Improving the accuracy of detecting the edges of texture objects in remote sensing images

E. Medvedeva, A. Evdokimova
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Abstract

The authors offer a method for detecting the edges of texture objects in remote sensing images. This method is based on the evaluation of textural and brightness attributes. It is proposed to use transition probabilities for three-dimensional Markov chains with two states as texture features, averaged within a sliding window. It makes possible to improve the detection accuracy of texture objects on multichannel or multi-time snapshots. To reduce the computational resources, it is proposed to determine the signs by the bit planes of the senior, most informative digits of the digital image. The simulation results confirm the effectiveness of the proposed method.
提高遥感图像中纹理目标边缘检测的精度
提出了一种检测遥感图像中纹理目标边缘的方法。该方法基于纹理属性和亮度属性的评估。提出了将具有两种状态的三维马尔可夫链的转移概率作为纹理特征,在滑动窗口内平均。这使得在多通道或多时间快照中提高纹理对象的检测精度成为可能。为了减少计算资源,提出了利用数字图像中信息量最大的高级数字的位平面来确定符号的方法。仿真结果验证了该方法的有效性。
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