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Three-dimensional terrain visualization based on 3S technology

机译:基于3S技术的三维地形可视化

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Digital globe is a visual system based on geographical coordinate, provided with multi-resolution, mass data and multi-dimensional display. Three-dimensional terrain visualization is an important composition of researches about terrain visualization technology and digital globe, also is the foundation of realizing the multi-angle, multi-layer, real-time generation, display analysis and roam of three-dimensional terrain. Three-dimensional terrain visualization is the hot spot of researches in some fields such as Geographic Information System, digital grammetry photo, visual reality and so on. In the light of the present research situation of current three-dimensional terrain visualization, and on the basic of absorbing the advanced theory and technical achievement of three-dimensional computer graphics, computation geometry, scientific calculation visualization, visual reality, and computer network, this article carries out a study, centered on the core contents of technology, the digital terrain model of three-dimensional visualization, the generation of three-dimensional reality terrain, terrain simplification and multiple resolution. We capture the data of terrain elevation points by GPS, capture the real veins of topographical surface by RS and overlap data from various sources to produce three-dimensional visual terrain scene by GIS. With the continuous development of 3S technologies, it quickens the speed of digital globe's building and replacement, improves the fidelity and precision, and provides the national economy development and engineering construction with powerful technology support.
机译:数字地球仪是一种基于地理坐标的视觉系统,提供多分辨率,质量数据和多维显示器。三维地形可视化是关于地形可视化技术和数字地球的研究的重要组成,也是实现多角度,多层,实时发电,显示分析和三维地形漫游的基础。三维地形可视化是一些领域的研究热点,如地理信息系统,数字语法照片,视觉现实等。鉴于目前目前的三维地形可视化的研究现状,以及吸收先进理论和三维计算机图形学技术成果的基础,计算几何,科学计算可视化,视觉现实和计算机网络,这文章进行了一项研究,以技术为中心的技术,数字地形模型的三维可视化模型,一代立体现实地形,地形简化和多重分辨率。我们通过GPS捕获地形抬高点的数据,通过RS捕获地形表面的真正静脉并从各种来源重叠数据,通过GIS产生三维视觉地形场景。随着3S技术的不断发展,它加快了数字地球仪的建筑和更换的速度,提高了富达和精度,并提供了强大的技术支持的国民经济发展和工程建设。

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