The cognitive impact of head tracking latency in immersive simulations

Giorgos Papadakis, K. Mania
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Abstract

This research presents an immersive Virtual Environment (VE) of minimum tracking latency. Subsequently, we quantify the cognitive impact of head-tracking latency by investigating the effect of latency on spatial cognition, awareness states and mental imagery. Both the quantification of perceptual sensitivity to latency and description of the mechanism by which VE latency is perceived and controlled will be essential to guide system countermeasures such as predictive compensation.
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沉浸式模拟中头部跟踪延迟的认知影响
本研究提出一种具有最小追踪延迟的沉浸式虚拟环境(VE)。随后,我们通过研究潜伏期对空间认知、意识状态和心理意象的影响,量化了头部追踪潜伏期对认知的影响。对延迟的感知敏感性的量化和对感知和控制VE延迟的机制的描述对于指导系统对策(如预测补偿)至关重要。
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