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首页> 外文会议>Imaging a Sustainable Future >TRANSFER OF TECHNOLOGY FOR CADASTRAL MAPPING IN TAJIKISTAN USING HIGH RESOLUTION SATELLITE DATA
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TRANSFER OF TECHNOLOGY FOR CADASTRAL MAPPING IN TAJIKISTAN USING HIGH RESOLUTION SATELLITE DATA

机译：使用高分辨率卫星数据转移塔吉克斯坦塔吉克斯坦肉地域映射技术

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European Commission funded project entitled: "Support to the mapping and certification capacity of the Agency of Land Management, Geodesy and Cartography" in Tajikistan was run by FINNMAP FM-International and Human Dynamics from Nov. 2006 to June 2011. The Agency of Land Management, Geodesy and Cartography is the state agency responsible for development, implementation, monitoring and evaluation of state policies on land tenure and land management, including the on-going land reform and registration of land use rights. The specific objective was to support and strengthen the professional capacity of the "Fazo" Institute in the field of satellite geodesy, digital photogrammetry, advanced digital satellite image processing of high resolution satellite data and digital cartography. Lectures and on-the-job trainings for the personnel of "Fazo" and Agency in satellite geodesy, digital photogrammetry, cartography and the use of high resolution satellite data for cadastral mapping have been organized. Standards and Quality control system for all data and products have been elaborated and implemented in the production line. Technical expertise and trainings in geodesy, photogrammetry and satellite image processing to the World Bank project "Land Registration and Cadastre System for Sustainable Agriculture" has also been completed in Tajikistan. The new map projection was chosen and the new unclassified geodetic network has been established for all of the country in which all agricultural parcel boundaries are being mapped. IKONOS, QuickBird and WorldViewl panchromatic data have been used for orthophoto generation. Average accuracy of space triangulation of non-standard (long up to 90km) satellite images of QuickBird Pan and IKONOS Pan on ICPs: RMSEx=0.5m and RMSEy=0.5m have been achieved. Accuracy of digital orthophoto map is RMSExy=1.0m. More then two and half thousands of digital orthophoto map sheets in the scale of 1:5000 with pixel size 0.5m have been produced so far by the "Fazo" Institute in Tajikistan on the basis of technology elaborated in the framework of this project. Digital cadastral maps are produced in "Fazo" and Cadastral Regional Centers in Tajikistan using ArcMap software. These digital orthophotomaps will also be used for digital mapping of water resources and other needs of the country.
机译：欧洲委员会资助的项目题为“支持土地管理，大地测量和制图机构的映射和认证能力”塔吉克斯坦是由FINNMAP FM-国际和人类动力学运行从2006年11月至2011年6月的土地管理机构，大地测量和制图是国家机构，负责制定，实施，监测和评价上的土地使用权和土地管理的国家政策，包括正在进行的土地使用权土地改革和登记。具体目标是支持和加强“Fazo”研究所在卫星大地测量，数字摄影，高分辨率卫星数据和数字制图先进的数字卫星图像处理领域的专业能力。对于“Fazo”和原子能机构在卫星大地测量，数字摄影测量，制图和地籍测绘利用高分辨率卫星数据的人员讲座和在职培训，已组织。所有的数据和产品标准和质量控制体系已拟定并在生产线上实现。在大地测量，摄影测量与卫星图像处理世界银行项目“土地登记和地籍系统可持续农业”的技术专长和培训也已在塔吉克斯坦完成。选择新的地图投影和新的未分类的大地测量网络已经建立了全国所有的在所有农业宗地边界被映射。 IKONOS，QuickBird卫星和WorldViewl全色数据已用于正射影像生成。非标准空间的三角测量的平均精度（长达90公里）上的ICP QuickBird全色与IKONOS泛卫星图像：RMSEx =0.5米和RMSEy =0.5米已经实现。的数字正射影像地图精度是RMSExy =1.0米。更多然后两个半数以千计的比例为1数字正射影像图幅的：5000，像素大小0.5米已生产迄今技术的基础上，“Fazo”研究所塔吉克斯坦在该项目框架内阐述。数字化地籍图的使用ArcMap软件“Fazo”地籍区域中心生产塔吉克斯坦。这些数字正色也将用于水资源和国家的其他需求的数字化测绘。

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