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Class Allocation for Soft-Then-Hard Subpixel Mapping Algorithms With Adaptive Visiting Order of Classes

机译:具有类自适应访问顺序的软-硬-硬子像素映射算法的类分配

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The soft-then-hard subpixel mapping (STHSPM) algorithm is a type of subpixel mapping (SPM) algorithm consisting of soft class value (between 0 and 1) estimation and hard class allocation for each subpixel. This letter presents a new class allocation method for STHSPM algorithm. As an extension of our previous work in which subpixels for classes are decided in units of classes (UOC), the new approach, named adaptive UOC (AUOC), improves UOC with adaptive visiting order of classes. In AUOC, the visiting order of classes within each coarse pixel is determined based on the local structure rather than the global structure in UOC. Experiments on three remote sensing images show that AUOC is able to improve UOC in terms of SPM accuracy, particularly for SPM with small zoom factors.
机译:软然后硬子像素映射(STHSPM)算法是一种子像素映射(SPM)算法,由软类值(介于0和1之间)估计和每个子像素的硬类分配组成。这封信为STHSPM算法提供了一种新的类分配方法。作为我们以前的工作的扩展,在该工作中,以类为单位(UOC)确定类的子像素,名为自适应UOC(AUOC)的新方法通过类的自适应访问顺序来改进UOC。在AUOC中,每个粗像素内类的访问顺序是根据UOC中的局部结构而不是全局结构确定的。在三幅遥感图像上进行的实验表明,AUOC可以提高SPM精度的UOC,特别是对于缩放系数较小的SPM。

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