Distributed ML with partitioned data and independently tuned learners improves robustness against transfer-based attacks over an ensemble baseline, but the abstract's emphasis on full heterogeneity is contradicted by the paper's regression results.
Private Federated Learning in Gboard
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abstract
This white paper describes recent advances in Gboard(Google Keyboard)'s use of federated learning, DP-Follow-the-Regularized-Leader (DP-FTRL) algorithm, and secure aggregation techniques to train machine learning (ML) models for suggestion, prediction and correction intelligence from many users' typing data. Gboard's investment in those privacy technologies allows users' typing data to be processed locally on device, to be aggregated as early as possible, and to have strong anonymization and differential privacy where possible. Technical strategies and practices have been established to allow ML models to be trained and deployed with meaningfully formal DP guarantees and high utility. The paper also looks ahead to how technologies such as trusted execution environments may be used to further improve the privacy and security of Gboard's ML models.
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cs.LG 1years
2024 1verdicts
CONDITIONAL 1representative citing papers
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On the Robustness of Distributed Machine Learning against Transfer Attacks
Distributed ML with partitioned data and independently tuned learners improves robustness against transfer-based attacks over an ensemble baseline, but the abstract's emphasis on full heterogeneity is contradicted by the paper's regression results.