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Research map / Federated learning and privacy / Communication-efficient FL

DRIVE: One-bit Distributed Mean Estimation

NeurIPS 2021 · Federated learning and privacy › Communication-efficient FL · approach: Decentralized peer-to-peer training · 9 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
use DRIVE (Hadamard) instead of Hadamard + 1-bit stochastic quantization1-bit distributed mean estimation · Lognormal(0,1) DME, d=33,554,432NMSE: 2.9332 -> 0.0571Helped
use DRIVE (Hadamard) instead of Kashin + 1-bit SQ1-bit distributed mean estimation · Lognormal(0,1) DME, d=524,288NMSE: 0.3178 -> 0.0571Helped
replace structured Hadamard rotation with uniform random rotation (ablation)DRIVE · Lognormal(0,1) DME, d=128NMSE: 0.0591 -> 0.0567Helped
use DRIVE+ (two-value K-Means reconstruction) instead of DRIVE (ablation)DRIVE (Uniform) · Lognormal(0,1) DME, d=128NMSE: 0.0567 -> 0.0547Helped
use DRIVE+ (Hadamard) instead of DRIVE (Hadamard) (ablation)DRIVE (Hadamard) · Lognormal(0,1) DME, d=128NMSE: 0.0591 -> 0.0591No clear effect

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