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Automatic 2D Building Extraction Using High Resolution Image in Bangpli District, Samut Prakan Province, Thailand

机译:泰国北榄府邦普利使用高分辨率图像自动提取2D建筑

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Most of the recent work in Thailand, on building extraction, is based on 3D building extraction by manual digitization from aerial photo which are both time and labor consuming. High-resolution satellite imagery is expected to be widely used on urban planning mapping, cartography, land use application and others.Automatic and/or semi automatic building extraction is one of the alternative to develop method for building features extraction, with different rooftops, from high resolution satellite image in 1 sq.km. of urban prawn, with mixed area, which is approximately 40% of the study area is residential, commercial area while other 30% is plantation area, in a part of Bangpli District, Samut Prakan Province, Central of Thailand. The image was implemented on the supervised classification function of PCI Geometica and feature analyst extension of ArcGIS software. The building extraction results were compared with percentage of the result. In this study, the result of supervised classification methodology can extract approximately 32% of buildings image properly and the other can extract approximately 42%. Exactly, the both method used less time, so they showed the time reduction, hardware, software, and labor in feature extraction process, although they were not perfect result at the first output. For future work, if the methods were improved algorithm, the result should get better.
机译:泰国最近进行的有关建筑物提取的大部分工作都是基于通过对航拍照片进行手动数字化对3D建筑物进行提取的,这既费时又费力。高分辨率卫星图像有望广泛应用于城市规划制图,制图,土地利用应用等领域。自动和/或半自动建筑物提取是开发用于从不同屋顶提取建筑物特征的方法的替代方法之一。 1平方公里的高分辨率卫星图像。在泰国中部北榄府邦普里省的一部分地区,城市虾的混合面积大约为研究区域的40%,是住宅区,商业区,其余30%是种植区。该图像是在PCI Geometica的监督分类功能和ArcGIS软件的功能分析器扩展上实现的。将建筑物提取结果与结果百分比进行比较。在这项研究中,监督分类方法的结果可以正确地提取大约32%的建筑物图像,而另一个可以提取大约42%的建筑物图像。的确,这两种方法都使用较少的时间,因此虽然在最初的输出中效果并不理想,但它们在特征提取过程中却显示出时间减少,硬件,软件和劳动力减少。为了将来的工作,如果将这些方法改进为算法,结果应该会更好。

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