一种新型便携式自动周边测量系统的虚拟现实设计

Jianqiang He, Sheng Zhang, Peixuan Wu, Yun Zhang, Xiujuan Zheng, Lingxiao Zhou
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引用次数: 1

摘要

由于诊断和治疗的延误,数以百万计的人,特别是老年人,遭受视野丧失甚至长期失明的痛苦。然而,许多失明是可以通过推广常规视野检查来预防的。本文提出了一种新型的便携式自动视距测量系统的虚拟现实设计方案。虚拟现实(VR)设备提供了一个无光和全视野的环境。结合其便携性,可以遮挡外界光线,作为常规体检的一种,在普通门诊病房或门诊部进行全场检查。为了让它更容易使用,我们还提供了几种自动人机交互模式,包括使用直接的眼动追踪来取代传统的鼠标点击或按键。新型的便携式自动视界仪具有交互友好、便携性好等优点,便于受试者和临床医生提高日常检查的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Novel Virtual Reality Design of Portable Automatic Perimetry
Due to delayed diagnosis and treatment, millions of people, especially senior citizens, suffer from visual field loss even long-term blindness. However, many blindness could be prevented by popularizing the routine inspection of visual field. In this paper, we propose a novel virtual reality design of portable automatic perimetry. The virtual reality (VR) device provides a non-light and full-field environment. Combined with its portability, it makes external light shielded, and full-field examination feasible in normal clinic ward or outpatient department as a kind of regular physical examination. To make it easier to use, we also offered several automatic human-VR interaction modes, including using straightforward eye tracking to replace traditional mouse click or button press. Owing to more friendly interaction and better portability, the novel virtual reality design of portable automatic perimetry facilitates both the subjects and clinicians to improve the efficiency of routine inspection.
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