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Automatic detection of lineaments from LANDSAT images in United Arab Emirate (UAE)

机译:从阿拉伯联合酋长国(UAE)的LANDSAT图像中自动检测线条

摘要

Lineaments play tremendous role for preliminary exploration for characterization of geologic structure, oil exploration and ground water storages. Lineament identifications from remotely sensed data are required standard procedures. This work utilized a new geomatical tool for lineament identification which based on automatic detection algorithms. Integration between Laplacian, edge detection and Canny algorithms with different kernel window sizes is main component of new geomatical tool. The examination area is in mountainous areas of United Arab Emirate. The results show that: Canny algorithm with kernel window size of 3 x 3udpixels and line provides highly precisely lineaments information compared to Laplacian algorithm. Integration between Canny and edge detection algorithms illustrated highly accurate level within RMSE of ± 2 m.
机译:在对地质构造,石油勘探和地下水存储进行表征的初步勘探中,线质扮演着重要角色。从遥感数据中识别线条是必需的标准程序。这项工作利用了一种新的地理学工具,用于基于自动检测算法的线迹识别。拉普拉斯算子,边缘检测和具有不同内核窗口大小的Canny算法之间的集成是新的地理工​​具的主要组成部分。考试区域在阿拉伯联合酋长国的山区。结果表明:与Laplacian算法相比,内核窗口大小为3 x 3 udpixels和line的Canny算法提供了非常精确的线性信息。 Canny和边缘检测算法之间的集成说明了±2 m的RMSE内的高精度水平。

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