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1
Introduction
2
Outline
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Fewshot Learning
4
Fewshot Challenges
5
Ensemble Models
6
Two Methods for Chest Xray Diagnosis
7
Ensemble Learning
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Bootstrap sampling
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Projecting bootstrap samples
10
Subspace sampling
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Winner subspace
12
Subspace dimension
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Clusterbased representation
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Hidden space representation
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Weighted voting
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Query input
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Process Pipeline
18
Auto Encoder Ensemble
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Class Levels
20
Metalearning Framework
21
Experiments
22
Combinations
23
Training Data
24
Results
25
F1 Scores
26
Utility of Design
27
Conclusion
28
Questions
29
Future Sector
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Classification Pipeline
31
Initial Training
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Loss Function
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Pseudo Levels
34
Retraining
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Performance
36
Result
Description:
Explore few-shot learning techniques for chest X-ray diagnosis in this Stanford University seminar presented by Dr. Angshuman Paul. Delve into two novel methods: a discriminative ensemble trained on clinical images and a model utilizing both scientific literature and unlabeled clinical chest X-rays. Compare these approaches to existing few-shot learning methods and understand their superior performance. Gain insights into the challenges of few-shot learning in radiology image analysis and learn about ensemble models, bootstrap sampling, subspace sampling, and meta-learning frameworks. Examine the experimental results, including F1 scores and utility of design, and consider future directions in this field. Engage with the speaker's expertise in machine learning, medical imaging, and computer vision during the interactive Q&A session following the presentation.

Few-Shot Chest X-Ray Diagnosis Using Clinical and Literature Images

Stanford University
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