Rate limits of sensorimotor synchronization
Empirical evidence for upper and lower rate li-mits of sensorimotor synchronization (typically, finger tapping with anauditory or visual event sequence) is reviewed. If biomechanical constraints are avoided, the upper rate limit can be as high as 8-10 Hz (sequence event inter-onset intervals of 100-...
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University of Economics and Human Sciences in Warsaw
2006-01-01
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doaj-dc3f29b3977e4adf8dfe9aa998eb40de2020-11-25T03:35:30ZengUniversity of Economics and Human Sciences in WarsawAdvances in Cognitive Psychology1895-11712006-01-0122-3163181Rate limits of sensorimotor synchronizationBruno H. ReppEmpirical evidence for upper and lower rate li-mits of sensorimotor synchronization (typically, finger tapping with anauditory or visual event sequence) is reviewed. If biomechanical constraints are avoided, the upper rate limit can be as high as 8-10 Hz (sequence event inter-onset intervals of 100-125 ms) with auditory stimuli, but has been found to be less than 2.5 Hz (> 400 ms) with simple visual stimuli (flashesof light). The upper rate limit for auditory stimuli varies with task difficulty and musical experience; that for visual stimuli requires further investigation. The lower rate limit, according to one definition,tend stobe at about 0.56 Hz (1800 ms), regardless of modality. Attentional, perceptual, and sensorimotor explanations of these limits are considered. Rate limits of sensorimotor synchronization place important constraints on musical ensemble performance and other forms of rhythmic coordination.http://ac-psych.org/?id=2&rok=2006&issue=2-3#article_16synchronizationtappingtimingrhythmrate limits |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Bruno H. Repp |
spellingShingle |
Bruno H. Repp Rate limits of sensorimotor synchronization Advances in Cognitive Psychology synchronization tapping timing rhythm rate limits |
author_facet |
Bruno H. Repp |
author_sort |
Bruno H. Repp |
title |
Rate limits of sensorimotor synchronization |
title_short |
Rate limits of sensorimotor synchronization |
title_full |
Rate limits of sensorimotor synchronization |
title_fullStr |
Rate limits of sensorimotor synchronization |
title_full_unstemmed |
Rate limits of sensorimotor synchronization |
title_sort |
rate limits of sensorimotor synchronization |
publisher |
University of Economics and Human Sciences in Warsaw |
series |
Advances in Cognitive Psychology |
issn |
1895-1171 |
publishDate |
2006-01-01 |
description |
Empirical evidence for upper and lower rate li-mits of sensorimotor synchronization (typically, finger tapping with anauditory or visual event sequence) is reviewed. If biomechanical constraints are avoided, the upper rate limit can be as high as 8-10 Hz (sequence event inter-onset intervals of 100-125 ms) with auditory stimuli, but has been found to be less than 2.5 Hz (> 400 ms) with simple visual stimuli (flashesof light). The upper rate limit for auditory stimuli varies with task difficulty and musical experience; that for visual stimuli requires further investigation. The lower rate limit, according to one definition,tend stobe at about 0.56 Hz (1800 ms), regardless of modality. Attentional, perceptual, and sensorimotor explanations of these limits are considered. Rate limits of sensorimotor synchronization place important constraints on musical ensemble performance and other forms of rhythmic coordination. |
topic |
synchronization tapping timing rhythm rate limits |
url |
http://ac-psych.org/?id=2&rok=2006&issue=2-3#article_16 |
work_keys_str_mv |
AT brunohrepp ratelimitsofsensorimotorsynchronization |
_version_ |
1724554109902651392 |