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Stochastic Gradient MCMC with Stale Gradients

NeurIPS 2016 · Optimization › Distributed and compressed · approach: Local and asynchronous SGD · 1 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use stale gradients computed asynchronously by multiple workers instead of current gradientsS²G-MCMC · SG-MCMC posterior estimationestimation varianceHelped
Increase the number of workers in the single-server architectureS²G-MCMC · Adult a9aestimation varianceHelped
Increase the number of workers in the single-server architectureS²G-MCMC · MNISTtest loss convergenceHelped
Increase the number of workers beyond 4S²G-MCMC · CIFAR-10final test lossHurt
Increase the number of serversS²G-MCMC · Bayesian logistic regression (a9a)test loss convergenceNo clear effect
Increase the number of serversS²G-MCMC · MNISTtest loss convergenceHelped
Increase the number of serversS²G-MCMC · CIFAR-10test loss convergenceHelped
Increase gradient staleness while setting iterations to L = L₀ × τDistributed SGLD · Synthetic Gaussian modelMSENo clear effect
Use multiple independent chainsS²G-MCMC · Posterior estimationbiasNo clear effect
Use multiple independent chainsS²G-MCMC · Posterior estimationMSEHelped

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