On storing and retrieving geospatial big-data in cloud

Kuien Liu, Haozhou Wang, Yandong Yao
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引用次数: 4

Abstract

Cloud storage is a kind of external storage which can provide by unlimited storage space with high availability and low cost on maintenance. On the other side, the size of geospatial data is too large and is increasing dramatically which makes such data is hard to be stored in the local data warehouse. Hence following the benefits of Cloud storage, such geospatial data is suitable to be stored in Cloud storage and managed by local data warehouse. However, there is a gap between Cloud storages and data warehouses built on traditional infrastructures, such as the mostly adopted massive parallel processing (MPP) based data warehouse. Therefore, in this paper, we propose a middleware-like architecture to connect MPP data warehouse and Cloud storage. It supports traditional geospatial data retrieving while integrating the Cloud storage lineage by a set of technical designs. Based on the prototype system and practical data, we demonstrate the appreciable performance and the flexibility for other third parties' development. Another major contribution of this paper is that we implement the prototype on open-source data warehouse and we make it open-sourced to public.
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地理空间大数据云存储与检索研究
云存储是一种外部存储,可以提供无限的存储空间,具有高可用性和低维护成本。另一方面,地理空间数据的规模太大,并且正在急剧增长,这使得这些数据很难存储在本地数据仓库中。因此,遵循云存储的优点,这些地理空间数据适合存储在云存储中,并由本地数据仓库进行管理。然而,云存储和建立在传统基础设施上的数据仓库之间存在差距,例如大多数采用的基于大规模并行处理(MPP)的数据仓库。因此,在本文中,我们提出了一种类似中间件的架构来连接MPP数据仓库和云存储。它支持传统的地理空间数据检索,同时通过一组技术设计集成云存储谱系。基于原型系统和实际数据,我们证明了可观的性能和灵活性,为其他第三方开发。本文的另一个主要贡献是我们在开源数据仓库上实现了原型,并将其开源给公众。
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