Mandeep Sidhu commited on
Commit
565b0c6
·
1 Parent(s): f26e954

Add L12 sampled pressure ablation

Browse files
docs/experiment_summary_report.md CHANGED
@@ -1,12 +1,10 @@
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  # Experiment Summary Report
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- Date: 2026-05-27
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- This report summarizes completed experiments only. The active run
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- `runs/formula_l10_interpolation/locked_stream/20260527-153920` is excluded
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- because it has no completed `summary.json` or `RESULT_SUMMARY.md` yet.
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-
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- No new experiments were run for this report.
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11
  ## Executive Summary
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@@ -33,8 +31,8 @@ The strongest completed evidence is:
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  finished at `4.6094 +/- 0.0056`, better than static `0.08` at
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  `4.6257 +/- 0.0007`, but its mean trajectory was not best.
35
 
36
- The pattern is consistent but still needs the active L10 interpolation run to
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- test whether the effect varies smoothly with model size.
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39
  ## Completed Run Inventory
40
 
@@ -50,7 +48,11 @@ test whether the effect varies smoothly with model size.
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  | `l12_followup_085421` | complete | L12 seeds 2 and 3 follow-up for common conditions |
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  | `l8_boundary_104407` | complete | L8 3-seed boundary test |
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  | `l16_exact_formula_123806` | complete | L16 exact formula-vs-static confirmation |
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- | `l10_interpolation_153920` | active, excluded | L10 interpolation run |
 
 
 
 
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55
  Full artifact paths are preserved in the run directories; this table uses short
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  IDs to keep the PDF readable.
@@ -129,9 +131,9 @@ The actual tested formula anchors were:
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  | L12 | 17.37M | `0.30 -> 0.26 -> 0.18 -> 0.09 -> 0.02` |
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  | L16 | 31.46M | `0.34 -> 0.29 -> 0.22 -> 0.13 -> 0.03` |
131
 
132
- The active L10 interpolation run is the most direct check of this formula. If it
133
- lands between L8 and L12/L16, the capacity-pressure explanation becomes more
134
- credible. If not, the formula may be overfit to the completed anchor models.
135
 
136
  ## L16 Schedule Development
137
 
@@ -241,10 +243,59 @@ Not supported:
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  - High-initial dropout decay explains the original streaming improvement.
242
  - The 8.39M legacy setup has a robust nonzero static optimum above zero.
243
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
244
  Open:
245
 
246
- - Whether the improvement varies smoothly with model size between L8, L12, and
247
- L16. The active L10 interpolation run is designed to probe this.
248
  - Whether final-loss wins are accompanied by consistently better integrated
249
  trajectory loss. L8 shows a final-loss win without the best trajectory mean.
250
  - Whether the `0.02` floor is necessary. L12 seed 1 showed raw-to-zero and
@@ -258,7 +309,6 @@ The best framing right now is not "dropout decay works." It is:
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  > with stream size. The schedule must be anchored to measured static optima; high
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  > arbitrary initial dropout fails.
260
 
261
- The active L10 result should be used as the next decision point. If L10 lands
262
- between L8 and L12/L16, the model-size interpolation story becomes much more
263
- credible. If it does not, the formula may be exploiting per-model noise or a
264
- small number of hand-selected anchors.
 
1
  # Experiment Summary Report
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3
+ Date: 2026-05-28
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5
+ This report summarizes completed experiments only. It includes the model-size
6
+ interpolation, update-pressure, and sampled-pressure ablation runs completed
7
+ after the first report draft.
 
 
8
 
9
  ## Executive Summary
10
 
 
31
  finished at `4.6094 +/- 0.0056`, better than static `0.08` at
32
  `4.6257 +/- 0.0007`, but its mean trajectory was not best.
33
 
34
+ The pattern is consistent across L8/L10/L12/L14/L16 and now supports a smooth
35
+ model-size interpretation, with L8 remaining the weakest boundary case.
36
 
37
  ## Completed Run Inventory
38
 
 
48
  | `l12_followup_085421` | complete | L12 seeds 2 and 3 follow-up for common conditions |
49
  | `l8_boundary_104407` | complete | L8 3-seed boundary test |
50
  | `l16_exact_formula_123806` | complete | L16 exact formula-vs-static confirmation |
51
+ | `l10_interpolation_153920` | complete | L10 interpolation run |
52
+ | `l14_interpolation_182113` | complete | L14 interpolation run |
53
+ | `l12_stage_steps_500_231804` | complete | L12 low-update pressure validation |
54
+ | `l12_stage_steps_2000_004033` | complete | L12 high-update pressure validation |
55
+ | `l12_sample_pressure_ablation_053842` | complete | L12 sampled-pressure coefficient ablation |
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57
  Full artifact paths are preserved in the run directories; this table uses short
58
  IDs to keep the PDF readable.
 
