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Showing 1 to 3 of 3 for “"deep active learning"”.

  1. TOWARDS AN EFFICIENT SEMANTIC SEGMENTATION PIPELINE FOR 3D ELECTRON MICROSCOPY DATA.

    In recent years, deep neural networks revolutionized many aspects of computer vision. However, their success relies on massive high-quality annotated datasets that are costly to curate. This thesis is composed of three major parts. In Chapter 3, we use novel high dimensional visualization methods …

    maryland Repository record for TOWARDS AN EFFICIENT SEMANTIC SEGMENTATION PIPELINE FOR 3D ELECTRON MICROSCOPY DATA. (opens in a new tab)

  2. Brain Tumor Classification Using Hit-or-Miss Capsule Layers

    … Additionally, this work proposes the use of deep active learning for picking the samples that can give the best model, PSP-HitNet, the most information when adding mini-batches of unlabeled data into the master, labeled training dataset. By using an uncertainty estimated querying strategy, …

    calpoly Repository record for Brain Tumor Classification Using Hit-or-Miss Capsule Layers (opens in a new tab)

  3. Towards Data Efficiency and Controllable Representations for Deep Learning in Resource-Constrained Domains

    … existing approaches to label efficiency, such as active learning, rely on problem-specific heuristics and often, as a design choice, employ naive uncertainty estimations—typically at the instance level. However, such methods can lead to redundant or suboptimal sample selection by ignoring …

    passau-thes Repository record for Towards Data Efficiency and Controllable Representations for Deep Learning in Resource-Constrained Domains (opens in a new tab)