<p>Radial (rBM in black) and lateral (lBM in red) biological motion, as well as radial (rSM in green) and lateral (lSM in blue) scrambled motion are represented over 6 electrodes (4 posterior and 2 anterior). Below: scalp current density maps of P1 (right) and N1 (left) components, representing the four conditions, are computed on the mean between 170 ms and 200 ms, and between 80 ms and 150 ms respectively.</p
<p>Top panel (3A): grand average ERP waveforms from three midline electrodes (Fz, Cz, Pz) for standa...
<p>Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...
These are the ERP files of every subject in each condition, used in the paper entitled "Direction o...
<p>(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...
<p>The maximum activity distributions are shown on flattened scalp surface. Dark dots on the scalp s...
<p>A 3D visualization of the brain with implanted paddle-array (left). The red line is the tangentia...
<p>The plots in panel A show the ERPs time-locked to goggles opening at frontal, centro-frontal and ...
<p>Scalp current density (SCD) maps for the corresponding three main ERP components (P100, N100, P20...
The present chapter gives a comprehensive introduction into the display and quantitative characteriz...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...
<p>The voltage topographies of the fronto-central components on the scalp are shown for Neutral (top...
<p>The left column displays scalp maps for the average distribution of voltage for the N1 (50 to 150...
<p>Please note that all depicted results are based on CSD-transformed data. Hence, the units are giv...
<p>The global field power (GFPs) of the grand average ERPs are shown for radial and parallel motion ...
<p>Shown are the grand response-locked ERPs across all bins and all subjects for the speeded conditi...
<p>Top panel (3A): grand average ERP waveforms from three midline electrodes (Fz, Cz, Pz) for standa...
<p>Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...
These are the ERP files of every subject in each condition, used in the paper entitled "Direction o...
<p>(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...
<p>The maximum activity distributions are shown on flattened scalp surface. Dark dots on the scalp s...
<p>A 3D visualization of the brain with implanted paddle-array (left). The red line is the tangentia...
<p>The plots in panel A show the ERPs time-locked to goggles opening at frontal, centro-frontal and ...
<p>Scalp current density (SCD) maps for the corresponding three main ERP components (P100, N100, P20...
The present chapter gives a comprehensive introduction into the display and quantitative characteriz...
<p>Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...
<p>The voltage topographies of the fronto-central components on the scalp are shown for Neutral (top...
<p>The left column displays scalp maps for the average distribution of voltage for the N1 (50 to 150...
<p>Please note that all depicted results are based on CSD-transformed data. Hence, the units are giv...
<p>The global field power (GFPs) of the grand average ERPs are shown for radial and parallel motion ...
<p>Shown are the grand response-locked ERPs across all bins and all subjects for the speeded conditi...
<p>Top panel (3A): grand average ERP waveforms from three midline electrodes (Fz, Cz, Pz) for standa...
<p>Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...
These are the ERP files of every subject in each condition, used in the paper entitled "Direction o...