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1
Introduction
2
Rikiya Introduction
3
Computational Pathology
4
Batch Effect
5
Motivation
6
Domain adaptation
7
Single domain generalization
8
Like a
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Texture bias
10
Recap
11
Method
12
Classification
13
Results
14
Style Transfer
15
Comparison
16
stylization coefficient
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test data set
18
another paper
19
fastfree transformation
20
salience maps
21
identification
22
model performance
23
future work
24
texture vs shape bias
25
Yaxis
26
Questions
27
Discussion
Description:
Explore a cutting-edge approach to improving machine learning model generalization in medical imaging through a 52-minute conference talk by Rikiya Yamashita from Stanford University. Delve into STRAP (Style TRansfer Augmentation for histoPathology), a novel data augmentation technique that uses non-medical artistic paintings to create domain-agnostic visual representations in computational pathology. Learn how this method enhances model robustness to domain shifts and achieves state-of-the-art performance in pathology classification tasks. Gain insights into the challenges of applying machine learning to medical imaging and discover potential solutions for improving clinical applicability. Understand the speaker's unique perspective as a radiologist turned applied research scientist and how this dual expertise contributes to bridging the gap between machine learning and clinical medicine.

Style Transfer Augmentations for Computational Pathology - Rikiya Yamashita

Stanford University
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