AI for Toggling the Linearity of Interactions in AR

Jing Qian, Laurent Denoue, Jacob T. Biehl, David A. Shamma
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引用次数: 1

Abstract

Interaction in augmented reality (AR) or mixed reality environments is generally classified into two modalities: linear (relative to object) or non-linear (relative to camera). Switching between these modes tailors the AR experience to different scenarios. Such interactions can be arduous in cases when on-board touch interaction is limited or restricted as is often the case in medical or industrial applications that require sterility. To solve this, we present Sound-to-Experience where the modality can be effectively toggled by noise or sound which is detected using a modern Artificial Intelligence deep-network classifier.
用于切换AR中交互线性度的AI
增强现实(AR)或混合现实环境中的交互通常分为两种模式:线性(相对于物体)或非线性(相对于相机)。在这些模式之间切换可以根据不同的场景定制AR体验。在需要无菌的医疗或工业应用中,当机载触摸交互受到限制或限制时,这种交互可能会很困难。为了解决这个问题,我们提出了声音到体验,其中模式可以通过使用现代人工智能深度网络分类器检测到的噪音或声音有效地切换。
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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