<p>This example is from a single trial with a required relative phase of 0°. The three frequency regions are highlighted. The tracking frequency was 0.8 Hz. The high frequency component, representing the measure of intermittency, is highlighted with the red circles.</p
<p>Detection accuracy, obtained using amplitudes from different frequency bands of the ECoG. Every c...
A. Power spectrum density (arbitrary unit) of velocity average across trials and participants, for b...
<p>In black the simulated pulse, in red the Gaussian fit. It is possible to notice that the broader ...
<p>The power spectrum of the normalized speed across 6 tracking speeds (V1-V6) for (A) affected side...
<p>(A) A focal cone ERG waveform before (shown in grey) and after fourier smoothing (overlaid in bla...
<p>A) Reassigned spectrogram of a perturbed movement. This panel illustrates the effect of an impuls...
<p>Variation of power spectra at baseline, during the IOP experiment and after heart arrest, for vel...
Discrete spectra can be used to measure frequencies of sinusoidal signal components. Such a measurem...
<p>The gray shaded area shows the distribution of spectral power represented as a percentage of tota...
<p>The figure includes four panels (A, B, C, and D), one for each observed movements, showing the ve...
<p>(A) Close-up of raw data. (B) Simulated data for varying number of PC inputs. The number of PCs, ...
<p>Example of an amplitude-frequency spectrum for a reference of 1.6 m/s<sup>2</sup> and correspondi...
<p>(A) 12.5 Hz, (B) 16.6 Hz. The red vertical lines indicate the components of the stimulus frequenc...
<p>The left y-axis gives normalized power while the right y-axis gives actual power. The dotted line...
<p>From top to bottom: trunk rotation velocity, head-trunk rotation velocity, head translation veloc...
<p>Detection accuracy, obtained using amplitudes from different frequency bands of the ECoG. Every c...
A. Power spectrum density (arbitrary unit) of velocity average across trials and participants, for b...
<p>In black the simulated pulse, in red the Gaussian fit. It is possible to notice that the broader ...
<p>The power spectrum of the normalized speed across 6 tracking speeds (V1-V6) for (A) affected side...
<p>(A) A focal cone ERG waveform before (shown in grey) and after fourier smoothing (overlaid in bla...
<p>A) Reassigned spectrogram of a perturbed movement. This panel illustrates the effect of an impuls...
<p>Variation of power spectra at baseline, during the IOP experiment and after heart arrest, for vel...
Discrete spectra can be used to measure frequencies of sinusoidal signal components. Such a measurem...
<p>The gray shaded area shows the distribution of spectral power represented as a percentage of tota...
<p>The figure includes four panels (A, B, C, and D), one for each observed movements, showing the ve...
<p>(A) Close-up of raw data. (B) Simulated data for varying number of PC inputs. The number of PCs, ...
<p>Example of an amplitude-frequency spectrum for a reference of 1.6 m/s<sup>2</sup> and correspondi...
<p>(A) 12.5 Hz, (B) 16.6 Hz. The red vertical lines indicate the components of the stimulus frequenc...
<p>The left y-axis gives normalized power while the right y-axis gives actual power. The dotted line...
<p>From top to bottom: trunk rotation velocity, head-trunk rotation velocity, head translation veloc...
<p>Detection accuracy, obtained using amplitudes from different frequency bands of the ECoG. Every c...
A. Power spectrum density (arbitrary unit) of velocity average across trials and participants, for b...
<p>In black the simulated pulse, in red the Gaussian fit. It is possible to notice that the broader ...