Publication | Closed Access
Multi-User Energy Consumption Monitoring and Anomaly Detection with Partial Context Information
39
Citations
15
References
2015
Year
Unknown Venue
Anomaly DetectionEngineeringEnergy MonitoringData ScienceData MiningSystems EngineeringInternet Of ThingsPower-aware SoftwareEnergy ConsumptionEnergy ProfilingOutlier DetectionComputer ScienceForecastingSignal ProcessingActual AnomaliesSmart GridEnergy ManagementEnergy TransitionNovelty DetectionResource MonitoringIndustrial InformaticsPartial Context Information
Anomaly detection is an important problem in building energy management in order to identify energy theft and inefficiencies. However, it is hard to differentiate actual anomalies from the genuine changes in energy consumption due to seasonal variations and changes in personal settings such as holidays. One of the important drawbacks of existing anomaly detection algorithms is that various unknown context variables, such as seasonal variations, can affect the energy consumption of users in ways that appear anomalous to existing time series based anomaly detection algorithms.
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