Messages posted to social media in the aftermath of a natural disaster have value beyond detecting the event itself. Mining such deliberately dropped digital traces allows a precise situational awareness, to help provide a timely estimate of the disaster's consequences on the population and infrastructures. Yet, to date, the automatic assessment of damage has received little attention. Here, the authors explore feeding predictive models by tweets conveying on-the-ground social sensors' observations, to nowcast the perceived intensity of earthquakes.

Nowcasting of Earthquake Consequences Using Big Social Data

Cresci S;La Polla MN;Tesconi M
2017

Abstract

Messages posted to social media in the aftermath of a natural disaster have value beyond detecting the event itself. Mining such deliberately dropped digital traces allows a precise situational awareness, to help provide a timely estimate of the disaster's consequences on the population and infrastructures. Yet, to date, the automatic assessment of damage has received little attention. Here, the authors explore feeding predictive models by tweets conveying on-the-ground social sensors' observations, to nowcast the perceived intensity of earthquakes.
2017
Istituto di informatica e telematica - IIT
big data
big social data
crisis informatics
damage assessment
Internet/Web technologies
predictive analytics
social media mining
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/335205
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