结合触觉和听觉反馈改善图像可访问性

Mallak Alkhathlan, M. L. Tlachac, Lane Harrison, E. Rundensteiner
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引用次数: 0

摘要

可访问性的进步导致了帮助盲人或低视力人群(BLV)独立访问周围信息的移动应用程序。不幸的是,图像等视觉信息的可访问性仍然有限。先前的研究表明,空间交互可以帮助BLV用户建立图像对象相对位置的心理模型。由于触觉最近成为现代智能手机的核心组成部分,我们通过设计三个原型来扩展先前的研究,这些原型使用触觉反馈来显示图像中的物体位置。我们根据BLV用户在图像中定位多个物体的经验和能力来评估这些技术。在对7名BLV用户的初步研究中,评估结果表明,拟议的带有听觉通知的触觉反馈原型可以识别人物和听觉标题,可以提供更易于访问和吸引人的图像体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving Image Accessibility by Combining Haptic and Auditory Feedback
Advancements in accessibility have led to mobile applications that help blind or low vision people (BLV) access surrounding information independently. Unfortunately, accessibility of visual information such as images remains limited. Previous research demonstrated that spatial interaction can help BLV users build a mental model of the relative locations of image objects. As haptics has recently become a core component of modern smartphones, we extend this prior research by designing three prototypes that use haptic feedback to reveal object location in images. We evaluate these techniques in terms of experience and ability of BLV users to locate multiple objects in images. Evaluation results in a preliminary study with seven BLV users suggest that the proposed haptic feedback prototype with auditory notifications to identify people and auditory caption can provide a more accessible and engaging image experience.
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