首页> 外文会议>Instrumentation, Communications, Information Technology, and Biomedical Engineering (ICICI-BME), 2009 >Comparative study of phase unwrapping by energy minimization methods: First and third level pixels configuration
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Comparative study of phase unwrapping by energy minimization methods: First and third level pixels configuration

机译:通过能量最小化方法进行相位展开的比较研究:第一级和第三级像素配置

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The reconstruction of absolute phase data from its wrapped phase is called Phase Unwrapping (PU). Usually, the absolute phase cannot be extracted from the fringe phase data directly. Ideally, without phase noise, singularity, and aliasing problems, the phase information can be unwrapped easily. However, the phase data are always contaminated by noise and discontinuities, making the PU process becomes more complicated and a suitable PU algorithm is required to address the problems properly. In this paper we are compared phase unwrapping energy minimization approach method at first and third level pixels configuration.
机译:从其包裹相位重建绝对相位数据的过程称为“相位展开”(PU)。通常,绝对相位不能直接从条纹相位数据中提取。理想情况下,没有相位噪声,奇异性和混叠问题,可以轻松解开相位信息。然而,相位数据总是被噪声和不连续性污染,使得PU过程变得更加复杂,并且需要合适的PU算法来正确地解决这些问题。在本文中,我们比较了第一级和第三级像素配置下的相位展开能量最小化方法。

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