用于视觉研究的高位深度数字成像管道

Timo Kunkel, G. Damberg, L. Johnson
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引用次数: 3

摘要

为了在心理物理学、实验心理学、眼科学和临床研究领域的用户研究中获得准确的结果,对在实验中呈现这些刺激的成像管道有很高的要求(如图1所示)。例如,在进行导致可靠结果的研究时,短期和长期的显示稳定性和可重复性至关重要。更重要的因素是图形管道的感知限制。在这里,两个重要的元素是可实现的动态范围和色域,这将理想地接近或超过人类视觉系统(HVS)的能力。在最佳解决方案中,这些刺激维度在呈现给参与者时,将在各自的极值(例如从黑暗到光明)之间以连续的强度水平显示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A high bit depth digital imaging pipeline for vision research
In order to achieve accurate results in user studies in the fields of Psychophysics, Experimental Psychology, Ophthalmology and clinical studies there are high demands towards an imaging pipeline presenting these stimuli in an experiment (as illustrated in Figure 1). For example, display stability and repeatability, both short term and long term are crucial when conducting research leading to robust results. Further important factors are the perceptual limits of a graphics pipeline. Here, two important elements are the achievable dynamic range and the color gamut, which would ideally approximate or exceed the capabilities of the human visual system (HVS). In an optimal solution, those stimulus dimensions would be displayed with continuous intensity levels between their respective extrema (e.g. from dark to light) when presenting them to participants.
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