A prediction model on 3D model compression and its printed quality based on subjective study

T. Yamasaki, Y. Nakano, K. Aizawa
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Abstract

3D printing is becoming a more common technology and has a growing number of applications. Although 3D compression algorithms have been studied in the computer graphics (CG) community for decades, the quality of the compressed 3D models are discussed only in the CG space. In this paper, we discuss the relationship between the PSNR of the compressed 3D models and the human perception to the printed objects. We conducted subjective evaluation by inviting 13 people and found that there is a clear linear relationship between them. Such a quality perception model is useful for estimating the printing quality of the compressed 3D models and deciding reasonable compression parameters.
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基于主观研究的三维模型压缩及打印质量预测模型
3D打印正在成为一种越来越普遍的技术,并且有越来越多的应用。虽然三维压缩算法在计算机图形学(CG)领域已经研究了几十年,但压缩后的三维模型的质量只在CG空间中讨论。在本文中,我们讨论了压缩三维模型的PSNR与人类对打印对象的感知之间的关系。我们邀请了13个人进行主观评价,发现他们之间存在明显的线性关系。这种质量感知模型有助于估计压缩后3D模型的打印质量和确定合理的压缩参数。
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