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Optical crosstalk and visual comfort of a stereoscopic display used in a real-time application

机译:实时应用中使用的立体显示器的光学串扰和视觉舒适度

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摘要

Many 3D systems work by presenting to the observer stereoscopic pairs of images that are combined to give the impression of a 3D image. Discomfort experienced when viewing for extended periods may be due to several factors, including the presence of optical crosstalk between the stereo image channels. In this paper we use two video cameras and two LCD panels viewed via a Helmholtz arrangement of mirrors, to display a stereoscopic image inherently free of crosstalk. Simple depth discrimination tasks are performed whilst viewing the 3D image and controlled amounts of image crosstalk are introduced by electronically mixing the video signals. Error monitoring and skin conductance are used as measures of workload as well as traditional subjective questionnaires. We report qualitative measurements of user workload under a variety of viewing conditions. This pilot study revealed a decrease in task performance and increased workload as crosstalk was increased. The observations will assist in the design of further trials planned to be conducted in a medical environment.
机译:许多3D系统通过向观察者呈现立体图像对进行工作,这些图像对经组合以产生3D图像的印象。长时间观看时可能会感到不适,这可能是由于多种因素引起的,包括立体声图像通道之间存在光学串扰。在本文中,我们使用两台摄像机和两块LCD面板(通过亥姆霍兹镜布置)进行观察,以显示固有无串扰的立体图像。在查看3D图像的同时执行简单的深度判别任务,并通过电子混合视频信号引入受控数量的图像串扰。错误监控和皮肤电导率以及传统的主观问卷被用作工作量的量度。我们报告了在各种观看条件下对用户工作负载的定性评估。这项初步研究表明,随着串扰的增加,任务性能下降,工作量增加。这些观察结果将有助于设计计划在医疗环境中进行的进一步试验。

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