Note that these maps are based solely on the first block of SSEPs, i.e. prior to any experimental manipulation.</p
<p>(A) Topography of mean amplitude differences (low minus high predictability) in the epoch from 50...
<p>The distribution on the scalp of , the ratio between the standard deviations of the distributions...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The three shaded ...
<p>Scalp potential distributions in the subtraction of topographical activity in the TD versus ASD g...
<p>Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comp...
<p>Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comp...
<p>(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...
<p>Mean scalp topographies of ssVEP amplitudes (100–4,900 ms) elicited by CS<sup>neg</sup>, CS<sup>n...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...
<p>Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...
<p>The maximum activity distributions are shown on flattened scalp surface. Dark dots on the scalp s...
Bit-mapped color imaging of scalp potential fields evoked by sensory stimulation in humans disclosed...
<p>Bottom shows scalp topography distribution of incongruent and congruent body-word at 500 ms and d...
<p>Scalp maps for all subjects (each row represents one subject) between 200 and 400 ms for the comp...
<p>Scalp topographies of (A) the amplitudes and (B) the SNRs of SSVEPs at each stimulation frequency...
<p>(A) Topography of mean amplitude differences (low minus high predictability) in the epoch from 50...
<p>The distribution on the scalp of , the ratio between the standard deviations of the distributions...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The three shaded ...
<p>Scalp potential distributions in the subtraction of topographical activity in the TD versus ASD g...
<p>Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comp...
<p>Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comp...
<p>(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...
<p>Mean scalp topographies of ssVEP amplitudes (100–4,900 ms) elicited by CS<sup>neg</sup>, CS<sup>n...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...
<p>Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...
<p>The maximum activity distributions are shown on flattened scalp surface. Dark dots on the scalp s...
Bit-mapped color imaging of scalp potential fields evoked by sensory stimulation in humans disclosed...
<p>Bottom shows scalp topography distribution of incongruent and congruent body-word at 500 ms and d...
<p>Scalp maps for all subjects (each row represents one subject) between 200 and 400 ms for the comp...
<p>Scalp topographies of (A) the amplitudes and (B) the SNRs of SSVEPs at each stimulation frequency...
<p>(A) Topography of mean amplitude differences (low minus high predictability) in the epoch from 50...
<p>The distribution on the scalp of , the ratio between the standard deviations of the distributions...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The three shaded ...
DOI
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