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Single fringe pattern with closed fringes demodulation using row by row scanners

机译:单条纹图案与闭合条纹解调行按行扫描仪使用行

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Sequential methods like the regularized phase tracker (RPT) are commonly used for fringe pattern demodulation with closed fringes. The only drawback of the RPT method is the necessity to implement a two-dimensional (2D) fringe following scanning in order to obtain the expected modulated phase. In this article we present a new method to demodulate single fringe patterns with closed fringes which use a simple 2D row by row scanning strategy. This is an important contribution because the 2D row by row scanning is extremely fast and easy to implement unlike the fringe following scanning. We have called this method the phase curvature tracker (PCT) because it uses the frequency curvature as regularizer to obtain the expected phase as a C2 function with continuous curvature.
机译:像正规化相位跟踪器(RPT)的顺序方法通常用于带有封闭条纹的条纹图案解调。 RPT方法的唯一缺点是在扫描后实现二维(2D)条纹的必要性,以便获得预期的调制阶段。在本文中,我们提出了一种新方法来解调单个边缘图案,其中封闭的条纹,通过行扫描策略使用简单的2D行。这是一个重要的贡献,因为行扫描的2D行是非常快速且易于扫描的边缘的。我们称该方法是相位曲率跟踪器(PCT),因为它使用频率曲率作为常规器,以获得具有连续曲率的C2函数的预期阶段。

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