Główne pojęcia
FL-GUARD introduces a dynamic framework for detecting and recovering from Negative Federated Learning in real-time, ensuring improved performance and adaptability in federated learning systems.
Streszczenie
The FL-GUARD framework addresses the challenges of Negative Federated Learning (NFL) by providing a holistic approach for run-time detection and recovery. It focuses on detecting NFL early in the learning process and activating recovery measures when necessary. The framework includes a cost-effective NFL detection mechanism and personalized model adaptation for individual clients. Extensive experiments confirm the effectiveness of FL-GUARD in detecting and recovering from NFL, showcasing compatibility with existing solutions and robustness against client limitations.
Abstract
- FL-GUARD framework for run-time detection and recovery in federated learning.
- Challenges of Negative Federated Learning (NFL) and the need for dynamic solutions.
- Cost-effective NFL detection mechanism and personalized model adaptation.
- Extensive experiments confirming the effectiveness and compatibility of FL-GUARD.
Introduction
- Federated learning as a distributed learning paradigm.
- Challenges of NFL and the limitations of existing solutions.
- Introduction of FL-GUARD for dynamic NFL detection and recovery.
- Importance of real-time adaptability in federated learning systems.
NFL Detection and Recovery
- Utilization of performance gain metric for NFL detection.
- Cost-effective detection scheme and personalized model adaptation.
- Results showing the effectiveness of NFL detection and recovery in improving learning performance.
Statystyki
NFL 상태를 보고하는 것은 NFL이 발생할 때 빠르게 수행됨을 확인합니다.
NFL 감지 및 회복 모드를 사용할 때 FL-GUARD의 성능이 약간 감소하지만 대부분의 이전 접근 방식보다 우수합니다.
Cytaty
"FL-GUARD introduces a dynamic framework for detecting and recovering from Negative Federated Learning in real-time."
"The framework includes a cost-effective NFL detection mechanism and personalized model adaptation for individual clients."