Junghyun Lee
Junghyun Lee
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Seong Jin Cho
TESSAR: Geometry-Aware Active Regression via Dynamic Voronoi Tessellation
Active learning improves training efficiency by selectively querying the most informative samples for labeling. While it naturally fits …
Cho, Seong Jin
,
Kim, Gwangsu
,
Junghyun Lee
,
Yoon, Hee Suk
,
Tee, Joshua Tian Jin
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Querying Easily Flip-flopped Samples for Deep Active Learning
Proposes a new active learning approach by proposing a new uncertainty measure called the least disagree metric, as well as its efficient estimator, which is proven to be asymptotically consistent. This is then combined with seeding to become a new active learning algorith, LDM-S, which is shown to outperform existing approaches across various architectures and datasets.
Seong Jin Cho
,
Gwangsu Kim
,
Junghyun Lee
,
Jinwoo Shin
,
Chang D. Yoo
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