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Vibrotactile spatial acuity on the torso: effects of location and timing parameters

机译:躯干上的振动触觉空间敏锐度:位置和定时参数的影响

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The processing of spatio-temporal vibrotactile patterns by the torso was examined in two experiments. The first investigated the spatial acuity as function of location on the torso. A uniform acuity between 2 and 3 cm was found, except on the body midline where acuity was about 1 cm. This favorable effect was hypothesized to be caused by specific processing characteristics of the central nervous system. The second experiment focused on the effect of timing parameters in a localization task. The results indicated that localization performance was closely related to both temporal ordering and apparent motion. The results can be used to optimize torso display design and the patterns presented on those displays. Also, they demonstrate that even the most advanced displays have not reached the borders of the processing capacities of the torso.
机译:在两个实验中检查了躯干的时空振动模式的处理。第一次研究了空间敏锐度作为躯干上的位置的功能。发现2至3厘米之间的均匀敏锐度,除了主体中线,接头约为1cm。这种有利的效果被假设是由中枢神经系统的特定加工特性引起的。第二个实验主要集中在定位任务中的定时参数的影响。结果表明,本地化性能与时间顺序和表观运动密切相关。结果可用于优化躯干显示设计,并在这些显示器上呈现的图案。此外,他们证明即使是最先进的显示器也没有达到躯干的处理能力的边界。

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