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Illusion of depth in spatial augmented reality

机译:空间增强现实中的深度幻觉

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摘要

Spatial augmented reality (SAR) is an emerging paradigm that differs from its origin, the traditional augmented reality (AR), in many regards. While traditional AR is a well-studied field of research, the characteristic features of SAR and their implications on the perception of spatial augmented environments have not been analyzed so far. In this paper, we present one of the first studies, which investigates the perceived spatial relationships between a user and their SAR environment. The results indicate that perceived depth of realworld objects can be manipulated by projecting illusions, such as color or blur effects, onto their surfaces. For the purpose of evaluating and comparing the illusions of interest, we developed a prototypic setup for conducting perceptual SAR experiments. Since this testing environment differs significantly from its counterparts in virtual and augmented reality, we also discuss potential challenges, which arise from the nature of SAR experiments.
机译:空间增强现实(SAR)是一种新兴范式,在很多方面与它的起源即传统增强现实(AR)不同。尽管传统的增强现实是一个研究充分的领域,但到目前为止,尚未分析SAR的特征及其对空间增强环境感知的影响。在本文中,我们提出了首批研究之一,该研究调查了用户与其SAR环境之间的感知空间关系。结果表明,可以通过将幻觉(例如颜色或模糊效果)投射到其表面上来操纵现实世界对象的感知深度。为了评估和比较感兴趣的幻觉,我们开发了用于进行感知SAR实验的原型设置。由于此测试环境与虚拟和增强现实中的测试环境有很大不同,因此我们还将讨论由SAR实验的性质引起的潜在挑战。

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