Accessibility as Apparatus: How the Friction Filled Experience of Using Hearing Aids with a PC Led a Corporation to Design for Accessibility

EMORY JAMES EDWARDS, SUSAN FAULKNER, RICHARD BECKWITH, REBECCA CHIERICHETTI
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Abstract

This paper explores the complex, kluged, multi-device systems that hard of hearing (HoH) users must grapple with when trying to connect their hearing aids to their PCs. We argue that these systems can be modeled as a physical apparatus, a Rube Goldberg machine, made up of many forces causing drag or friction in the interaction between assistive devices, people with disabilities, and computers. Our fieldwork covers three related research studies and a total of 22 in-depth remote interviews plus contextual sensory media data collected through Dscout, an end-to-end mobile ethnography platform, with hearing aid users. We provide examples of environmental limitations and technical difficulties of multi-device pairing and switching, along with personal details of life, work, recreation, and socializing that dictate particular use cases. We also discuss the interpersonal, environmental, and technical factors that had to align at an organizational level in order for this research to occur, before finishing with the significant organizational outcomes of these studies.

无障碍作为一种设备:在个人电脑上使用助听器的充满摩擦的体验如何促使一家公司设计无障碍设备
本文探讨了重听(HoH)用户在试图将助听器连接到个人电脑时必须努力解决的复杂,拥挤,多设备系统。我们认为,这些系统可以被建模为一个物理设备,一个Rube Goldberg机器,由许多力量组成,在辅助设备、残疾人和计算机之间的相互作用中产生阻力或摩擦。我们的实地工作包括三项相关研究,共22次深度远程访谈,以及通过Dscout(端到端移动人种志平台)与助听器用户收集的情境感官媒体数据。我们提供了环境限制和多设备配对和切换的技术困难的示例,以及指示特定用例的个人生活、工作、娱乐和社交细节。在完成这些研究的重要组织结果之前,我们还讨论了人际、环境和技术因素,这些因素必须在组织层面上保持一致,以便进行这项研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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