基于视觉系统特征的地形图线性元素分离与种子传播

Fei Xie, Yanning Zhang, Xinming Guo, Wei Zhang, Zhaoyong Zhou, Pengfei Xu
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摘要

在地形图中,由于像素存在混叠和假色,难以将等高线、道路、经纬度线等线性元素从复杂的背景中分离出来,而且现有方法提取的结果图像中存在一定的背景,特别是在某些特定地图中,线性元素的颜色和能量与背景相似,或者地图的等高线对比度较低。针对这些问题,本文引入了种子扩散的思想,提出了一种分离线性元的新方法。在该方法中,所有的种子都携带着负灰度图像中像素的颜色信息和能量信息,它们可以根据颜色和能量相似度搜索其他像素作为它们的兄弟组合成种子组。种子对周围的环境有很好的感知能力,种子群的形状是可变的。此外,通过分析种子群及其周围区域之间的颜色和能量差异,将种子确定为线性元素。实验结果表明,该方法能够比以往的方法更准确地从背景中识别出线性元素。
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Linear Elements Separation via Vision System Feature and Seed Spreading from Topographic Maps
In topographic maps, It is difficult to separate the linear elements, including contour lines, roads, latitude and longitude lines from complicated background due to the pixels with aliasing and false colors, and there exists some background in the result images extracted by the existing methods, especially when the color and energy of linear elements and background are similar in some particular maps, or the maps have low contrast contour lines. To solve these problems, this paper introduces the idea of seed spreading, and puts forward a novel method for separating linear elements. In this method, all the seeds carry the color information of the pixels and the energy information in the negative grayscale images, and they can search other pixels as their brothers to be combined into seed groups according to the color and energy similarity. The seeds have good perception of the environment around them, and the shapes of the seed groups are variable. Furthermore, the seeds are determined as linear elements by analyzing the color and energy differences between the seed groups and the areas around them. The experimental results show that our method can distinguish linear elements from the background more accurately than the previous methods.
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