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Browse files- zimg-fdloss/RECIPE.md +15 -3
zimg-fdloss/RECIPE.md
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@@ -51,13 +51,24 @@ holdout = sorted-enumeration idx % 12 == 0.
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| b16 recipe (old champion) | 4 | 0.899 | 0.842 | 1.612 | 1.519 |
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| + batch 64 | 4 | 0.910 | 0.853 | 1.621 | 1.447 |
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| **+ 250-step finishing (CHAMPION)** | **4** | **0.910** | **0.858** | β | β |
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| 1-NFE
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McNemar: champion vs b16 recipe +2.91 @8 / +2.42 @1 (4 seeds, pre-registered
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promotion rule); b16 recipe vs turbo z=+7.0/+8.2 (Holm-robust).
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no discriminator, no fake-score network, no CFG
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~4.5 h on one 8ΓH200 node (b16) / ~1.5 h wall on 4 nodes (b64 + finishing).
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## The three laws (measured)
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1. **Division of labor**: mid-training must not spend mode coverage
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## Checkpoints in this folder
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- `champion-I1combo/` β **the promoted champion** (b64 FD + 250s finishing)
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- `champion-D1c-clean/` β the b16 recipe (FD ckpt + iMF init)
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- `champion-D1c-b64/` β batch-64 stage (the promoted champion's base)
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- `T1-1nfe-record/` β best pure-1-NFE model (0.879@1)
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| b16 recipe (old champion) | 4 | 0.899 | 0.842 | 1.612 | 1.519 |
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| + batch 64 | 4 | 0.910 | 0.853 | 1.621 | 1.447 |
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| **+ 250-step finishing (CHAMPION)** | **4** | **0.910** | **0.858** | β | β |
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| **1-NFE frontier: b16 + dose-controlled TFDH-adv** | **4** | **0.908** | **0.892** | β | β |
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| (superseded) 1-NFE specialist, TFC full-run b16 | 2 | 0.843 | 0.879 | 1.909 | 1.596 |
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McNemar: champion vs b16 recipe +2.91 @8 / +2.42 @1 (4 seeds, pre-registered
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promotion rule); b16 recipe vs turbo z=+7.0/+8.2 (Holm-robust). The champion
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path uses no teacher, no discriminator, no fake-score network, no CFG;
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~4.5 h on one 8ΓH200 node (b16) / ~1.5 h wall on 4 nodes (b64 + finishing).
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**1-NFE frontier variant (2026-08-05)**: champion-protocol FD + a hinge
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discriminator on frozen iMF-teacher SigLIP2 tokens, dose-held at
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gnorm-ratio 0.2 by a median-of-3 closed-loop controller (+ approximated-R1
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and head-EMA stabilizers; equilibrium weight drifts 25Γ over 2000 steps β
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no static weight works). 4-seed: @1 z=+6.42 over b16 / +3.99 over the
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champion at @8 parity (z=β0.08); strictly dominates the old TFC 1-NFE
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specialist (z=+6.00 @8 / +1.51 @1). Did not displace the champion under
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the pre-registered both-endpoint rule (@8 tie β gain). Pick it when
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1-step latency is the deployment target.
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## The three laws (measured)
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1. **Division of labor**: mid-training must not spend mode coverage
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## Checkpoints in this folder
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- `champion-I1combo/` β **the promoted champion** (b64 FD + 250s finishing)
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- `frontier-TFDHA2-1nfe/` β **1-NFE frontier** (b16 + dose-controlled TFDH-adv)
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- `champion-D1c-clean/` β the b16 recipe (FD ckpt + iMF init)
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- `champion-D1c-b64/` β batch-64 stage (the promoted champion's base)
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- `T1-1nfe-record/` β best pure-1-NFE model (0.879@1)
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