2012 · 133 citations · 12 references
EngineeringMachine LearningSocial Medium MonitoringLocation-aware Social MediumCommunicationText MiningNatural Language ProcessingComputational Social ScienceSocial MediaData ScienceData MiningTwitter User LocationsStatisticsSocial Network AnalysisSocial Medium MiningKnowledge DiscoveryTwitter UsersGeosocial NetworkSocial ComputingBusinessHome LocationsGaussian Mixture ModelSocial Medium DataSpatial Word Usage
We study the problem of predicting home locations of Twitter users using contents of their tweet messages. Using three probability models for locations, we compare both the Gaussian Mixture Model (GMM) and the Maximum Likelihood Estimation (MLE). In addition, we propose two novel unsupervised methods based on the notions of Non-Localness and Geometric-Localness to prune noisy data from tweet messages. In the experiments, our unsupervised approach improves the baselines significantly and shows comparable results with the supervised state-of-the-art method. For 5,113 Twitter users in the test set, on average, our approach with only 250 selected local words or less is able to predict their home locations (within 100 miles) with the accuracy of 0.499, or has 509.3 miles of average error distance at best.
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Zhiyuan Cheng, James Caverlee, Kyumin Lee · 2010 · 1.1K citations
Engineering, Social Medium Monitoring, Location-aware Social Medium +18
Tweets from Justin Bieber's heart
Brent Hecht, Lichan Hong, Bongwon Suh et al. · 2011 · 471 citations
Engineering, Social Medium Monitoring, Location-aware Social Medium +18
Placing flickr photos on a map
Pavel Serdyukov, Vanessa Murdock, Roelof van Zwol · 2009 · 277 citations
Photographic Study, Engineering, Geographic Information Retrieval +16
"I'm eating a sandwich in Glasgow"
Sheila Kinsella, Vanessa Murdock, Neil O’Hare · 2011 · 233 citations · Full text
Computational Social Science, Hyper-local Level, Social Media +13