<p>A: pooled (n = 8) coherence plots for each stimulus condition. B: pooled (n = 8) gain plots for each stimulus condition. C: pooled (n = 8) phase plots for each stimulus condition. Gain and phase were plotted at frequencies with significant coherence and did not differ across stimulus conditions. Note the limited number of frequencies within the MVS-4 across the entire dynamic range and the limited number of frequencies in the MVS-L at high frequencies.</p
<p>A, magnitude of coherence for the simulation data (band-pass common synaptic Gaussian noise in th...
<p>A: pooled (n = 8) power spectrum of EMG (top plots) and AP force (bottom plots) during the MVS-4 ...
<p>A. Amplitude frequency distribution of combined (across ‘seen’ and ‘unseen’ correct) data sets un...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
<p>The plots A, B and C represent the raw EMG data from the three tasks. The corresponding EEG power...
2000). Phase coherence calculations between cortical oscillations coherence during a static and dyna...
<p>A) Representative example of a force and an EMG burst oscillations signal for 20 s. It is obvious...
Coherence between a pulse train representing periodic stimuli and the EEG has been used in the objec...
<p>(a) The phases of 50 sine waves for a simulated EEG time series are presented. The non-coherent (...
As Fig 3, but plotting the effects of stimulus coherence (A, B) and competition (C, D) on low-freque...
(A) MEG response to dot-motion stimulus, as a function of stimulus coherence. Plotting conventions i...
<p>A: evoked local field potentials (LFPs) at different stimulus intensities (a: 50, 75 and 100 µA; ...
<p>(<b>A</b>) Amplitude spectra as a function of frequency for AM (left, green) and FM (right, purpl...
<p>Cumulant density responses include the short and medium EMG and AP-force latencies and magnitudes...
The task of matching the tapping to the auditory stimulus rhythm was performed, and the displacement...
<p>A, magnitude of coherence for the simulation data (band-pass common synaptic Gaussian noise in th...
<p>A: pooled (n = 8) power spectrum of EMG (top plots) and AP force (bottom plots) during the MVS-4 ...
<p>A. Amplitude frequency distribution of combined (across ‘seen’ and ‘unseen’ correct) data sets un...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
<p>The plots A, B and C represent the raw EMG data from the three tasks. The corresponding EEG power...
2000). Phase coherence calculations between cortical oscillations coherence during a static and dyna...
<p>A) Representative example of a force and an EMG burst oscillations signal for 20 s. It is obvious...
Coherence between a pulse train representing periodic stimuli and the EEG has been used in the objec...
<p>(a) The phases of 50 sine waves for a simulated EEG time series are presented. The non-coherent (...
As Fig 3, but plotting the effects of stimulus coherence (A, B) and competition (C, D) on low-freque...
(A) MEG response to dot-motion stimulus, as a function of stimulus coherence. Plotting conventions i...
<p>A: evoked local field potentials (LFPs) at different stimulus intensities (a: 50, 75 and 100 µA; ...
<p>(<b>A</b>) Amplitude spectra as a function of frequency for AM (left, green) and FM (right, purpl...
<p>Cumulant density responses include the short and medium EMG and AP-force latencies and magnitudes...
The task of matching the tapping to the auditory stimulus rhythm was performed, and the displacement...
<p>A, magnitude of coherence for the simulation data (band-pass common synaptic Gaussian noise in th...
<p>A: pooled (n = 8) power spectrum of EMG (top plots) and AP force (bottom plots) during the MVS-4 ...
<p>A. Amplitude frequency distribution of combined (across ‘seen’ and ‘unseen’ correct) data sets un...