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Application of REAL TIME GIS for Local Government and Collaboration of Spatial Information

机译:实时GIS在地方政府中的应用与空间信息的合作

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Much local government has been using large scale digital maps with Geographic Information System (GIS). However, the updating method of a map is not established yet. The purpose of this study is the real-time renewal of the digital map for local government by using REAR TIME GIS and spatial information. REAL TIME GIS is the system for real-time updating at the field site by using RTK-GPS, GIS and cellular phone. However, RTK-GPS data did not correspond with digital maps because of different geodetic system. It is necessary to transform digital maps of an old geodetic system to new ones. In this paper, these parameters were named "High-Accuracy Regional Parameter (HARP)". Actual experiment was performed at two places in the narrow area at Kanazawa district in Japan. It was verified how far there are differences between Base Map (BM) and RTK-GPS measuring data. As a result, the difference was 5~10cm at longitude and 30 cm at latitude. The differences at longitude are allowed in large scale digital map. Collaboration of Remote Sensing, GPS and GIS contributes useful tool for local government to renew large scale map.
机译:很多地方政府一直在使用带地理信息系统(GIS)的大规模数字地图。但是,尚未建立地图的更新方法。本研究的目的是通过使用后期GIS和空间信息实时更新当地政府的数字地图。实时GIS是使用RTK-GPS,GIS和蜂窝电话实时更新的系统。但是,由于不同的大地测量系统,RTK-GPS数据与数字地图没有对应。有必要将旧大地测量系统的数字地图转换为新的。在本文中,这些参数名为“高精度区域参数(HARP)”。实际实验是在日本金泽区狭窄地区的两个地方进行的。验证了基本地图(BM)和RTK-GPS测量数据之间存在差异的差异。结果,差异为5〜10cm,纬度为30厘米。在大规模的数字地图中允许经度的差异。遥感,GPS和GIS的协作为当地政府续签了大规模地图提供了有用的工具。

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