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1
Introduction
2
Outline
3
Federated Learning
4
Client Devices
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Federal Learning
6
Validation
7
Example
8
Characteristics of Federated Learning
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Questions
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Generalization
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Generalization Gaps
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Participation Gaps
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Does Participation Gap exist
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Different ways of making federated data sets
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Natural vs labelbased partitioning
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Semantic partitioning
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Intuition
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Results
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MNIST
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Generalization in MedAI
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Distribution of Medical Data
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Hospitals and Patients
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Conclusions
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Extending the 3way split
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Takeaways
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Next Part
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Recap
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Can we do better
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Use case
30
Factorization
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ClientSpecific Embedding
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Local Stateful Embedding
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Problems with Statefulness
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Generalization in Federated Learning
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Federal Reconstruction
36
Metal Learning
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Next Word Prediction
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Deployment
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Takeaway
40
Preliminary results
41
Multilevel assumptions
42
Resources
43
Audience Questions
Description:
Explore federated learning, generalization, and personalization in medical AI through this comprehensive lecture by Karan Singhal from Stanford University. Delve into two recent works on generalization in federated learning and federated reconstruction, examining their applications in medical settings. Learn about challenges in generalizing to unseen patients and hospitals, both in federated and centralized environments. Discover novel approaches to improve generalization across multiple local data distributions, and gain insights into representation learning techniques that can lead to wider adoption of beneficial AI in healthcare. Engage with concepts such as participation gaps, semantic partitioning, and client-specific embeddings, while understanding their implications for medical data analysis and AI deployment in clinical settings.

Generalization and Personalization in Federated Learning - Karan Singhal

Stanford University
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