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首页> 外文期刊>Selected Topics in Applied Earth Observations and Remote Sensing, IEEE Journal of >An SDI Approach for Big Data Analytics: The Case on Sensor Web Event Detection and Geoprocessing Workflow
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An SDI Approach for Big Data Analytics: The Case on Sensor Web Event Detection and Geoprocessing Workflow

机译:大数据分析的SDI方法:以传感器Web事件检测和地理处理工作流为例

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摘要

In the big data era, scientific and social data could complement each other for enhanced data analysis and scientific discovery. Such capabilities could be achieved by taking an infrastructure-based approach, compared to existing algorithm-based approaches. This paper investigates how scientific and social data could work together in a spatial data infrastructure (SDI) enabled by interoperable services. It takes a human-as-sensor perspective and treats the social data as a special kind of sensor data, which could be mined and used for event detection in the Sensor Web environment. Sensor Web, social data mining, and geoprocessing workflows are combined together for timely decision support from social and sensor data. The result is an SDI approach for big data analytics. A use case on haze-related data mining and analysis illustrates the applicability of the approach.
机译:在大数据时代,科学和社会数据可以相互补充,以增强数据分析和科学发现的能力。与现有的基于算法的方法相比,可以通过采用基于基础结构的方法来实现这种功能。本文研究了科学和社会数据如何在可互操作服务支持的空间数据基础架构(SDI)中协同工作。它以传感器为人的视角,将社交数据视为一种特殊的传感器数据,可以将其挖掘出来并用于Sensor Web环境中的事件检测。传感器Web,社交数据挖掘和地理处理工作流结合在一起,可以根据社交和传感器数据及时做出决策支持。结果就是用于大数据分析的SDI方法。与雾霾相关的数据挖掘和分析的用例说明了该方法的适用性。

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