私有云框架下GIS栅格数据存储与显示研究

Jun Chen, Huajun Wang, Hanyu Lu
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引用次数: 2

摘要

云计算自2007年提出以来,一直是国内外计算机网络技术的研究热点。GIS栅格数据具有数据量大的特点,因此当大量用户访问时,传统的文件映射和网络数据库等都会存在服务器过载、共享效率低等问题。云计算无疑是解决海量栅格数据存储和显示的最佳思路。目前,在公共云平台上管理和显示栅格数据已经发展出了方法和技术,其中Google Earth是最好的方法和技术之一。但是使用公有云来管理企业内部的海量栅格数据,会带来机密数据泄露等安全问题,因此我们需要为企业构建局域网环境下的私有云。本文首先讨论了局域网环境下的内部私有云框架和分布式文件系统的设计,分析了如何在分布式文件系统中存储栅格数据的图像金字塔,然后提出了基于G/S模式的Map/Reduce技术,实现数据下载的负载均衡策略。研究表明,在本文私有云框架下,网格下载能力不断提高,随着数据节点的增加,可以满足内部管理和共享栅格数据的目的,研究成果具有一定的理论价值和现实意义。
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Research for GIS Raster Data Storage and Display under the FrameWork of Private Cloud
Cloud computing has been a study hot spot of computer network technology at home and abroad, since it was proposed in 2007. GIS raster data has amount of data, so when a large number of users access, traditional file mapping and network database, etc will have problems such as server overload, lower sharing efficiency. Cloud computing is undoubtedly the best ideas to solve storage and display of huge amount of raster data. At present, managing and display raster data on the public cloud platform have developed methods and techniques, in which Google Earth is one of the best. But using public cloud to manage massive raster data within the enterprise, it will bring security issues such as leakage of confidential data, so we need to build private clouds under LAN environment for enterprises. This paper, first, discussed the internal private cloud framework and the design of distributed file system under the LAN environment, and analyzed how to storage image pyramids for raster data in the distributed file system, and then proposed the Map/Reduce technology based on G/S mode, to achieve load balancing strategy for data download. Studies show that the private cloud framework in this paper, the grid download ability continuously improved, as the data nodes increases, it can meet internal management and shared purpose of raster data, the research results have a theoretical value and practical significance.
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