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Image segmentation is a valuable approach that performs an object-based rather than a pixel-based analysis of high-spatial resolution satellite image. A multiscale approach for segmenting the pan-shar...
In this work we develop semi-automatic road extraction system for updating and storage road network data bases. Combination of some of the existing road extraction techniques such as spectral and spat...
Being one of the fastest growing cities in the world in terms of population, Istanbul suffers significantly from illegal construction which is very difficult even to monitor with field survey method...
Detailed mapping of vegetation cover types is often required in various environmental study projects. Very high-resolution satellites, e.g. IKONOS, are expected to provide a new opportunity to make ...
Gis Solutions for Local Governments with Ikonos Imagery.
DTM and orthophoto have been generated in IGiK using IKONOS along-track stereo images CARTERRA GEO Pan with B/H ratio 1:1.8 and the accuracy analysis has been performed. Orientation of stereo images ...
The number of high resolution satellite sensors for mapping applications is growing fast. Successful exploitation of the high accuracy potential of these systems depends on good mathematical models ...
In 1996 Azerbaijan had started process of the scaled land reforms after legal base establishment. On the first stage 2020 former collective farms and state farms with 19000 sq. km of agricultural land...
Urban design is a subject that is concerned with the shape, the surface and its physical arrangement of all kinds of urban elements. Although urban design is a practice process and needs much detailed...
This paper addresses the metric accuracy potential of Ikonos Geo imagery for 2D geopositioning. For this, alternative sensor orientation models including rational functions, satellite orbital modellin...
随着遥感技术、计算机技术的发展,遥感已经从高端的科学研究步入实际应用的各个领域。特别是美国SpaceImage公司于1999年9月26日发射了世界上首颗高分辨率商业卫星IKONOS-2,这标志着高分辨率的遥感时代已经来临。其1米分辨率的卫星影像使对地观测达到了一个新阶段--既能满足“数字地球”的需要,也能代替航空摄影并满足工程勘察的需要。本文在研究遥感图像的一般多项式法、有理函数法等多种纠正方法...
介绍利用遥感图像处理系统ERDAS IMAGINE对IKONOS卫星数据进行融合、纠正、裁切,制作正射影像的一种方法及此方法的特点。

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