Flooded and vegetation areas detection from UAV images using multiple descriptors

A. Sumalan, D. Popescu, L. Ichim
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引用次数: 7

Abstract

This paper presents a method to detect small flooded areas from images which contain also vegetation zones. So, two classes are considered: flood class and vegetation. For the learning phase a supervised technique based on small patches is used. Based on efficiency analysis, the Histograms of Oriented Gradients on H colour channel and mean intensity on gray level are selected as discriminated features. The classification/ segmentation phase considers two separate classifiers: one for flood class and another for vegetation class. Because there are mixed patches (with water and also vegetation) a new class (common parts) is created as logical OR between the binary decisions of the classifiers. For each test image, the percentage of flooded, vegetation or common parts is calculated.
基于多描述符的无人机图像淹水和植被区域检测
本文提出了一种从包含植被带的图像中检测小淹没区域的方法。因此,我们考虑了两类:洪水类和植被类。在学习阶段,使用基于小块的监督技术。在效率分析的基础上,选取H色通道上的梯度方向直方图和灰度级上的平均强度作为识别特征。分类/分割阶段考虑两个独立的分类器:一个用于洪水类,另一个用于植被类。由于存在混合斑块(有水也有植被),因此在分类器的二元决策之间创建了一个新类(公共部分)作为逻辑或。对于每个测试图像,计算被淹、植被或公共部分的百分比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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