Syndromic surveillance of emerging diseases is crucial for timely planning and execution of epidemic response from both local and global authorities. Traditional sources of information employed by surveillance systems are not only slow but also impractical for developing countries. Internet and social media provide a free source of a large amount of data which can be utilized for Syndromic surveillance.
We propose developing a prototype system for gathering, storing, filtering and presenting data collected from Twitter (a popular social media platform). Since social media data is inherently noisy we describe ways to preprocess the gathered data and utilize SVM (Support Vector Machine) to identify tweets relating to influenza like symptoms. The filtered data is presented in a web application, which allows the user to explore the underlying data in both spatial and temporal dimensions.
Library of Congress Subject Headings
Communicable diseases--Data processing; Epidemiology--Data processing; Data mining; Social media
Department, Program, or Center
Thomas H. Gosnell School of Life Sciences (COS)
Aryal, Anup, "Developing a Prototype System for Syndromic Surveillance and Visualization Using Social Media Data." (2016). Thesis. Rochester Institute of Technology. Accessed from
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