Recent advancements in machine learning have led to improved performance but increased computational demands.
A new paper addresses the threat of Byzantine attacks in federated and distributed setups where compromised clients inject adversarial updates.
The paper proposes a method that combines trust scores and trial function methodology to filter outliers dynamically, overcoming critical limitations of previous approaches.
Extensive experiments on synthetic and real ECG data demonstrate the robustness of the proposed methods, which adapt to various scenarios and achieve convergence guarantees comparable to classical algorithms.