Epstein Secrets

e sent from the apparatus containing the push buttons to the Neuroscan and Optotrak systems for off-line synchronization of EEG and kinematic data. Signal pre-processing. For computational efficiency and to match the sampling rate of the kinematic data, the EEG data were decimated from 1 kHz to 100 Hz

sa of the right eye for vertical eye movements and to the external canthi for horizontal eye movements. Hand position was sampled at 100 Hz using an Optotrak motion sensing system (Northern Digital, Inc) that tracked an infrared LED secured to the fingertip with double-sided adhesive tape. Event markers o

e polynomial model as implemented in the Matlab's loess function with a span 141 (percentage of the total number of data points) of 10%. 142 143 Signal preprocessing. Figure I shows our decoding methodology. All the data analysis, decoder 144 design and cross-validation procedures were performed of

s. The three-dimensional (3D) joint kinematics of the hip, 109 knee and ankle joints were recorded using an infrared optical motion capture system (Optotrak, 110 Northern Digital, Ontario, Canada Q 100 Hz) with foot switch data (Koningsberg 4 EFTA_R1_02036201 EFTA02693122 111 Instrumentation, Pasa

e polynomial model as implemented in the Matlab's loess function with a span 141 (percentage of the total number of data points) of 10%. 142 143 Signal preprocessing. Figure 1 shows our decoding methodology. All the data analysis, decoder 144 design and cross-validation procedures were performed of

s. The three-dimensional (3D) joint kinematics of the hip, 109 knee and ankle joints were recorded using an infrared optical motion capture system (Optotrak, 110 Northern Digital, Ontario, Canada @ 100 Hz) with foot switch data (Koningsberg 4 EFTA00304371 III Instrumentation, Pasadena, CA, @ 100 Hz