Mobile Multi-actuator Tactile Displays
Mobile Multi-actuator Tactile Displays
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DOI：
10.1007/978-3-540-76702-2_4
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发表时间：
2007-11
期刊：
影响因子：
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通讯作者：
Eve E. Hoggan;S. Anwar;S. Brewster
中科院分区：
文献类型：
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作者：
Eve E. Hoggan;S. Anwar;S. Brewster
在移动的设备中使用触觉来传达信息的潜力正受到更多的关注，这是因为在这种情况下图形显示的限制。然而，大多数应用仅使用单个致动器来呈现振动触觉信息。在努力创造更丰富的触觉反馈和移动的应用程序，使整个手和多个手指，而不是一个单一的指尖，本文提出了两个实验的结果调查的感知和应用程序的多致动器触觉显示器位于一个移动终端。这些实验的结果表明，超过87%的识别率时，可以实现两个维度的信息编码的Tactons使用节奏和位置。他们还表明，当使用位于移动终端的下拇指、上拇指、食指和无名指上的致动器时，位置产生100%的识别率。这项工作表明，它是可能的，通过四个位置使用位于一个移动终端上的多个致动器的非视觉信息时，需要的信息进行通信。
The potential of using the sense of touch to communicate information in mobile devices is receiving more attention because of the limitations of graphical displays in such situations. However, most applications only use a single actuator to present vibrotactile information. In an effort to create richer tactile feedback and mobile applications that make use of the entire hand and multiple fingers as opposed to a single fingertip, this paper presents the results of two experiments investigating the perception and application of multi-actuator tactile displays situated on a mobile device. The results of these experiments show that an identification rate of over 87% can be achieved when two dimensions of information are encoded in Tactons using rhythm and location. They also show that location produces 100% recognition rates when using actuators situated on the mobile device at the lower thumb, upper thumb, index finger and ring finger. This work demonstrates that it is possible to communicate information through four locations using multiple actuators situated on a mobile device when non-visual information is required.