicle networks. There is rob...
(A) Average TFRs of power at 14 letter-selective sites. From left to right, the panels of this plot ...
The increased use of non-linear equipment results in conducted electromagnetic interference problems...
<p>Local unipolar recordings of VF are displayed from the LV and RV. For the LV recording unipolar a...
<p>P-values from the Wilcoxon test for (A) degree and (D) betweenness for BM and SM at different num...
<p>The blue line represent the average Power Spectral Density(PSD) difference between electrodes C3 ...
<p>Power spectra in the DMN regions with gamma decrease and the non-DMN regions in all patients comp...
The red line represents the coefficient from the observed network properties. The observed value is ...
<p>Short time, Fourier transform based time-frequency analyses were performed on one-minute epochs o...
<p>A) Activity is clustered into short bursts with no transition to high frequency tonic activity at...
<p>Cluster averaged power is plotted with standard deviation. Notably lower frequency band activatio...
<p><b>A</b> Time-frequency plot showing the results of cluster permutation statistics (p-values) on ...
<p>The top 100 discriminant time-frequency features appear at locations corresponding to previously ...
<p>Stimulus-specific networks at different frequency bands: 3–7 Hz (theta), 8–13 Hz (alpha), 21–29 H...
<p>Shown are the Fourier transform (<b>a, d</b>), wavelet transform (<b>b, e</b>) and raster diagram...
<p>A,B) Spike count histograms from a representative electrode in the vehicle networks. There is rob...
(A) Average TFRs of power at 14 letter-selective sites. From left to right, the panels of this plot ...
The increased use of non-linear equipment results in conducted electromagnetic interference problems...
<p>Local unipolar recordings of VF are displayed from the LV and RV. For the LV recording unipolar a...
<p>P-values from the Wilcoxon test for (A) degree and (D) betweenness for BM and SM at different num...
<p>The blue line represent the average Power Spectral Density(PSD) difference between electrodes C3 ...
<p>Power spectra in the DMN regions with gamma decrease and the non-DMN regions in all patients comp...
The red line represents the coefficient from the observed network properties. The observed value is ...