A General Kernel Framework for Non-CND Distance Measures Using |D|-Dimensional Sparse Landmark Embeddings
The Sparse Landmark Embedding (SLE) kernel is proposed, and it is demonstrated, using geodesic and Wasserstein distances, that the SLE kernel matches or substantially exceeds domain-specific baselines in both predictive accuracy and uncertainty quantification.
Marcus M. Noack, Maher B. Alghalayini, Mark Risser
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