使用客观指标的3D显示比较

P. Havig, J. McIntire, S. Dixon, J. Moore, G. Reis
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引用次数: 2

摘要

在此之前,我们(Havig, Aleva, Reis, Moore, and McIntire, 2007)提出了三维(3D)显示器发展的分类。我们提出了三个层次的指标:客观(对显示器进行物理测量),主观(显示显示器偏好的李克特类型评级量表)和主客观(显示3D显示器如何比2D显示器或不同的3D显示器更有用或更少有用的性能指标)。我们得出的结论是,对于每个度量级别,在目前不同的3D显示器之间进行实际比较是困难的。在本文中,我们试图更清楚地定义三维显示的客观指标。我们开始收集和测量几种3D显示器的物理属性,并比较结果。首先,由于显示器的物理设置,我们在比较我们发现的结果和比较两个3D显示器可能或可能不相似(或不相似)的问题上讨论了我们的发现。最后,我们讨论了为三维显示创建客观指标的后续步骤,以及基于我们的发现为其他两个级别的指标提出的方法。
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Comparison of 3D displays using objective metrics
Previously, we (Havig, Aleva, Reis, Moore, and McIntire, 2007) presented a taxonomy for the development of three-dimensional (3D) displays. We proposed three levels of metrics: objective (in which physical measurements are made of the display), subjective (Likert-type rating scales to show preferences of the display), and subjective-objective (performance metrics in which one shows how the 3D display may be more or less useful than a 2D display or a different 3D display). We concluded that for each level of metric, drawing practical comparisons among currently disparate 3D displays is difficult. In this paper we attempt to define more clearly the objective metrics for 3D displays. We set out to collect and measure physical attributes of several 3D displays and compare the results. We discuss our findings in terms of both difficulties in making the measurements in the first place, due to the physical set-up of the display, to issues in comparing the results we found and comparing how similar (or dissimilar) two 3D displays may or may not be. We conclude by discussing the next steps in creating objective metrics for three-dimensional displays as well as a proposed way ahead for the other two levels of metrics based on our findings.
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