Dec 28, 2022 · ROME: A Graph Contrastive Multi-View Framework From Hyperbolic Angular Space for MOOCs Recommendation. Abstract: As Massive Open Online ...

Feb 10, 2024 · The first step is to use hyperbolic and Euclidean space representations as different views of graph and maximize the mutual information between ...

The first step is to use hyperbolic and Euclidean space representations as different views of graph and maximize the mutual information between them.

NASA/ADS · ROME: A Graph Contrastive Multi-View Framework From Hyperbolic Angular Space for MOOCs Recommendation.

ROME: A Graph Contrastive Multi-View Framework From Hyperbolic Angular Space for MOOCs Recommendation ; Self-Supervised Learning for Recommender Systems: A ...

(Note: you will need to create a separate account there.) ROME: A Graph Contrastive Multi-View Framework From Hyperbolic Angular Space for MOOCs Recommendation

[IEEE Access 2022] ROME: A Graph Contrastive Multi-view Framework from Hyperbolic Angular Space for MOOCs Recommendation [paper]; [arXiv 2022] Heterogeneous ...

May 31, 2024 · ... (Rome: a Graph Contrastive Multi-view Framework From Hyperbolic Angular Space for Moocs Recommendation). ... recommended using a graph model ...

ROME: A Graph Contrastive Multi-View Framework From Hyperbolic Angular Space for MOOCs Recommendation. IEEE Access 11: 9691-9700 (2023); 2022. [j1]. view.

from publication: ROME:A Graph Contrastive Multi-view Framework from Hyperbolic Angular Space for MOOCs Recommendation | As Massive Open Online Courses (MOOCs) ...