Epstein Secrets

orded during rest and during the walking task for the 6 subjects was 127 computed using the adaptive Thompson's multitaper method as implemented in Matlab's pmtm 128 function. The time-bandwidth product for the discrete prolate spheroidal sequences used was 4 129 and the frequency resolution 0.1 Hz.

analysis, decoder 144 design and cross-validation procedures were performed off-line using custom software written in 145 MATLAB (Mathworks Inc., Natick, MA). The most frontal electrodes (FPI, FP2, FPz) were 146 removed off-line from all the subjects, as they are usually contaminated by eye-blinks.

orded during rest and during the walking task for the 6 subjects was 127 computed using the adaptive Thompson's multitaper method as implemented in Matlab's pnam 128 function. The time-bandwidth product for the discrete prolate spheroidal sequences used was 4 129 and the frequency resolution 0.1 Hz.

analysis, decoder 144 design and cross-validation procedures were performed off-line using custom software written in 145 MATLAB (Mathworks Inc., Natick, MA). The most frontal electrodes (FPI, FP2, FPz) were 146 removed off-line from all the subjects, as they are usually contaminated by eye-blinks.

. Karlsruhe. Germany) using standard Ag/AgCl electrodes filled with unibase electrolyte affixed to the left hand. Data were processed off-line in a Matlab environment (Matlab 63. The Mathworks Inc., Natick. .MA). Skin. conductance data were smoothed with a I s Gaussian kernel. The amplitude of SCR wa

odes filled with unibase electrolyte affixed to the left hand. Data were processed off-line in a Matlab environment (Matlab 63. The Mathworks Inc., Natick. .MA). Skin. conductance data were smoothed with a I s Gaussian kernel. The amplitude of SCR was determined as the largest change in conductance b