4.7 Article

Social Media Driven Big Data Analysis for Disaster Situation Awareness: A Tutorial

期刊

IEEE TRANSACTIONS ON BIG DATA
卷 9, 期 1, 页码 1-21

出版社

IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC
DOI: 10.1109/TBDATA.2022.3158431

关键词

Spatial big data analytics; crowd big data; disaster management; situation awareness

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Situational awareness aims to understand important events and circumstances in the physical world through sensing, communication, and reasoning. Social media, especially Twitter, is increasingly being used to track evolving situations and provide resources during disasters. However, extracting useful information from the available data faces challenges such as filtering irrelevant data, integrating heterogeneous data from multiple sources, and working with partially geo-tagged social media data. This paper provides a comprehensive survey on data analytics for assessing situational awareness from social media big data.
Situational awareness tries to grasp the important events and circumstances in the physical world through sensing, communication, and reasoning. Tracking the evolution of changing situations is an essential part of this awareness and is crucial for providing appropriate resources and help during disasters. Social media, particularly Twitter, is playing an increasing role in this process in recent years. However, extracting intelligence from the available data involves several challenges, including (a) filtering out large amounts of irrelevant data, (b) fusion of heterogeneous data generated by the social media and other sources, and (c) working with partially geo-tagged social media data in order to deduce the needs of the affected people. Spatio-temporal analysis of the data plays a key role in understanding the situation, but is available only sparsely because only a small fraction of people post relevant text and of those very few enable location tracking. In this paper, we provide a comprehensive survey on data analytics to assess situational awareness from social media big data.

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