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Anomaly Detection in Hyperspectral Imagery based on Spectral Gradient and LLE

机译:基于光谱梯度和lele的高光谱图像中的异常检测

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The local linear embedding algorithm(LLE) is applied into the anomaly detection algorithm on the basis of the feature analysis of the hyperspectral data.Then,to deal with the problem of declining capacity of identifying the neighborhood caused by the Euclidean distance,an improved LLE algorithm is developed.The improved LLE algorithm selects neighborhood pixels according to the spectral gradient,thus making the anomaly detection more robust to the changes of light and terrain.Experimental results prove the feasibility of using LLE algorithm to solve the anomaly detection problem,and the effectiveness of the algorithm in improving the detection performance.
机译:局部线性嵌入算法(LLE)在基于高光谱数据的特征分析的基础上应用于异常检测算法。然后,处理识别欧几里德距离造成的邻域的能力下降的问题,改进的le开发了算法。改进的LLE算法根据光谱梯度选择邻域像素,从而使异常检测更加强大地对光和地形的变化。实验结果证明了使用LLE算法解决异常检测问题的可行性,以及算法在提高检测性能方面的有效性。

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