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为了更好地满足卫片执法工作需要,本文构建了卫片执法信息系统。该系统实现了卫片数据查询浏览、专题图输出、空间分析、辅助决策等功能。系统采用ArcGIS Server 10构建,基于AJAX模式和 WMTS规范。各模块经过集成测试,系统性能良好。 相似文献
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基于 ArcGIS Server 的卫片执法信息系统的设计与实现 总被引:1,自引:0,他引:1
为了更好地满足卫片执法工作需要,本文构建了卫片执法信息系统。该系统实现了卫片数据查询浏览、专题图输出、空间分析、辅助决策等功能。系统采用ArcGIS Server 10构建,基于AJAX模式和 WMTS规范。各模块经过集成测试,系统性能良好。 相似文献
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徐淼华 《测绘与空间地理信息》2017,(4)
在土地卫片执法巡查过程中,采用常规的测量方法不但费用高,而且工作量大,采集的数据与系统实时通信困难。本文设计的系统综合运用GPS-RTK技术和ArcEngine组件技术,实现了数据采集与处理、图斑定位、信息查询与分析等功能。 相似文献
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福建省国土资源移动执法监察系统基于Arc GIS、Android(IOS)平台来研发,应用GIS、GPS、RS等技术,构建了移动执法手机客户端、数据对接及短信发送系统和移动执法监管平台,主要实现了快速报案、快速处置、巡查管理、案件管理、轨迹管理、监管考核等功能。通过系统应用大大提高了国土资源执法监察工作效率。 相似文献
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土地执法外业巡查过程中由于无法实时获取业务数据,会导致发现问题不及时等问题。系统以ArcGIS平台为基础,实现移动终端与服务器数据的实时传输,提高了外业巡查的效率和准确性,为执法监察的可视化与信息化做出了积极的尝试。 相似文献
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《International Journal of Digital Earth》2013,6(1):80-87
Abstract Cultures throughout the world are associating with the rivers. People depend upon the rivers and their tributaries for food, water, transport, and many other aspects of their daily lives. Unfortunately, human beings have not calculated the accurate lengths for the great rivers even today. The lengths of the rivers are very different in popular textbooks, magazines, atlases and encyclopedias, etc. To accurately determine the lengths of the principal rivers of the world, the combination of satellite image analysis and field investigations to the source regions is proposed in this paper. The lengths of the Nile, Amazon, Yangtze, Mississippi, Yellow, Ob, Yenisey, Amur, Congo and Mekong, with lengths over or close to 5000 km, were calculated using the proposed method. The results may represent the most reliable and accurate lengths of the principal rivers of the world that are currently achievable. 相似文献
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In this letter, we are trying to resolve the electromagnetic problem for the movements of the superconducting particles of the protoplanetary cloud in the magnetic field of Saturn. The force of levitation (Meissner-Ochsenfeld phenomenon) is introduced to the field of planetary science for the first time. It is shown from our theoretical analysis that rings of Saturn might have a superconducting origin, and rings might levitate within magnetic equator plane of the planet. 相似文献
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