131
  | L12 | 17.37M | `0.30 -> 0.26 -> 0.18 -> 0.09 -> 0.02` |
132
  | L16 | 31.46M | `0.34 -> 0.29 -> 0.22 -> 0.13 -> 0.03` |
133
 
134
+ The completed L10 and L14 interpolation runs are direct checks of this formula.
135
+ Both landed between the prior anchor models, making the capacity-pressure
136
+ explanation more credible than a small number of hand-selected anchors.
137
 
138
  ## L16 Schedule Development
139
 
 
243
  - High-initial dropout decay explains the original streaming improvement.
244
  - The 8.39M legacy setup has a robust nonzero static optimum above zero.
245
 
246
+ ## Formula Validation Addendum
247
+
248
+ Additional runs completed after the first report strengthen the empirical
249
+ formula. L10 and L14 interpolation runs landed between the L8/L12/L16 results,
250
+ and L12 update-pressure runs showed that the sampled-token term is directionally
251
+ important.
252
+
253
+ ### Model-Size Interpolation
254
+
255
+ | Model | Params | Formula path | Formula final val | Best static final val | Paired delta vs best static |
256
+ |---|---:|---|---:|---:|---:|
257
+ | L8 | 8.39M | `0.252 -> 0.206 -> 0.129 -> 0.038 -> 0.020` | `4.6094 +/- 0.0056` | `4.6242` | `-0.0102, -0.0160, -0.0182` |
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+ | L10 | 12.31M | `0.278 -> 0.232 -> 0.154 -> 0.064 -> 0.020` | `4.5306 +/- 0.0094` | `4.5580` | `-0.0288, -0.0188, -0.0345` |
259
+ | L12 | 17.37M | `0.300 -> 0.260 -> 0.180 -> 0.090 -> 0.020` | `4.4812 +/- 0.0062` | `4.5183` | `-0.0364, -0.0308, -0.0439` |
260
+ | L14 | 23.70M | `0.322 -> 0.276 -> 0.198 -> 0.108 -> 0.020` | `4.4384 +/- 0.0087` | `4.4736` | `-0.0294, -0.0269, -0.0429` |
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+ | L16 | 31.46M | `0.341 -> 0.294 -> 0.217 -> 0.127 -> 0.030` | `4.4059 +/- 0.0046` | `4.4459` | `-0.0411, -0.0512, -0.0279` |
262
+
263
+ ### L12 Update-Pressure Sweep
264
+
265
+ The formula includes `log10(cumulative_sampled_tokens / unique_tokens)`.
266
+ Changing `stage_steps` changes this ratio while keeping the model and stream
267
+ prefixes fixed.
268
+
269
+ | Stage steps | Formula path | Mean trajectory val | Formula final val | Best static final val | Paired delta vs best static |
270
+ |---:|---|---:|---:|---:|---:|
271
+ | 500 | `0.226 -> 0.180 -> 0.102 -> 0.020 -> 0.020` | `5.1581` | `4.7138 +/- 0.0080` | `4.7321` | `-0.0152, -0.0147, -0.0249` |
272
+ | 1000 | `0.300 -> 0.260 -> 0.180 -> 0.090 -> 0.020` | `4.9226` | `4.4812 +/- 0.0062` | `4.5183` | `-0.0364, -0.0308, -0.0439` |
273
+ | 2000 | `0.376 -> 0.330 -> 0.252 -> 0.162 -> 0.065` | `4.7841` | `4.3089 +/- 0.0116` | `4.3513` | `-0.0453, -0.0321, -0.0489` |
274
+
275
+ The low-update regime still wins final loss, but not mean trajectory. The
276
+ high-update regime wins both final and trajectory, matching the claim that
277
+ repeated sampling from the same prefix increases the needed dropout.
278
+
279
+ ### Sampled-Pressure Coefficient Ablation
280
+
281
+ These L12 runs keep the model, stream caps, and training budget fixed while
282
+ scaling only the sampled-pressure coefficient.
283
+
284
+ | Condition | Pressure coefficient | Path | Mean trajectory val | Final val | Final std | Final gap | N |
285
+ |---|---:|---|---:|---:|---:|---:|---:|
286
+ | `no_sample_pressure_l12` | 0x | `0.074 -> 0.027 -> 0.020 -> 0.020 -> 0.020` | `5.0282` | `4.5468` | `0.0011` | `0.3482` | 3 |
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+ | `half_sample_pressure_l12` | 0.5x | `0.187 -> 0.141 -> 0.079 -> 0.020 -> 0.020` | `4.9260` | `4.5055` | `0.0046` | `0.3272` | 3 |
288
+ | `pressure_formula_floor02` | 1.0x | `0.300 -> 0.260 -> 0.180 -> 0.090 -> 0.020` | `4.9226` | `4.4812` | `0.0062` | `0.2825` | 3 |
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+ | `high_sample_pressure_l12` | 1.5x | `0.415 -> 0.368 -> 0.275 -> 0.163 -> 0.041` | `4.9739` | `4.4959` | `0.0025` | `0.2418` | 3 |
290
+
291
+ The 1.0x fitted coefficient is best on final validation loss. The 1.5x variant
292
+ has the smallest final gap but worse validation, so the objective is not simply
293
+ to minimize the train-validation gap. The coefficient appears to be near the
294
+ useful range for L12 under the current stream protocol.
295
+
296
  Open:
297
 
