Top row shows per vigilance state spectral profiles normalized relative to the total signal power, but only after the log transformation was applied. Relative differences in amplitudes between cohorts are attenuated (compared to Fig 3). Bottom row shows log transformed curves after being per frequency component standardized to emphasize the differences between vigilance states.</p
A) Average EEG power spectrum across participants among anodal (blue lines), cathodal (red line) and...
EEG spectral power density plots of the cohort A (wildtypes) and B (mutants) during NREM, REM and wa...
In this thesis, we explore how the human auditory system represents and detects changes in a spectra...
For each animal, the averaged frequency spectrum of the EEG recording (its spectral profile) was com...
Each data point within each spectrum represents the across-participant average of log10 power within...
<p>Upper row: Typical EEG trials associated with perception of ambiguous images illustrating (a) fir...
<p>Power values are log<sub>10</sub>-transformed. (A) Power measures for beta and alpha-2 frequency ...
<p>Thresholds in dB are plotted for detecting spectral modulation and spectral modulation phase reve...
<p>(A) Change in power from baseline, for nine normalization and two attention conditions. The data ...
Based on the ripple analysis model outlined in Part I of this paper, predictions are made for the de...
In each state plot, one dot represents the mean scaled power in a specific frequency band for one pa...
<p>Grand averaged time frequency distributions of the spectral power density difference (left panel,...
This paper explores the question of how spectral profiles (such as spectral peaks) might be represen...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...
<p>Clustered power spectra in source space represent normalised power, i.e., spectral power in compa...
A) Average EEG power spectrum across participants among anodal (blue lines), cathodal (red line) and...
EEG spectral power density plots of the cohort A (wildtypes) and B (mutants) during NREM, REM and wa...
In this thesis, we explore how the human auditory system represents and detects changes in a spectra...
For each animal, the averaged frequency spectrum of the EEG recording (its spectral profile) was com...
Each data point within each spectrum represents the across-participant average of log10 power within...
<p>Upper row: Typical EEG trials associated with perception of ambiguous images illustrating (a) fir...
<p>Power values are log<sub>10</sub>-transformed. (A) Power measures for beta and alpha-2 frequency ...
<p>Thresholds in dB are plotted for detecting spectral modulation and spectral modulation phase reve...
<p>(A) Change in power from baseline, for nine normalization and two attention conditions. The data ...
Based on the ripple analysis model outlined in Part I of this paper, predictions are made for the de...
In each state plot, one dot represents the mean scaled power in a specific frequency band for one pa...
<p>Grand averaged time frequency distributions of the spectral power density difference (left panel,...
This paper explores the question of how spectral profiles (such as spectral peaks) might be represen...
<p>(a) Time-frequency analysis of the total power difference between elevated gamma band and non-ele...
<p>Clustered power spectra in source space represent normalised power, i.e., spectral power in compa...
A) Average EEG power spectrum across participants among anodal (blue lines), cathodal (red line) and...
EEG spectral power density plots of the cohort A (wildtypes) and B (mutants) during NREM, REM and wa...
In this thesis, we explore how the human auditory system represents and detects changes in a spectra...