<p>The voltage topographies of the fronto-central components on the scalp are shown for Neutral (top row), Angry (middle row) and Happy (bottom row) congruent audiovisual conditions (face and voice) at 130, 185, 260 and 380 ms.</p
<p>Scalp topographies in response to the presentation of words, pseudowords (N170, P3 and P4) and sq...
<p>Panel <b>A</b> illustrates the stimulus-locked grand-averaged ERP waveforms of incongruent and co...
<p>The left column displays scalp maps for the average distribution of voltage for the N1 (50 to 150...
<p>The voltage topographies of the parieto-occipital components on the scalp are shown for Neutral (...
<p>The fronto-central components N1, P200, N250 and P300 are shown at F1, Fz, F2, C1, Cz and C2 for ...
<p>The parieto-occipital components P1, N170 and P270 are shown at O1, Oz, O2, PO9 and PO10 for the ...
<p>The scalp topographies were computed at the time interval of 115 to 135 ms. The three white dots ...
<p>Grand average ERP waveforms are measured at Pz in the target condition, and at Cz in the non-targ...
<p>Top panel (3A): grand average ERP waveforms from three midline electrodes (Fz, Cz, Pz) for standa...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...
<p>Shown are the grand response-locked ERPs across all bins and all subjects for the speeded conditi...
<p>The bottom panel shows topographic maps for difference waves between neutral and each of the othe...
<p>(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...
<p>Scalp topographies of (A) the amplitudes and (B) the SNRs of SSVEPs at each stimulation frequency...
<p>ERP waveforms and scalp topographies of P1, N170, and P250 components are shown for each experime...
<p>Scalp topographies in response to the presentation of words, pseudowords (N170, P3 and P4) and sq...
<p>Panel <b>A</b> illustrates the stimulus-locked grand-averaged ERP waveforms of incongruent and co...
<p>The left column displays scalp maps for the average distribution of voltage for the N1 (50 to 150...
<p>The voltage topographies of the parieto-occipital components on the scalp are shown for Neutral (...
<p>The fronto-central components N1, P200, N250 and P300 are shown at F1, Fz, F2, C1, Cz and C2 for ...
<p>The parieto-occipital components P1, N170 and P270 are shown at O1, Oz, O2, PO9 and PO10 for the ...
<p>The scalp topographies were computed at the time interval of 115 to 135 ms. The three white dots ...
<p>Grand average ERP waveforms are measured at Pz in the target condition, and at Cz in the non-targ...
<p>Top panel (3A): grand average ERP waveforms from three midline electrodes (Fz, Cz, Pz) for standa...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...
<p>Shown are the grand response-locked ERPs across all bins and all subjects for the speeded conditi...
<p>The bottom panel shows topographic maps for difference waves between neutral and each of the othe...
<p>(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...
<p>Scalp topographies of (A) the amplitudes and (B) the SNRs of SSVEPs at each stimulation frequency...
<p>ERP waveforms and scalp topographies of P1, N170, and P250 components are shown for each experime...
<p>Scalp topographies in response to the presentation of words, pseudowords (N170, P3 and P4) and sq...
<p>Panel <b>A</b> illustrates the stimulus-locked grand-averaged ERP waveforms of incongruent and co...
<p>The left column displays scalp maps for the average distribution of voltage for the N1 (50 to 150...
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