Dataset card: add the routed 8k sweep
Browse files
README.md
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| lr-batch-sweep-125M | 1,440 | 8 | 8.2 MB |
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| 3-seed-gradient-spike | 1,440 | 8 | 6.6 MB |
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| 8k-lr-sweep-60M | 1,440 | 8 | 2.4 MB |
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The two large ones carry layer detail because gradient spikes are visible in
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it, and studying them is the point. This is deliberate discretion, not a
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inside the embedded data stays visible at every zoom level. It cannot recover a
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sample that thinning already dropped.
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## Contents
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| report | runs | tier(s) | what varies | logs |
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| [batch-size-sweep-500M](batch-size-sweep-500M.html) | 12 | 500M | batch × LR × seed, 5 and 20 TPP | [`batch-sweep-500M`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/batch-sweep-500M) |
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| [3-seed-gradient-spike](3-seed-gradient-spike.html) | 12 | 250M | LR × seed | [`lr-transfer-250M`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/lr-transfer-250M) |
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| [8k-lr-sweep-60M](8k-lr-sweep-60M.html) | 15 | 60M | LR × seed at 8k context | [`lr-sweep-8k-60M`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/lr-sweep-8k-60M) |
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| [transfer-charts](transfer-charts.html) | — | — | derived figures, not a run dashboard | — |
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Each study also carries a `snapshot.json.gz` (loss curves only, 0.05–0.30 MB)
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done
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```
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## transfer-charts.html
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Not a run dashboard. Derived figures built from recorded results by
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| lr-batch-sweep-125M | 1,440 | 8 | 8.2 MB |
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| 3-seed-gradient-spike | 1,440 | 8 | 6.6 MB |
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| 8k-lr-sweep-60M | 1,440 | 8 | 2.4 MB |
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| moe-lr-sweep-8k | 1,440 | 8 | 7.2 MB |
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The two large ones carry layer detail because gradient spikes are visible in
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it, and studying them is the point. This is deliberate discretion, not a
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inside the embedded data stays visible at every zoom level. It cannot recover a
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sample that thinning already dropped.
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Charts are per-metric, and a metric no selected run recorded is not drawn at
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all — the panel is hidden rather than left as an empty frame. Routed runs
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record routing series a dense run never will, so most reports carry charts that
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do not apply to part of the selection, and a grid of empty frames would bury
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the ones that do.
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Which metrics get charted is a declared list in `rig/report.py`, separate from
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the metric registry, because how a quantity should be drawn is a judgement the
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registry cannot make. Everything so far is a line against the time axis; a
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distribution rather than a scalar — a routing histogram, say — wants bars
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against expert index and would arrive as a new chart kind rather than being
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bent into a timeline.
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## The study browser
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[`study-browser.html`](study-browser.html) carries no data at all — 53 KB. It
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lists the studies, renders each one's card from the dataset, and fetches only
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that study's overview (0.05–0.30 MB) when you pick one. The full logs are a
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second, separately labelled click that states the size before it starts:
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6.4 MB for the 8k sweep, 138 MB for the 500M one. Nothing downloads on load.
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Everything it fetches is an ordinary report payload, so the page never needs to
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understand the packed log format — the two only have to agree about JSON.
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## Contents
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| report | runs | tier(s) | what varies | logs |
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| [batch-size-sweep-500M](batch-size-sweep-500M.html) | 12 | 500M | batch × LR × seed, 5 and 20 TPP | [`batch-sweep-500M`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/batch-sweep-500M) |
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| [3-seed-gradient-spike](3-seed-gradient-spike.html) | 12 | 250M | LR × seed | [`lr-transfer-250M`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/lr-transfer-250M) |
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| [8k-lr-sweep-60M](8k-lr-sweep-60M.html) | 15 | 60M | LR × seed at 8k context | [`lr-sweep-8k-60M`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/lr-sweep-8k-60M) |
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| [moe-lr-sweep-8k](moe-lr-sweep-8k.html) | 18 | 60M/125M | LR × seed, top-2 of 8 experts | [`moe-lr-sweep-8k`](https://huggingface.co/datasets/quintic/rig-logs/tree/main/moe-lr-sweep-8k) |
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| [transfer-charts](transfer-charts.html) | — | — | derived figures, not a run dashboard | — |
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Each study also carries a `snapshot.json.gz` (loss curves only, 0.05–0.30 MB)
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done
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```
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## moe-lr-sweep-8k.html
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18 runs of [`reference_moe`](../../recipes/reference_moe/) — top-2 of 8
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experts at 8,192 context, forked from the dense 8k ladder. 60M at five learning
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rates × three seeds, plus 125M spot runs at three learning rates.
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The routed ladder peaks at `2^-8`, the same learning rate the dense one does,
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and beats it at every learning rate by 0.07–0.12 nats at equal *active*
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parameters and matched compute, for about 1.7x the memory. No expert in any of
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the 12 layers finished below 1% of assignments in any of the 18 runs.
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This report carries six routing series the dense reports do not have: balance
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loss, busiest and idlest expert share, routing entropy, mean top-1 gate, and
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router logit RMS. They are recorded model-wide and per layer, with per-expert
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load for all 8 experts in all 12 layers, at every step.
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```bash
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for lr in 0.015625 0.0078125 0.00390625 0.001953125 0.0009765625; do
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for seed in 1337 1338 1339; do
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rig run reference_moe --cluster v4-32 --profile dev --track open \
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--tier 60m --tokens-per-parameter 5 \
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--base-learning-rate "$lr" --seed "$seed" --checkpoint-policy none \
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--name "60m-moe-lr${lr}-s${seed}"
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done
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done
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```
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## transfer-charts.html
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Not a run dashboard. Derived figures built from recorded results by
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