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Differentially Private Linear Sketches: Efficient Implementations and Applications

NeurIPS 2022 · Federated learning and privacy › Differential privacy · approach: Privacy accounting and mechanisms · 11 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add zero-mean Gaussian noise at initializationCountSketch · Zipf and CAIDA frequency estimationaverage relative errorNo clear effect
Add zero-mean Gaussian noise at initializationCountSketch · Zipf and CAIDA top 10 identificationF1 scoreNo clear effect
Add positively offset Gaussian noise at initialization to preserve no-underestimationCount-Min · Zipf top 10 identificationF1 score: 1.0Helped
Increase space budgetPrivate Count-Min · Frequency estimationaverage relative errorHurt
Decrease privacy budgetPrivate Count-Min · Frequency estimationaverage relative errorHurt
Decrease privacy budgetPrivate DCS · Zipf and CAIDA quantile approximationaverage rank errorHurt
Increase the number of evenly spaced quantilesPrivate DCS · Zipf and CAIDA quantile approximationaverage rank errorNo clear effect
Use a larger data universePrivate DCS · CAIDA versus Zipf quantile approximationaverage rank errorHurt

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