首页> 外文期刊>Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter >Performance metric and objective evaluation for displayed 3D images generated by different lenslet arrays
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Performance metric and objective evaluation for displayed 3D images generated by different lenslet arrays

机译:不同透光阵列生成的显示3D图像的性能度量和客观评估

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摘要

A performance metric and an objective evaluation method are proposed for 3D images generated by different lenslet arrays in integral imaging systems. The comprehensive features, such as filling factor, sampling rate, and diffraction of the lenslet arrays, which affect the 3D image quality are considered in the performance metric. The objective evaluation method considers the quality continuity of 3D images reconstructed at different depth planes. Subjective results are obtained using an integral imaging system comprising an LED display with 1.25-mm pixel pitch. Experimental results show that the proposed metric and method are consistent with subjective perception.
机译:提出了一种性能度量和目标评估方法,用于由整体成像系统中的不同透光阵列产生的3D图像。 在性能指标中考虑了影响3D图像质量的填充因子,采样率和衍射的填充因子,采样率和衍射的综合特征。 客观评估方法认为在不同深度平面下重建的3D图像的质量连续性。 使用包括具有1.25mm像素间距的LED显示器的整体成像系统获得主观结果。 实验结果表明,该拟议的指标和方法与主观感知一致。

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