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Geospatial Information System establishment based on digital photogrammetry and high resolution remote sensing image

机译:基于数字摄影测量和高分辨率遥感影像的地理空间信息系统建立

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Geospatial Information System is one of the key technologies for the establishment of Digital Earth. Especially with the development of digital photogrammetry and high resolution commercial remote sensing image technology, the system will be needed by different users which related to geospatial information, and also can be used to open a very wide market for the geospatal application in near future. According to the newly need and trend for geospatial information, the authors established an experimental geospatial information system named Digital Tsinghua University based on digital photogrammetry, Global Positioning System, and network system technology. The system is composed of the digital elevation model, three dimensional buildings, road network, and other useful information of Tsinghua University. Users can view and inquiry different true spatial information via a system menu interface. The method also with the ability to integrate USA IKONOS 1 meter resolution remote sensing image with image fusion technology. Although Digital Tsinghua University is a small area which compared to Digital Earth, it is a true three dimensional information system rather than traditional geographic information system. With this system, different users can easily use it for virtual spatial management, analysis, planning, and also can use it for virtual reality tourism, etc. Since high resolution commercial remote sensing image will be used widely in near future, the authors gave some discussion for the information renew according to IKONOS 1 meter resolution remote sensing image.
机译:地理空间信息系统是建立数字地球的关键技术之一。尤其是随着数字摄影测量技术和高分辨率商业遥感影像技术的发展,与地理空间信息相关的不同用户将需要该系统,并且该系统还可在不久的将来为地理空间应用打开非常广阔的市场。根据地理空间信息的新需求和发展趋势,作者建立了基于数字摄影测量,全球定位系统和网络系统技术的实验性地理空间信息系统,名为清华大学数字化系统。该系统由数字高程模型,三维建筑物,道路网络以及清华大学的其他有用信息组成。用户可以通过系统菜单界面查看和查询不同的真实空间信息。该方法还具有将美国IKONOS 1米分辨率遥感图像与图像融合技术集成在一起的能力。尽管与数字地球相比,清华大学数字区域很小,但它是真正的三维信息系统,而不是传统的地理信息系统。使用该系统,不同的用户可以轻松地将其用于虚拟空间管理,分析,规划,还可以将其用于虚拟现实旅游等。由于高分辨率商业遥感图像将在不久的将来得到广泛使用,因此作者提出了一些建议。根据IKONOS 1米分辨率的遥感图像进行信息更新的讨论。

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