Discover and Align Taxonomic Context Priors for Open-world Semi-Supervised Learning (Supplementary Materials)
–Neural Information Processing Systems
In this section, we provide another interpretation of TIDA, which can provide more insights into the nature of the learned structure priors. TIDA intrinsically: (a) builds hierarchical vMF distributions to cluster samples and discovery taxonomic context by optimizing Eq. VI; (b) applies the consistency constraint on the hierarchical vMF distributions to build communication and alignment across taxonomic context as Eq.
Neural Information Processing Systems
May-28-2025, 23:28:30 GMT