移动设备的RTI压缩

Christopher Schuster, Bipeng Zhang, Rajan Vaish, Paulo Gomes, Jacob Thomas, James Davis
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引用次数: 7

摘要

目前,反射变换成像(RTI)技术仅限于桌面和高性能计算设备。近年来,移动设备和平板电脑由于性能的提高而变得无处不在。然而,RTI文件的大小(≈100 MB)限制了能够显示RTI文件的便携式设备的范围。在本文中,我们探索了不同的压缩技术,并开发了一个适用于Android和iOS设备的RTI查看器原型。对JPEG、JPEG2000进行无损压缩实验表明,压缩比为30:1的结果误差与传统二维图像的误差相当。为了获得更高的压缩率,我们提出了一种新的αβ-JPEG算法,该算法分别压缩颜色和反射率信息。
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RTI compression for mobile devices
Currently, Reflectance Transformation Imaging (RTI) technology is restricted to desktop and high performance computing devices. In recent years, mobile devices and tablets have become ubiquitous due to their increased performance. However, the size of RTI files (≈100 MB) limits the range of portable devices capable of displaying RTI files. In this paper, we explore different compression techniques, and develop an RTI viewer prototype for both Android and iOS devices. Experiments with JPEG, JPEG2000, lossless compression show the resulting error for compression ratios of 30:1 is comparable to the error of traditional two-dimensional images. For higher compression rates, we present a novel αβ-JPEG algorithm which compresses color and reflectance information individually.
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