C-LISTEN：虚拟现实中感官触发环境导航的认知负荷影响
C-LISTEN: Cognitive Load Impacts of Sensory-Triggered Environmental Navigation in Virtual Reality
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中文总结 AI 辅助
本研究通过初步实验探讨VR中方向性听觉提示的策略设计，旨在降低认知负荷并提升用户体验，统计证实其有效性（p=.0011），同时分析姿势平衡与瞳孔直径同认知负荷的关联，并为可访问性提供设计指南。
中文摘要 AI 辅助
如今，虚拟现实（VR）系统在决策、训练和康复方面更具帮助性。这些系统中的多模态设置带来了显著的平衡和认知困难。此外，过度的听觉、视觉和感官刺激可能导致性能下降、认知负荷增加、用户不堪重负以及VR技术的可访问性受限。在我们的初步研究中，我们考察了方向性听觉提示的策略性设计，以改善虚拟环境中的认知负荷并增强用户体验。这项研究还增强了关于听觉反馈可降低VR中认知负荷的基础知识，统计分析证实了这一改善（p = .0011）。本研究调查了用户在导航过程中姿势平衡和瞳孔直径与认知负荷之间的相关性。此外，本研究为可访问性提供了现实的设计指南，这将使VR体验对包括认知障碍者在内的所有人更安全、更有用。
英文摘要
Nowadays, Virtual Reality (VR) systems are more helpful for making decisions, training, and rehabilitation. Multimodal settings in these systems impose a significant balance and cognitive difficulties. Additionally, decreased performance, higher cognitive load, user overwhelm, and limited accessibility of VR technology can be caused by excessive auditory, visual, and sensory stimulation. In our pilot study, we examine the strategic design of directional auditory cues to improve cognitive load and enhance user experience in virtual environments. This research also enhances fundamental knowledge that auditory feedback reduces cognitive load in VR, with statistical analysis confirming this improvement (p = .0011). This study investigates how postural balance and pupil diameter correlate with cognitive load while the users navigate. Moreover, this study provides realistic overview design guidelines for accessibility, which will make VR experiences safer and more useful for everyone, including people with cognitive impairments.
发表机构
- Kennesaw State University（肯尼索州立大学）
机构由 AI 辅助整理，请以论文原文为准。
