Publication | Closed Access
Spatio-temporal prediction of social connections
10
Citations
16
References
2017
Year
Unknown Venue
Spatio-temporal PredictionMobility PatternEngineeringNetwork AnalysisLocation-aware Social MediumCommunicationSocial NetworkLink PredictionComputational Social ScienceSocial MediaData ScienceData MiningStatisticsMobility DataSocial Network AnalysisMobile Social NetworkPredictive AnalyticsMobility ModelingKnowledge DiscoveryUser TrajectoriesComputer ScienceMobile ComputingGeosocial NetworkInverse ProblemNetwork ScienceSocial ComputingBusiness
It is long known that a user's mobility pattern can be affected by his social connections. Users tend to visit same locations visited by their friends. In this paper we investigate the inverse problem: How does a set of user trajectories reflect their social connections. To this end, we define the social connection prediction problem. Given two users, predict the probability that they are friends by mining their historical trajectories. A first approach to do so is to exam how often the two users visit the same location at the same time, which suffers from the problem that different locations/times may have different predictive power. We propose a comprehensive prediction model that is able to capture this difference between locations and time slots. To demonstrate its effectiveness, we trained the proposed model using the publicly available Foursquare dataset. The result shows the proposed model is able to predict existence of social connections between randomly selected users significantly more accurate comparing with the naive method.
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