Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning | Paper Citation Record

Observation d2edd9fb-a1cd-420a-8b86-d4fe94c88d90 · outbound

This paper cites Embedding graph auto-encoder for graph clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Embedding graph auto-encoder for graph clustering,

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This paper cites Adversarially regularized graph autoencoder for graph embedding,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Adversarially regularized graph autoencoder for graph embedding,

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This paper cites Cluster-guided contrastive graph clustering network,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Cluster-guided contrastive graph clustering network,

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This paper cites CDC: A simple framework for complex data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning CDC: A simple framework for complex data clustering,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Semi-supervised classification with graph convolutional networks,

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This paper cites Attributed graph clustering: A deep attentional embedding approach,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Attributed graph clustering: A deep attentional embedding approach,

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This paper cites When heterophily meets heterogeneous graphs: Latent graphs guided unsupervised representation learning,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning When heterophily meets heterogeneous graphs: Latent graphs guided unsupervised representation learning,

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This paper cites Adaptive micro partition and hierarchical merging for accurate mixed data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Adaptive micro partition and hierarchical merging for accurate mixed data clustering,

Reference 8

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This paper cites Batagelj, H.-H.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Batagelj, H.-H

Reference 9

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This paper cites Graph-based dissimilarity measurement for cluster analysis of any-type-attributed data,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Graph-based dissimilarity measurement for cluster analysis of any-type-attributed data,

Reference 10

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This paper cites Het2Hom: Representation of heterogeneous attributes into homogeneous concept spaces for categorical-and-numerical-attribute data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Het2Hom: Representation of heterogeneous attributes into homogeneous concept spaces for categorical-and-numerical-attribute data clustering,

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This paper cites A unified entropy-based distance metric for ordinal-and-nominal-attribute data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning A unified entropy-based distance metric for ordinal-and-nominal-attribute data clustering,

Reference 12

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This paper cites Unsupervised heterogeneous coupling learning for categorical representation,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Unsupervised heterogeneous coupling learning for categorical representation,

Reference 13

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Observation 47f8ee05-799d-421f-9e85-e0ff3a5081c3 · outbound

This paper cites A survey of quaternion neural networks,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning A survey of quaternion neural networks,

Reference 14

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This paper cites Break the tie: Learning cluster-customized category relationships for categorical data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Break the tie: Learning cluster-customized category relationships for categorical data clustering,

Reference 15

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This paper cites An ordinal data clustering algorithm with automated distance learning,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning An ordinal data clustering algorithm with automated distance learning,

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This paper cites Learnable weighting of intra-attribute distances for categorical data clustering with nominal and ordinal attributes,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Learnable weighting of intra-attribute distances for categorical data clustering with nominal and ordinal attributes,

Reference 17

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This paper cites Learning order forest for qualitative-attribute data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Learning order forest for qualitative-attribute data clustering,

Reference 18

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This paper cites Categorical data clustering via value order estimated distance metric learning,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Categorical data clustering via value order estimated distance metric learning,

Reference 19

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This paper cites Robust cat- egorical data clustering guided by multi-granular competitive learning,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Robust cat- egorical data clustering guided by multi-granular competitive learning,

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This paper cites Learning unified distance metric for heterogeneous attribute data clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Learning unified distance metric for heterogeneous attribute data clustering,

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This paper cites Semi-supervised adaptive symmetric nonnegative matrix factoriza- tion for multi-view clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Semi-supervised adaptive symmetric nonnegative matrix factoriza- tion for multi-view clustering,

Reference 22

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This paper cites FMvPCI: A multiview fusion neural network for identifying protein complex via fuzzy clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning FMvPCI: A multiview fusion neural network for identifying protein complex via fuzzy clustering,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Unified representation learning for multi-view clustering by between/within view deep majorization,

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This paper cites Sparse graph tensor learning for multi-view spectral clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Sparse graph tensor learning for multi-view spectral clustering,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Deep fusion clustering network,

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This paper cites HyReaL: Clustering attributed graph via hyper-complex space representation learning,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning HyReaL: Clustering attributed graph via hyper-complex space representation learning,

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This paper cites CONVERT: Contrastive graph clustering with reliable augmentation,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning CONVERT: Contrastive graph clustering with reliable augmentation,

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This paper cites GLAC-GCN: Global and local topology-aware contrastive graph clustering network,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning GLAC-GCN: Global and local topology-aware contrastive graph clustering network,

Reference 29

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Self-contrastive graph diffusion network,

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This paper cites Revisiting modularity maximization for graph clustering: A contrastive learning perspective,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Revisiting modularity maximization for graph clustering: A contrastive learning perspective,

Reference 31

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Node clustering on attributed graph using anchor sampling strategy and debiasing strategy,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Unsupervised graph clustering with deep structural entropy,

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This paper cites Link-based attributed graph clustering via approximate generative bayesian learning,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Link-based attributed graph clustering via approximate generative bayesian learning,

Reference 34

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This paper cites Dual-view entropy-regularized nonnegative matrix factor- ization for attributed graph clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Dual-view entropy-regularized nonnegative matrix factor- ization for attributed graph clustering,

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This paper cites Relative entropy-based regularized non-negative matrix factorization for attributed graph clustering,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Relative entropy-based regularized non-negative matrix factorization for attributed graph clustering,

Reference 36

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Quaternions and matrices of quaternions,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Quaternion knowledge graph embeddings,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Graph neural networks exponentially lose expressive power for node classification,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Lightweight and efficient neural natural language processing with quaternion networks,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Structural deep clustering network,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Network representation learning with rich text information,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Collective classification in network data,

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This paper cites Geom-GCN: Geomet- ric graph convolutional networks,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Geom-GCN: Geomet- ric graph convolutional networks,

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This paper cites A Survey of Deep Graph Clustering: Taxonomy, Challenge, Application, and Open Resource.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning A Survey of Deep Graph Clustering: Taxonomy, Challenge, Application, and Open Resource

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This paper cites The uci machine learning repository.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning The uci machine learning repository

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This paper cites A Comprehensive Survey on Deep Clustering: Taxonomy, Challenges, and Future Directions.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning A Comprehensive Survey on Deep Clustering: Taxonomy, Challenges, and Future Directions

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This paper cites Silhouettes: A graphical aid to the interpretation and validation of cluster analysis,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Silhouettes: A graphical aid to the interpretation and validation of cluster analysis,

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This paper cites A cluster separation measure,.

Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning A cluster separation measure,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning A dendrite method for cluster analysis,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning QGRL: Quaternion graph representation learning for heterogeneous feature data clustering,

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Similarity of neural network representations revisited,

Reference 52

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Open Graph Benchmark: Datasets for machine learning on graphs,

Reference 53

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Bridge the Gaps: Heterogeneous Attributed Graph Clustering via Quaternion Representation Learning Visualizing data using t-SNE,

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