2005 · 243 citations · 10 references
EngineeringStructural Pattern RecognitionPattern DiscoveryBiomedical Signal AnalysisData ScienceData MiningPattern RecognitionTime-series SequencesTemporal DataBiostatisticsTimefrequency AnalysisPublic HealthNonlinear Time SeriesManufacturing IndustryPeriodicity DetectionKnowledge DiscoveryStructural Health MonitoringTemporal Pattern RecognitionComputer ScienceFunctional Data AnalysisAccurate Periodicity DetectionStructure DiscoveryStructure Mining
This work motivates the need for more flexible structural similarity measures between time-series sequences, which are based on the extraction of important periodic features. Specifically, we present non-parametric methods for accurate periodicity detection and we introduce new periodic distance measures for time-series sequences. The goal of these tools and techniques are to assist in detecting, monitoring and visualizing structural periodic changes. It is our belief that these methods can be directly applicable in the manufacturing industry for preventive maintenance and in the medical sciences for accurate classification and anomaly detection.
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