The Effects of Sleep Loss on Component Movements in Human Motion |
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activities addition Analysis of Variance bimanual changes changes in performance clocks comparison component movements consisted continuous critical flicker frequency decrease described deterioration differ differential dimensions direction diurnal duration effects error evident experiment fatigue Figure five food restriction function Further fusion given hand improvement included increase indication individual interaction involved lack last three trials leg movement letter in common light manipulation and travel manipulation movements maximum pace means measured medians morning motion components motion pattern motivation motor mounted night normal pacing number of contacts obtained performance position present produce reactions recorded recovery days recovery periods relation remain represent shows significant Significant at 05 simultaneous sleep loss period sleeplessness speed Squares steadiness stress Subjects Subjects 18 switches TABLE task test sessions third three trials training days travel movements values Variation df various