Wavelet Analysis and Decomposition Into Color Spaces in Researching of Human Fluorescently Labeled Images Tissues

Vyacheslav Lyashenko, O. Kobylin, A. Shafronenko
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Abstract

The image of human fluorescently labeled tissues is taken as short view of the subject. These images are in RGB format. We must highlight areas of interest. In this case we use the ideology of wavelets. It allows us to find a lot of points of the brightness change in the original image. We get additional information, as well as decompose the input image into separate color spaces. This allows us to specify the areas of interest for the original image. The advantage of the original image decomposition into separate color spaces is clearly shown in comparison with the image in the RGB format. The results are received by using the real images.
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小波分析与色彩空间分解在人体荧光标记图像组织研究中的应用
人体荧光标记组织的图像被视为受试者的短视图。这些图像是RGB格式的。我们必须突出我们感兴趣的领域。在这种情况下,我们使用小波的思想。它可以让我们在原始图像中找到很多亮度变化的点。我们获得了额外的信息,并将输入图像分解为单独的色彩空间。这允许我们为原始图像指定感兴趣的区域。与RGB格式的图像相比,原始图像分解成独立色彩空间的优势明显。结果是利用真实图像得到的。
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