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Privacy Budget Scheduling
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Example: Messaging App
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What Can Leak?
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Is Differential Privacy (DP) the Solution?
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DP at Individual Model Level
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Problem: Privacy Loss Accumulates
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Solution: DP at Workload Level
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Our Vision: Privacy as a Compute Resource
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PrivateKube
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Architecture
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Outline
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Problem: Privacy is not Replenishable
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Dominant Privacy Fairness (DPF)
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DPF Example
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DPF Properties
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Methodology Questions How does DPF compare to baseline schedulers? How does the DP semantic impact OPF?
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Conclusion
Description:
Explore privacy budget scheduling in machine learning through this OSDI '21 conference talk. Delve into the challenges of managing differential privacy (DP) in model training to prevent information leakage. Learn about PrivateKube, an extension to Kubernetes that treats privacy as a manageable resource alongside traditional compute resources. Discover the Dominant Private Block Fairness (DPF) algorithm, designed to handle the non-replenishable nature of privacy budgets. Examine the talk's evaluation of PrivateKube and DPF on microbenchmarks and an ML workload, demonstrating how DPF allows for training more models under the same global privacy guarantee. Gain insights into the complexities of balancing privacy concerns with machine learning model development in this informative presentation.

Privacy Budget Scheduling

USENIX
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