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SQL or NoSQL? Contrasting Approaches to the Storage, Manipulation and Analysis of Spatio-temporal Online Social Network Data

机译:SQL还是NoSQL?时空在线社交网络数据存储,处理和分析的对比方法

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Researchers are now accessing millions of Online Social Network (OSN) interactions. These are available at no or low cost through Application Programming Interfaces (APIs) or data custodians including DataSift and GNIP. Records held in Extensible Markup Language (XML) or JavaScript Object Notation (JSON) are well structured but often inconveniently formatted for use in popular Relational Database Management Systems (RDBMS) or Geographic Information Systems (GIS) software. In contrast, emerging NoSQL (Not-only Structured Query Language) technologies are specially designed to 'ingest' unstructured data. Extract/Transform/Load (ETL) procedures for the storage and subsequent analysis of two OSN datasets in SQL/NoSQL databases are examined. The fixed data model of the relational approach may prove problematic when loading unpredictable document-based structures arising from extended periods of data collection. Although relational databases are far from obsolete the spatial analysis community seems likely to benefit from experimentation with new software explicitly designed for handling spatio-temporal Big Data.
机译:研究人员现在正在访问数百万个在线社交网络(OSN)交互。可通过应用程序编程接口(API)或包括DataSift和GNIP的数据保管人免费或低成本获得这些服务。以可扩展标记语言(XML)或JavaScript对象表示法(JSON)保存的记录结构合理,但格式通常不方便在流行的关系数据库管理系统(RDBMS)或地理信息系统(GIS)软件中使用。相反,新兴的NoSQL(非唯一结构化查询语言)技术是专门为“摄取”非结构化数据而设计的。检查了提取/转换/加载(ETL)过程,以存储和随后分析SQL / NoSQL数据库中的两个OSN数据集。当加载由于数据收集时间延长而导致的不可预测的基于文档的结构时,关系方法的固定数据模型可能会出现问题。尽管关系数据库还远远没有过时,但是空间分析界似乎可以从专门设计用于处理时空大数据的新软件的试验中受益。

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