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[参考系对全身振动强度判断的影响]

[Effects of frame of reference on the judgments of whole-body vibration intensity].

作者信息

Suzuki H

机构信息

Fundamental Research Department, Railway Technical Research Institute, Tokyo.

出版信息

Shinrigaku Kenkyu. 1997 Feb;67(6):436-43. doi: 10.4992/jjpsy.67.436.

Abstract

Although the concept of the term 'riding comfort' is ambiguous, in the present paper it means a perceptual experience derived from the vibrational factors of a running railway vehicle. When we regard riding comfort evaluation as a perceptual judgment process, we must consider that what is perceived is dependent not only on the physical properties of the stimuli, but also on the frame of reference. The purpose of the present study is to examine the effect of the frame on the judgments of vibration intensity in the anchoring effect paradigm. Using the four-axis vibration apparatus, we conducted experiments for eighty subjects, in which frequencies and lateral accelerations of vibrations were changed. As the result, we found a clear anchoring effect. This suggests that we must take into consideration effects of frame of reference in terms of riding comfort criterion of railway vehicles.

摘要

尽管“乘坐舒适性”这一术语的概念模糊不清,但在本文中它指的是源自行驶中的铁路车辆振动因素的一种感知体验。当我们将乘坐舒适性评估视为一个感知判断过程时,必须考虑到所感知的内容不仅取决于刺激的物理属性,还取决于参照系。本研究的目的是在锚定效应范式中考察参照系对振动强度判断的影响。我们使用四轴振动装置对80名受试者进行了实验,其中振动的频率和横向加速度是变化的。结果,我们发现了明显的锚定效应。这表明在铁路车辆乘坐舒适性标准方面,我们必须考虑参照系的影响。

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