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Taming the Evolution of Big Data and its Technologies in BigGIS - A Conceptual Architectural Framework for Spatio-Temporal Analytics at Scale

机译:驯服BIGGIS大数据及其技术的演变 - 规模时空分析的概念建筑框架

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In the era of spatio-temporal big data, geographic information systems have to deal with a myriad of big data induced challenges such as scalability, flexibility or fault-tolerance. Furthermore, the rapid evolution of the underlying, occasionally competing big data ecosystems inevitably needs to be taken into account from the early system design phase. In order to generate valuable knowledge from spatio-temporal big data, a holistic approach manifested in an appropriate architectural design is necessary, which is a non-trivial task with regards to the tremendous design space. Therefore, we present the conceptual architectural framework of BigGIS, a predictive and prescriptive spatio-temporal analytics platform, that integrates big data analytics, semantic web technologies and visual analytics methodologies in our continuous refinement model.
机译:在时空大数据的时代,地理信息系统必须处理无数的大数据诱导的挑战,如可扩展性,灵活性或容错。此外,从早期系统设计阶段,需要考虑潜在的潜在的快速演变,偶尔竞争大数据生态系统。为了产生从时空大数据的宝贵知识,需要一种在适当的建筑设计中表现出的整体方法,这是一个关于巨大设计空间的非琐碎的任务。因此,我们介绍了BigGIS,预测和规范性时空分析平台的概念架构框架,其在我们的连续改进模型中集成了大数据分析,语义网络技术和视觉分析方法。

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