March 19, 2024, 4:11 a.m. | Mengchu Li, Ye Tian, Yang Feng, Yi Yu

cs.CR updates on arXiv.org arxiv.org

arXiv:2403.11343v1 Announce Type: cross
Abstract: Federated learning is gaining increasing popularity, with data heterogeneity and privacy being two prominent challenges. In this paper, we address both issues within a federated transfer learning framework, aiming to enhance learning on a target data set by leveraging information from multiple heterogeneous source data sets while adhering to privacy constraints. We rigorously formulate the notion of \textit{federated differential privacy}, which offers privacy guarantees for each data set without assuming a trusted central server. Under …

address arxiv challenges cs.cr cs.lg data data sets differential privacy federated federated learning framework information math.st privacy source data stat.me stat.ml stat.th target transfer

Head of Security Operations

@ Canonical Ltd. | Home based - Americas, EMEA

Security Specialist

@ Lely | Maassluis, Netherlands

Senior Cyber Incident Response (Hybrid)

@ SmartDev | Cầu Giấy, Vietnam

Sr Security Engineer - Colombia

@ Nubank | Colombia, Bogota

Security Engineer, Investigations - i3

@ Meta | Menlo Park, CA | Washington, DC | Remote, US

Cyber Security Engineer

@ ASSYSTEM | Bridgwater, United Kingdom