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Performance comparison of edge detection algorithms for satellite images using bigdata platform spark

机译:大数据平台Spark卫星图像边缘检测算法的性能比较

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Edge Detection has been a vital step in the field of image processing. It is used to identify the breaks in depth, surface orientation or changes in the brightness. It is one of the most vital steps for object detection in the image. In today's big data world, it becomes crucial to know the different algorithms that can run faster in order to deal with the fast generating data. To process the large volume of data big data platforms like Hadoop are being leveraged. In this paper we have implemented different edge detection algorithms such as Canny Edge, Sobel operator and Laplacian of Gaussian on Apache Spark. We have executed our implementations on remote sensing images residing on HDFS and then compared the statistical performance and scalability of all these algorithms for different set of images.
机译:边缘检测是图像处理领域中至关重要的一步。它用于识别深度,表面方向或亮度变化的中断。这是图像中物体检测最重要的步骤之一。在当今的大数据世界中,至关重要的是要知道运行更快的不同算法以处理快速生成的数据。为了处理大量数据,正在利用像Hadoop这样的大数据平台。在本文中,我们在Apache Spark上实现了不同的边缘检测算法,例如Canny Edge,Sobel运算符和高斯的Laplacian。我们已经对驻留在HDFS上的遥感图像执行了实现,然后比较了所有这些算法针对不同图像集的统计性能和可伸缩性。

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