298
+ - Whether the same sampled-pressure coefficient ablation holds on L8 and L16.
 
299
  - Whether final-loss wins are accompanied by consistently better integrated
300
  trajectory loss. L8 shows a final-loss win without the best trajectory mean.
301
  - Whether the `0.02` floor is necessary. L12 seed 1 showed raw-to-zero and
 
309
  > with stream size. The schedule must be anchored to measured static optima; high
310
  > arbitrary initial dropout fails.
311
 
312
+ The next decision point should test whether the same formula transfers outside
313
+ the current corpus/protocol and whether the sampled-pressure coefficient
314
+ ablation reproduces on L8 and L16.
 
runs/formula_l12_sample_pressure_ablation/locked_stream/20260528-053842/RESULT_SUMMARY.md ADDED
@@ -0,0 +1,56 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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+ # Locked Streaming Dropout Summary
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+
3
+ Run directory: `runs/formula_l12_sample_pressure_ablation/locked_stream/20260528-053842`
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+
5
+ Model: `L12_H8_D320` causal Transformer, 17,367,040 parameters, 12 layers, 8 heads, 320 embedding dim.
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+ Training per stage: 1,000 steps. Sampled tokens are cumulative in each stage row. Seeds present: 1, 2, 3.
7
+
8
+ ## Condition Ranking
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+
10
+ | Condition | Kind | Final dropout | Mean trajectory val loss | Final val loss | Final gap | Dropout path |
11
+ |---|---|---:|---:|---:|---:|---|
12
+ | `half_sample_pressure_l12` | anchor_decay | 0.02 | 4.9260 | 4.5055 | 0.3272 | 0.19 -> 0.14 -> 0.08 -> 0.02 -> 0.02 |
13
+ | `high_sample_pressure_l12` | anchor_decay | 0.04 | 4.9739 | 4.4959 | 0.2418 | 0.41 -> 0.37 -> 0.28 -> 0.16 -> 0.04 |
14
+ | `no_sample_pressure_l12` | anchor_decay | 0.02 | 5.0282 | 4.5468 | 0.3482 | 0.07 -> 0.03 -> 0.02 -> 0.02 -> 0.02 |
15
+
16
+ ## Stage Trajectory
17
+
18
+ ### Stage 0: 250,000 Prefix Tokens
19
+
20
+ | Condition | Dropout | Mean val loss | Mean train loss | Mean gap | N |
21
+ |---|---:|---:|---:|---:|---:|
22
+ | `half_sample_pressure_l12` | 0.19 | 5.4776 | 4.4933 | 0.9842 | 3 |
23
+ | `no_sample_pressure_l12` | 0.07 | 5.5299 | 4.2264 | 1.3035 | 3 |
24
+ | `high_sample_pressure_l12` | 0.41 | 5.6181 | 4.9182 | 0.6999 | 3 |
25
+
26
+ ### Stage 1: 500,000 Prefix Tokens
27
+
28
+ | Condition | Dropout | Mean val loss | Mean train loss | Mean gap | N |
29
+ |---|---:|---:|---:|---:|---:|
30
+ | `half_sample_pressure_l12` | 0.14 | 5.1221 | 4.1207 | 1.0014 | 3 |
31
+ | `high_sample_pressure_l12` | 0.37 | 5.1838 | 4.5413 | 0.6425 | 3 |
32
+ | `no_sample_pressure_l12` | 0.03 | 5.3265 | 3.7633 | 1.5632 | 3 |
33
+
34
+ ### Stage 2: 1,000,000 Prefix Tokens
35
+
36
+ | Condition | Dropout | Mean val loss | Mean train loss | Mean gap | N |
37
+ |---|---:|---:|---:|---:|---:|
38
+ | `half_sample_pressure_l12` | 0.08 | 4.8600 | 4.0818 | 0.7783 | 3 |
39
+ | `high_sample_pressure_l12` | 0.28 | 4.8996 | 4.4004 | 0.4992 | 3 |
40
+ | `no_sample_pressure_l12` | 0.02 | 5.0044 | 3.9008 | 1.1037 | 3 |
41
+
42
+ ### Stage 3: 2,000,000 Prefix Tokens
43
+
44
+ | Condition | Dropout | Mean val loss | Mean train loss | Mean gap | N |
45
+ |---|---:|---:|---:|---:|---:|
46
+ | `half_sample_pressure_l12` | 0.02 | 4.6647 | 4.1221 | 0.5426 | 3 |
47
