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Proceedings ArticleDOI

Emergency Management using Social Networks

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TLDR
An end-to-end framework is proposed that takes public posts from social networking sites and converts it into a structured format that makes the information actionable and applies influence maximization techniques to increase the reach and to warrant better public participation in the crisis in a timely manner.
Abstract
The popularity of social networks make them most efficient to integrate into the Emergency Management process. Posts on social networking sites can help people by ensuring timely detection of an emergency. Often during the situations of a natural disaster, there is an information chasm created between the affected and the unaffected area that further compounds the confusion and chaos. In this paper, we examine the various challenges that exist while attempting to integrate social networks and Emergency Management and trace the state-of-art techniques that exist in various domains that come together for this Emergency Management system. We propose an end-to-end framework that takes public posts from social networking sites and converts it into a structured format that makes the information actionable. A summarization technique may be applied to the acquired information post mining of social media feed to convert everything into a text message that can be released into various social platforms. To increase the reach of this post and to warrant better public participation in the crisis in a timely manner, we apply influence maximization techniques and monitor the diffusion process of this generated post through a diffusion modelling technique that we propose. We conduct experiments to analyze the performance of this model and of the influence maximization process and conclude with an analysis of the experiments and the observed results and list out improvements that we intend to incorporate in future versions of this work.

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Citations
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Journal ArticleDOI

An application of media and network multiplexity theory to the structure and perceptions of information environments in hurricane evacuation

TL;DR: Survey data collected from households in Jacksonville, Florida affected by 2016's Hurricane Matthew identifies perceived consistency of information as a key predictor of uncertainty regarding hurricane impact and evacuation logistics and provides practical implications regarding the need of information coordination for improved evacuation decision‐making.
References
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Proceedings ArticleDOI

Information cascades in social media in response to a crisis: a preliminary model and a case study

TL;DR: In this article, a model of the diffusion of actionable information can be used to study information cascades on Twitter that are in response to an actual crisis event, and its concomitant alerts and warning messages from emergency managers.
Proceedings Article

Using social media to enhance emergency situation awareness

TL;DR: The described system uses natural language processing and data mining techniques to extract situation awareness information from Twitter messages generated during various disasters and crises.
Journal ArticleDOI

Realtime analysis of information diffusion in social media

TL;DR: This thesis aims to investigate how information diffuses in real time on the underlying social network and the role of different users in the propagation process and compare the cost and quality of both approaches.
Journal ArticleDOI

Text Summarization Model based on Facility Location Problem

TL;DR: A novel multi-document generic summarization model based on the budgeted median problem, which is a facility location problem, is proposed, which can incorporate asymmetric relations between sentences such as textual entailment.
Journal ArticleDOI

Elimination based algorithm for link prediction on social networks

TL;DR: This paper presents a new algorithm for link prediction on social networks that tries to identify nodes that may get deleted by time t′ and use this information to predict new links that might appear in the future.
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