Toposcopes as computer interfaces
Multichannel toposcope as computer interface in study of EEG
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Multichannel toposcope as computer interface in study of EEG
Parameters for computer analysis of neurophysiological data using EEG from normative library
Electrophysiological implications of model of global function using simple simultaneity - brain function studies with EEG
Performance tasks producing fatigue in man and other primates and use of EEG as fatigue indicator determined from partial space cabin simulation
Computer-aided analysis of brain electrical activity including background EEG and reaction time, period analysis, evoked potentials, and spatial distribution of averaged potentials
EEG monitoring system consisting of nonirritating sponge-type electrodes, amplifiers, and a battery-powered wireless transmitter, all mounted in the subjects helmet, obtains electroencephalograms /EEGs/ of pilots and astronauts performing tasks under stress. After a quick initial fitting, the helmet can be removed and replaced without adjustments.
EEG and cortical and subcortical responses analysis of sensory stimulation in restricted dogs and normally reared littermates
EEGs of monkeys stimulated cyclically by whole- body vibration, plotting coherence functions relating brain records to acceleration records
EEG relation to average evoked potentials and human reaction time to visual stimuli for trials with and without feedback
EEG of pilot during orbital flight on Gemini VII used to study sleep cycles
EEG baselines covering wide range of states of wakefulness and sleep in astronaut candidates estimated by computation and pattern recognition techniques
Anesthesia stages induced by pentobarbital, halothane, ether or nitrous oxide, recording EEG, gross behavior, auditory evoked response and multiple unit activity
EEG data computer assessment as measure of fatigue in humans and monkeys induced by simulated space flight, determining performance decrease
Human average evoked potentials to near threshold optical stimuli from occiput EEG recordings
Human psychological factors involved in genesis of contingent or conative negative variation using EEG activity measurements
Meaningful comparisons between single stimulus EEG records and average evoked potential
Electronic instrument automatically monitors the stages of sleep of a human subject. The analyzer provides a series of discrete voltage steps with each step corresponding to a clinical assessment of level of consciousness. It is based on the operation of an EEG and requires very little telemetry bandwidth or time.
Pattern recognition employed to classify EEG