An Advanced Data Warehouse for Integrating Large Sets of GPS Data

O. Andersen, Benjamin B. Krogh, Christian Thomsen, K. Torp
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引用次数: 9

Abstract

GPS data recorded from driving vehicles is available from many sources and is a very good data foundation for answering traffic related queries. However, most approaches so far have not considered combining GPS data from many sources into a single data warehouse. Further, the integration of GPS data with fuel consumption data (from the so-called CAN bus in the vehicles) and weather data has not been done. In this paper, we propose a data warehouse design for handling GPS data, fuel consumption data, and weather data. The design is fully implemented in a running system using the PostgreSQL DBMS. The system has been in production since March 2011 and the main fact table contains today approximately 3.4 billion rows from 16 different data sources. We show that the system can be used for a number of novel traffic related analyses such as relating the fuel consumption of vehicles with the road network and road congestion.
一种集成大型GPS数据集的高级数据仓库
从驾驶车辆记录的GPS数据可以从许多来源获得,是回答交通相关查询的非常好的数据基础。然而,到目前为止,大多数方法都没有考虑将来自许多来源的GPS数据合并到一个数据仓库中。此外,GPS数据与燃油消耗数据(来自车辆中所谓的CAN总线)和天气数据的整合还没有完成。在本文中,我们提出了一个数据仓库设计,用于处理GPS数据、燃料消耗数据和天气数据。该设计是在一个使用PostgreSQL DBMS的运行系统中完全实现的。该系统自2011年3月开始投入生产,目前主事实表包含来自16个不同数据源的大约34亿行。我们表明,该系统可以用于许多新颖的交通相关分析,例如将车辆的燃料消耗与道路网络和道路拥堵联系起来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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