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ENTITY digital pathology

digital pathology

PulseAugur coverage of digital pathology — every cluster mentioning digital pathology across labs, papers, and developer communities, ranked by signal.

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RECENT · PAGE 1/1 · 6 TOTAL
  1. RESEARCH · CL_143394 ·

    New hypotheses proposed for causal inference in whole-slice image classification

    Researchers have proposed two hypotheses to evaluate causal inference methods in whole-slice image classification, particularly for digital pathology applications like breast cancer diagnosis. The first hypothesis sugge…

  2. RESEARCH · CL_139650 ·

    New research tackles medical image segmentation with low-res and few-shot methods

    Two new research papers explore advancements in semantic segmentation for medical imaging. The first paper investigates the efficiency of using low-magnification histopathological images with limited annotations for seg…

  3. RESEARCH · CL_111517 ·

    New ARReST strategy slashes WSI storage needs for AI retrieval

    Researchers have developed a new strategy called ARReST (Antithetical Redundancy Reduction Strategy) to address the storage and retrieval challenges in digital pathology. This method focuses on reducing redundancy by id…

  4. RESEARCH · CL_82199 ·

    Digital pathology study finds tile-level AI benchmarks predict slide-level performance

    A new study published on arXiv explores the efficiency of using tile-level performance as a proxy for slide-level outcomes in digital pathology. Researchers benchmarked 19 foundation models across 42 slide-level and 16 …

  5. RESEARCH · CL_76947 ·

    New LRMIL framework streamlines pathology image analysis

    Researchers have developed LRMIL, a novel framework for analyzing whole slide images in digital pathology. This method uses knowledge distillation to transfer information from high-resolution to low-resolution represent…

  6. RESEARCH · CL_72563 ·

    New framework offers symbolic explanations for AI in digital pathology

    Researchers have developed Symb-xMIL, a new framework for explaining multiple instance learning (MIL) models in digital pathology. Unlike existing heatmap methods, Symb-xMIL quantifies how a model's predictions align wi…