EXPERT EVALUATION OF A NOVEL LIGHT-FIELD VISUALIZATION FORMAT

A. Cserkaszky, P. A. Kara, A. Barsi, M. Martini
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引用次数: 8

Abstract

Light-field visualization is continuously emerging in industrial sectors, and the appearance on the consumer market is approaching. Yet this process is halted, or at least slowed down, by the lack of proper display-independent light-field formats. Such formats are necessary to enable the efficient interchange between light-field content creation and visualization, and thus support potential future use case scenarios of this technology. In this paper, we introduce the results of a perceived quality assessment research, performed on our own novel light-field visualization format. The subjective tests, which compared conventional linear camera array visualization to our format, were completed by experts only, thus quality assessment was an expert evaluation. We aim to use the findings gathered in this research to carry out a large-scale subjective test series in the future, with non-expert observers.
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一种新型光场可视化格式的专家评价
光场可视化技术在工业领域不断涌现,在消费市场上出现的日子越来越近。然而,由于缺乏适当的与显示无关的光场格式,这一过程被停止了,或者至少放慢了速度。这样的格式对于实现光场内容创建和可视化之间的有效交换是必要的,因此支持该技术的潜在未来用例场景。在本文中,我们介绍了一项感知质量评估研究的结果,该研究是在我们自己的新型光场可视化格式上进行的。将传统线性相机阵列可视化与我们的格式进行比较的主观测试仅由专家完成,因此质量评估是专家评估。我们的目标是利用本研究中收集的结果,在未来进行大规模的主观测试系列,与非专家观察者。
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DEPTH ESTIMATION IN LIGHT FIELD CAMERA ARRAYS BASED ON MULTI-STEREO MATCHING AND BELIEF PROPAGATION LOCAL METHOD OF COLOR-DIFFERENCE CORRECTION BETWEEN STEREOSCOPIC-VIDEO VIEWS DEPTH IMAGE BASED VIEW SYNTHESIS WITH MULTIPLE REFERENCE VIEWS FOR VIRTUAL REALITY ICP WITH DEPTH COMPENSATION FOR CALIBRATION OF MULTIPLE TOF SENSORS 3DTV-CON 2018 Index
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