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Time Series Clustering

Time Series Clustering is an unsupervised data mining technique for organizing data points into groups based on their similarity. The objective is to maximize data similarity within clusters and minimize it across clusters. Time-series clustering is often used as a subroutine of other more complex algorithms and is employed as a standard tool in data science for anomaly detection, character recognition, pattern discovery, visualization of time series.

Source: Comprehensive Process Drift Detection with Visual Analytics

Papers

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Showing 26–50 of 113 papers

TitleStatusHype
Time Series Clustering with an EM algorithm for Mixtures of Linear Gaussian State Space ModelsCode0
k-means on Positive Definite Matrices, and an Application to Clustering in Radar Image SequencesCode0
Deep Markov Spatio-Temporal FactorizationCode0
Deep learning for clustering of multivariate clinical patient trajectories with missing valuesCode0
CSTS: A Benchmark for the Discovery of Correlation Structures in Time Series ClusteringCode0
Clustering Residential Electricity Consumption Data to Create Archetypes that Capture Household Behaviour in South AfricaCode0
Learning Representations for Time Series ClusteringCode0
Interpreting LSTM Prediction on Solar Flare Eruption with Time-series ClusteringCode0
Algorithms for Learning Graphs in Financial MarketsCode0
Applicability and interpretation of the deterministic weighted cepstral distanceCode0
Autoencoder-based time series clustering with energy applications—0
Coresets for Time Series Clustering—0
Analysis of Hydrological and Suspended Sediment Events from Mad River Watershed using Multivariate Time Series Clustering—0
Concrete Dense Network for Long-Sequence Time Series Clustering—0
Clustering Time Series Data with Gaussian Mixture Embeddings in a Graph Autoencoder Framework—0
A system identification approach to clustering vector autoregressive time series—0
Clustering Time-Series by a Novel Slope-Based Similarity Measure Considering Particle Swarm Optimization—0
Granger Causality Based Hierarchical Time Series Clustering for State Estimation—0
Clustering piecewise stationary processes—0
A self-organising eigenspace map for time series clustering—0
A causal learning approach to in-orbit inertial parameter estimation for multi-payload deployers—0
Fuzzy clustering of ordinal time series based on two novel distances with economic applications—0
Fuzzy clustering of circular time series based on a new dependence measure with applications to wind data—0
Hierarchical Clustering using Auto-encoded Compact Representation for Time-series Analysis—0
Clustering of Urban Traffic Patterns by K-Means and Dynamic Time Warping: Case Study—0
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Benchmark Results

#ModelMetricClaimedVerifiedStatus
1SOM-VAE-probNMI (physiology_6_hours)0.05—Unverified
2k-meansNMI (physiology_6_hours)0.04—Unverified
3SOM-VAENMI (physiology_6_hours)0.04—Unverified