立体视频剪辑时脑血流的变化

M. Takada, M. Miyao, Fumiya Kinoshita, A. Sugiura, Kazuhiro Fujikake, H. Takada
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引用次数: 1

摘要

该技术通过逼真的场景描绘提供了增强的视觉体验,但众所周知,当观看旋转或模糊图像的立体视频剪辑时,会引起晕动病。观众抱怨有眼睛疲劳、恶心和头晕等症状。这些症状的根本原因尚未确定;因此,有必要进行调查以确定晕动病的机制。与基线测试相比,在两个背景病例的观察期间,枕叶含氧血红蛋白的浓度显著增加。结果与两种视觉识别方法一致。此外,在这两种背景情况下,在周边观看和视觉追求期间,枕叶上部的浓度显著增加。周边视觉可能会增强背侧流的活动,这可能是导致3D病的机制的指示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Changes in brain blood flow during stereoscopic video clips
The technology provides an enhanced visual experience with realistic scene portrayal, but is known to cause motion sickness when stereoscopic video clips of rotating or blurred images are viewed. Viewers complain of symptoms such as eye fatigue, nausea, and dizziness. The underlying cause of these symptoms has not been identified; therefore, an investigation to determine the mechanism for the motion sickness is necessary. Compared to the baseline test, the concentration of oxygenated hemoglobin in the occipital lobe increased significantly during a viewing for both background cases. The result is consistent with both visual recognition methods. Furthermore, for both background cases, the concentration in the upper occipital lobe significantly increased during peripheral viewing versus visual pursuit. Peripheral viewing might enhance the activity in the dorsal stream, which could serve as an indication to the mechanism causing 3D sickness.
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