On Building Detection Using the Class Activation Map: Case Study on a Landsat8 Image

P. Charuchinda, T. Kasetkasem, I. Kumazawa, T. Chanwimaluang
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引用次数: 1

Abstract

Traditionally, the land cover mapping process needs a ground data to be collected with high precision in both class labeling and spatial locations. To collect enough, high precise ground data require resources. As a result, we proposed an approach for building an image classification based on the class activation map (CAM) where the goal is not to identify the relationship between each pixel and a class label, but to identify whether each sub-images contain the class of interest or not. The output of the class activation map is the filter responds where pixels with high respond are likely to belong to the class of interest. We examined the performance on a LAND-SAT 8 and found. The result of CAM showed that the proposed method achieves high accuracy in identifying whether a sub-image contains the class of interest or not. However, the precision in localizing the class is relatively moderate.
基于类激活图的建筑物检测研究——以Landsat8图像为例
传统的土地覆盖制图过程需要在类别标注和空间定位上采集高精度的地面数据。为了收集足够的、高精度的地面数据,需要资源。因此,我们提出了一种基于类激活图(class activation map, CAM)构建图像分类的方法,其目标不是识别每个像素与类标签之间的关系,而是识别每个子图像是否包含感兴趣的类。类激活映射的输出是过滤器响应,其中具有高响应的像素可能属于感兴趣的类。我们检查了LAND-SAT 8的性能,发现。CAM结果表明,该方法在识别子图像是否包含感兴趣的类方面具有较高的准确性。但是,类本地化的精度相对适中。
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