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Using Hall Effect Sensors for 3D Space Text Entry on Smartwatches

机译:使用霍尔效应传感器在Smartwatches上进行3D空间文本输入

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The use of ultra-small smart devices, such as smartwatches, has become increasingly popular, particularly at the consumer level, in recent years. Smartwatch is a kind of interactive device that offers the ability to read text messages, email and notifications, once it is synchronized with a smartphone. But, performing efficient text input task on smartwatch is really difficult due to its small touch screen display. In this paper, we present hall effect sensors based text entry mechanism that effectively uses the 3D space around the smartwatch for entering alphanumeric characters. Our proposed text input technique (a) does not consume any screen space; (b) does not need any visual search to find a character and (c) does not suffer from fat finger problem.
机译:近年来,特别是在消费者级别,使用超小型智能设备(如智能手表)变得越来越流行。 Smartwatch是一种交互式设备,一旦与智能手机同步,便可以阅读短信,电子邮件和通知。但是,由于智能手表的触摸屏显示屏较小,因此执行高效的文本输入任务确实很困难。在本文中,我们介绍了基于霍尔效应传感器的文本输入机制,该机制有效地利用了智能手表周围的3D空间输入字母数字字符。我们建议的文本输入技术(a)不占用任何屏幕空间; (b)不需要任何视觉搜索即可找到字符,并且(c)不会出现胖手指问题。

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