Sugano N, Nakajima N, Yokokawa T
Biol Cybern. 1985;52(5):297-300. doi: 10.1007/BF00355751.
The effects of visual and auditory relevant feedback on human forearm movements elicited by random position signal sequences were examined. Forearm movements were performed with four feedback conditions. We observed the reaction time, the holding time, and the adjustment error sequences when the arm moved briskly and accurately to the target position. As the results, the reaction times for auditory relevant feedback were shorter than those for the others (visual or no feedback). The holding times for auditory relevant feedback were longer than those for the others. And the subjects had about one adjustment error to terminate on the target zone.
研究了视觉和听觉相关反馈对由随机位置信号序列引发的人体前臂运动的影响。在四种反馈条件下进行前臂运动。当手臂轻快且准确地移动到目标位置时，我们观察了反应时间、保持时间和调整误差序列。结果显示，听觉相关反馈的反应时间比其他反馈（视觉或无反馈）的反应时间短。听觉相关反馈的保持时间比其他反馈的保持时间长。并且受试者在目标区域终止时有大约一个调整误差。
