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AUDIS穿戴设备:一种基于智能手表的辅助设备,用于随时随地感知环境声音。

AUDIS wear: a smartwatch based assistive device for ubiquitous awareness of environmental sounds.

作者信息

Mielke Matthias, Bruck Rainer

出版信息

Annu Int Conf IEEE Eng Med Biol Soc. 2016 Aug;2016:5343-5347. doi: 10.1109/EMBC.2016.7591934.

Abstract

A multitude of assistive devices is available for deaf people (i.e. deaf, deafened, and hard of hearing). Besides hearing and communication aids, devices to access environmental sounds are available commercially. But the devices have two major drawbacks: 1. they are targeted at indoor environments (e.g. home or work), and 2. only specific events are supported (e.g. the doorbell or telephone). Recent research shows that important sounds can occur in all contexts and that the interests in sounds are diverse. These drawbacks can be tackled by using modern information and communication technology that enables the development of new and improved assistive devices. The smartwatch, a new computing platform in the form of a wristwatch, offers new potential for assistive technology. Its design promises a perfect integration into various different social contexts and thus blends perfectly into the user's life. Based on a smartwatch and algorithms from pattern recognition, a prototype for awareness of environmental sounds is presented here. It observes the acoustic environment of the user and detects environmental sounds. A vibration is triggered when a sound is detected and the type of sound is shown on the display. The design of the prototype was discussed with deaf people in semi-structured interviews, leading to a set of implications for the design of such a device.

摘要

有大量辅助设备可供聋人(即失聪者、听力减退者和重听人士)使用。除了听力和通讯辅助设备外,市面上还有用于获取环境声音的设备。但这些设备有两个主要缺点:1. 它们针对的是室内环境(如家庭或工作场所);2. 仅支持特定事件(如门铃或电话)。最近的研究表明,重要声音可能在各种环境中出现,而且人们对声音的兴趣多种多样。利用现代信息和通信技术可以解决这些缺点,这有助于开发新的、改进的辅助设备。智能手表作为一种新型的以手表形式存在的计算平台,为辅助技术提供了新的潜力。其设计有望完美融入各种不同的社交环境,从而完美地融入用户的生活。基于智能手表和模式识别算法,本文展示了一种环境声音感知原型。它观察用户的声学环境并检测环境声音。检测到声音时会触发震动,并在显示屏上显示声音类型。通过半结构化访谈与聋人讨论了该原型的设计,得出了一系列关于此类设备设计的启示。

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