Differential Privacy Guarantee

Differential privacy guarantees aim to mathematically bound the risk of individual data leakage during data analysis or machine learning model training, enabling the release of aggregate results while protecting sensitive information. Current research focuses on improving the privacy-utility trade-off within various settings, including federated learning, synthetic data generation, and deep learning, often employing techniques like noise addition, gradient clipping, and privacy amplification through mechanisms such as shuffling and subsampling. These advancements are crucial for responsible data sharing and the development of privacy-preserving machine learning models across diverse applications, impacting fields ranging from healthcare to finance.

Papers