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Evaluating Depth Perception of 3D Stereoscopic Videos

机译:评估3D立体视频的深度感知

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摘要

3D video quality of experience (QoE) is a multidimensional problem; many factors contribute to the global rating like image quality, depth perception and visual discomfort. Due to this multidimensionality, it is proposed in this paper, that as a complement to assessing the quality degradation due to coding or transmission, the appropriateness of the non-distorted signal should be addressed. One important factor here is the depth information provided by the source sequences. From an application-perspective, the depth-characteristics of source content are of relevance for pre-validating whether the content is suitable for 3D video services. In addition, assessing the interplay between binocular and monocular depth features and depth perception are relevant topics for 3D video perception research. To achieve the evaluation of the suitability of 3D content, this paper describes both a subjective experiment and a new objective indicator to evaluate depth as one of the added values of 3D video.
机译:3D视频体验质量(QoE)是一个多维问题;诸如图像质量,深度感知和视觉不适等许多因素都对总体评分有所帮助。由于这种多维性,因此在本文中提出,作为评估由于编码或传输而导致的质量下降的补充,应解决非失真信号的适当性。此处的一个重要因素是源序列提供的深度信息。从应用的角度来看,源内容的深度特性与预验证内容是否适合3D视频服务有关。此外,评估双目和单眼深度特征与深度感知之间的相互作用是3D视频感知研究的相关主题。为了实现对3D内容适用性的评估,本文介绍了一种主观实验和一种新的客观指标,用于评估深度作为3D视频附加值之一。

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