Identification and Evaluation of Perceptual Attributes for Periodic Whole-Body and Hand-Arm Vibration

Identification and Evaluation of Perceptual Attributes for Periodic Whole-Body and Hand-Arm Vibration
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周期性全身和手臂振动感知属性的识别和评估

DOI:
10.1007/978-3-319-93445-7_11
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发表时间:
2018
期刊:
影响因子:
--
通讯作者:
S. Merchel
S. Merchel
中科院分区:
--
文献类型:
--
作者:
R. Rosenkranz;S. Gruschwitz;M. Wilberg;M. E. Altinsoy;S. Merchel

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当要进行产品的系统触觉设计时,有必要从用户的角度了解振动的重要感知特性。在日常生活中,人类暴露于全身和手臂振动,例如在驾驶车辆时。方向盘和座椅的振动传递给驾驶员,并传达有关道路和车辆状况的信息。根据振动信号的频谱和时间特性,在驾驶员中引出某些属性,例如,“颠簸”。这种可描述的属性从感知的角度描述振动。在这项研究中,周期性的全身和手臂振动的测试对象。最常见的触觉属性收集使用一个免费的采访。然后,对这些属性表征信号模式的适用性进行评级。结果表明,系统的物理参数(电平,载波频率和调制频率)和这种适合性之间的关系。
When a systematic tactile design of a product is to be conducted, it is necessary to understand important perceptual properties of vibration from a user perspective. In everyday life humans are exposed to whole-body and hand-arm vibration, e.g. when driving a vehicle. Vibration of the steering wheel and seat is transmitted to the driver and conveys information about the condition of the road and vehicle. Depending on the spectral and temporal properties of the vibration signal certain attributes are elicited in the driver, e.g., “bumpy”. Such verbaliseable attributes describe the vibration from a perceptual perspective. In this study periodic whole-body and hand-arm vibration were presented to test subjects. The most common tactile attributes were collected using a free interview. Afterwards, these attributes were rated for their suitability to characterize the signal patterns. The results show a systematic relationship between physical parameters (level, carrier frequency and modulation frequency) and this suitability.
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