Extraction of Reliable and Actionable Information from Social Media During Emergencies

Mohammadbagher Fotouhi, Haixun Wang, P. Arabshahi, Wei Cheng
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Abstract

Communities have been shown to coordinate among themselves using public forums such as Twitter and Facebook during disastrous events, and utilize even sparse telecommunication infrastructure to communicate. In this work we design a framework for text mining that will extract crisis situation and location information from tweets about individuals in need. Using these extracted data, we develop a community source map of the disaster. There have been previous efforts to develop real-time disaster maps, but these are limited to manual entry whereas we use AI to create such maps. While much of the prior work focuses on densely populated urban scenarios, we also consider sparsely populated rural contexts where social network updates may be infrequent. We have experimented our proposed solution on around 20 different disaster related tweet databases from different part of the world. The primary results show ~81 percent accuracy in crisis situation information extraction and ~92 percent accuracy in location extraction.
在紧急情况下从社交媒体中提取可靠和可操作的信息
事实证明,在灾难性事件发生时,社区可以利用Twitter和Facebook等公共论坛相互协调,甚至利用稀疏的电信基础设施进行通信。在这项工作中,我们设计了一个文本挖掘框架,该框架将从有关需要帮助的个人的推文中提取危机情况和位置信息。利用这些提取的数据,我们开发了一个灾难的社区源图。以前曾有开发实时灾难地图的努力,但这些仅限于人工输入,而我们使用人工智能来创建这样的地图。虽然之前的大部分工作都集中在人口密集的城市场景,但我们也考虑了人口稀少的农村环境,那里的社交网络更新可能不频繁。我们已经在来自世界不同地区的大约20个不同的灾难相关推文数据库上试验了我们提出的解决方案。初步结果表明,危机态势信息提取准确率约为81%,位置提取准确率约为92%。
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