...s-mnist-linear-comparison-to-non-clustered-topologies.png

mlsys2022style/d-cliques.tex

mlsys2022style/exp.tex

...ures/convergence-cifar10-random-vs-d-cliques-2-shards.png

...igures/convergence-mnist-random-vs-d-cliques-2-shards.png

...nvergence-speed-cifar10-dc-fc-vs-fc-2-shards-per-node.png

...ce-speed-cifar10-dc-random-vs-dc-gs-2-shards-per-node.png

...speed-cifar10-w-c-avg-no-mom-vs-mom-2-shards-per-node.png

...peed-cifar10-wo-c-avg-no-mom-vs-mom-2-shards-per-node.png

...convergence-speed-mnist-dc-fc-vs-fc-2-shards-per-node.png

...ce-speed-mnist-dc-no-c-avg-vs-c-avg-2-shards-per-node.png

...ence-speed-mnist-dc-random-vs-dc-gs-2-shards-per-node.png

...cifar10-linear-comparison-to-non-clustered-topologies.png

...d-cliques-cifar10-w-clique-avg-impact-of-edge-removal.png

...-cliques-cifar10-wo-clique-avg-impact-of-edge-removal.png

...s-mnist-linear-comparison-to-non-clustered-topologies.png

...s/d-cliques-mnist-w-clique-avg-impact-of-edge-removal.png

.../d-cliques-mnist-wo-clique-avg-impact-of-edge-removal.png