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Exponential Family Mixture Model
The dataset used in this paper is a finite mixture model with a finite number of k components from a parametric statistical model P. -
Finite Mixture Model
The dataset used in this paper is a finite mixture model with a finite number of k components from a parametric statistical model P. -
iCmSC: Incomplete Cross-Modal Subspace Clustering
Incomplete Cross-Modal Subspace Clustering -
Generative Partial Multi-view Clustering With Adaptive Fusion and Cycle Consi...
Generative Partial Multi-view Clustering With Adaptive Fusion and Cycle Consistency -
CDIMC-net: Cognitive Deep Incomplete Multi-view Clustering Network
Cognitive Deep Incomplete Multi-view Clustering Network -
Partial Multi-View Clustering
Partial multi-view clustering -
Multi-View Clustering via Deep Matrix Factorization
Multi-view clustering via deep matrix factorization -
Incomplete Multi-view Clustering via Cross-view Relation Transfer
Incomplete multi-view clustering on incomplete views -
Bregman Power k-Means
Exponential family data -
Detonation Flowfield
The dataset used in this analysis comes from high-fidelity hydrogen-air detonation simulations in a 2-dimensional channel configuration. -
Entropy Payload
The dataset used in the paper is a series of data points with 21 numbers, and the similarity between data is measured by the difference between numbers. -
Exact slice sampler for Hierarchical Dirichlet Processes
Hierarchical Dirichlet Process (HDP) mixture model for modeling the hierarchy of groups of data. -
Synthetic Control Chart Time Series
The dataset used in the paper is a synthetic control chart time series dataset, which contains control charts synthetically generated by Alcock and Manolopoulos for the six... -
hdbscan_paper
The dataset used in this paper for hierarchical density based clustering. -
Clustering with Noisy Oracle
Clustering with noisy oracle: We initiate a rigorous theoretical study of clustering with noisy queries (or a faulty oracle). -
Radiology reports dataset
Radiology reports dataset is used to test the proposed Hierarchical Latent Word Clustering algorithm. -
NIPS dataset
NIPS dataset is used to test the proposed Hierarchical Latent Word Clustering algorithm. -
Hierarchical Latent Word Clustering
Hierarchical Latent Word Clustering dataset is used to test the proposed Hierarchical Latent Word Clustering algorithm. -
Deep Clustering via Joint Convolutional Autoencoder Embedding and Relative En...
Deep clustering via joint convolutional autoencoder embedding and relative entropy minimization. -
Deep Variational Clustering Framework for Self-labeling of Large-scale Medica...
The proposed framework is composed of two networks (see Fig 1). The encoder network q with parameters of φ computes qφ(z|x) : xi → zi. The encoder maps an input image xi ∈ X to...