SoundVizVR:在虚拟现实中为聋人或听障用户提供可访问声音的声音指示器

Ziming Li, Shannon Connell, W. Dannels, R. Peiris
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引用次数: 3

摘要

声音在虚拟现实(VR)应用中提供重要的信息,如空间和交互线索,以向VR用户传达更身临其境的体验。然而,对于耳聋或听力障碍(DHH)的VR用户来说,获取声音提供的信息可能是一个挑战,这可能会限制他们的VR体验。为了解决这一限制,我们提出了“SoundVizVR”,它探索了VR体验中几种类型声音的可视化声音特征和声音类型。SoundVizVR使用声音特征指标来可视化VR中的声源的响度,持续时间和位置,并使用声音类型指标来呈现有关声音类型的更多信息。首先,我们在11名DHH参与者的研究中检查了三种类型的声音特征指标(对象指标、完整迷你地图和部分迷你地图)及其组合。我们发现,完整迷你地图技术和On-Object Indicator的结合是最受欢迎的可视化方法,并且在VR中定位声源时表现最好。接下来,我们探索使用文本和图标作为声音类型指示器来呈现更多关于声音的信息。对14名DHH参与者的第二项研究发现,所有声音类型指示器组合都能成功定位声源。
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SoundVizVR: Sound Indicators for Accessible Sounds in Virtual Reality for Deaf or Hard-of-Hearing Users
Sounds provide vital information such as spatial and interaction cues in virtual reality (VR) applications to convey more immersive experiences to VR users. However, it may be a challenge for deaf or hard-of-hearing (DHH) VR users to access the information given by sounds, which could limit their VR experience. To address this limitation, we present “SoundVizVR”, which explores visualizing sound characteristics and sound types for several types of sounds in VR experience. SoundVizVR uses Sound-Characteristic Indicators to visualize loudness, duration, and location of sound sources in VR and Sound-Type Indicators to present more information about the type of the sound. First, we examined three types of Sound-Characteristic Indicators (On-Object Indicators, Full Mini-Maps and Partial Mini-Maps) and their combinations in a study with 11 DHH participants. We identified that the combination of Full Mini-Map technique and On-Object Indicator was the most preferred visualization and performed best at locating sound sources in VR. Next, we explored presenting more information about the sounds using text and icons as Sound-Type Indicators. A second study with 14 DHH participants found that all Sound-Type Indicator combinations were successful at locating sound sources.
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