Publication | Closed Access
Pervasive stress recognition for sustainable living
56
Citations
35
References
2014
Year
Unknown Venue
EngineeringMachine LearningEnvironmental StressBiometricsWearable TechnologyFeature ExtractionSocial SciencesBuilt EnvironmentData ScienceData MiningStressPattern RecognitionEnvironmental HealthAffective ComputingPublic HealthStatisticsStress ManagementPredictive AnalyticsKnowledge DiscoveryMobile ComputingMobile SensingHealth MonitoringSustainabilityPervasive Stress RecognitionMobile HealthDaily StressActivity RecognitionRandom Forest
In this paper we provide the evidence that daily stress can be reliably recognized based on human behavior metrics derived from the mobile phone activity (call log, sms log, bluetooth interactions). We introduce an original approach for feature extraction, selection, recognition model training and discuss the experimental results based on Random Forest and Gradient Boosted Machine algorithms. Random Forest based model showed low variance comparing to the GBM-based one, thus winning the bias-variance tradeoff and preventing over-fitting, given the noisy source data. Potential impact of the technology is reducing stress and enhancing subjective well-being for sustainable living.
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