Proposed Solution: Data Aggregation with Transfer Learning
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Instance-based Transfer Learning
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Mathematical Justification
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Bluecore's Challenge: Binary classification while preserving privacy
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Proposed Solution: Aggregate at the Model level
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What does it mean to preserve privacy?
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First attempt at preserving privacy
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Revisiting the Compensation Example
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Quantifying Privacy with Differential Privacy
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Differential Privacy in Machine Learning
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Using Differential Privacy in Practice
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Recall the Proposed Solution for Bluecore
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Differentially Private Logistic Regression
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Effect of Epsilon on Performance
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Summary
Description:
Explore data efficiency through transfer learning in this 50-minute conference talk by Eddie Du from Open Data Science. Learn how to apply cutting-edge academic research in transfer learning to real-world business problems, including the cold-start issue. Discover a hybrid instance-based transfer learning approach that outperforms baselines and uses probabilistic weighting to fuse information from source to target domains. Examine a framework for building differentially private aggregation approaches to transfer knowledge from existing models to new companies with limited data. Understand how these methods can increase customer trust and advance revenue. Delve into topics such as data aggregation, binary classification while preserving privacy, differential privacy in machine learning, and the effects of epsilon on performance.
Data Efficiency Through Transfer Learning - Eddie Du