+ | `high_sample_pressure_l12` | 0.16 | 4.6723 | 4.3334 | 0.3390 | 3 |
48
+ | `no_sample_pressure_l12` | 0.02 | 4.7335 | 4.0840 | 0.6495 | 3 |
49
+
50
+ ### Stage 4: 4,000,000 Prefix Tokens
51
+
52
+ | Condition | Dropout | Mean val loss | Mean train loss | Mean gap | N |
53
+ |---|---:|---:|---:|---:|---:|
54
+ | `high_sample_pressure_l12` | 0.04 | 4.4959 | 4.2541 | 0.2418 | 3 |
55
+ | `half_sample_pressure_l12` | 0.02 | 4.5055 | 4.1782 | 0.3272 | 3 |
56
+ | `no_sample_pressure_l12` | 0.02 | 4.5468 | 4.1986 | 0.3482 | 3 |
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+ {"condition": "half_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.079, "dropout_final": 0.02, "dropout_initial": 0.187, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 89.38473176956177, "eval_loss": 4.860383331775665, "generalization_gap": 0.794602245092392, "model_config": {"block_size": 128, "dropout": 0.187, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 2, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_eval_loss": 4.065781086683273, "train_loss_last": 4.254539489746094, "val_eval_loss": 4.860383331775665}
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+ {"condition": "half_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.02, "dropout_final": 0.02, "dropout_initial": 0.187, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 96.84964084625244, "eval_loss": 4.5001466274261475, "generalization_gap": 0.32612571120262146, "model_config": {"block_size": 128, "dropout": 0.187, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 4, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_eval_loss": 4.174020916223526, "train_loss_last": 4.238502502441406, "val_eval_loss": 4.5001466274261475}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.415, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 97.09276008605957, "eval_loss": 5.625491619110107, "generalization_gap": 0.6792069971561432, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 1, "stage": 0, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_eval_loss": 4.946284621953964, "train_loss_last": 5.010383129119873, "val_eval_loss": 5.625491619110107}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.368, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.20200800895691, "eval_loss": 5.2015610486269, "generalization_gap": 0.6658378839492798, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 1, "stage": 1, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_eval_loss": 4.53572316467762, "train_loss_last": 4.839486122131348, "val_eval_loss": 5.2015610486269}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.275, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.62430381774902, "eval_loss": 4.8964985981583595, "generalization_gap": 0.5092504248023033, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 1, "stage": 2, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_eval_loss": 4.387248173356056, "train_loss_last": 4.6044464111328125, "val_eval_loss": 4.8964985981583595}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.163, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 99.15935587882996, "eval_loss": 4.68208322674036, "generalization_gap": 0.3359387591481209, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 1, "stage": 3, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_eval_loss": 4.346144467592239, "train_loss_last": 4.363907337188721, "val_eval_loss": 4.68208322674036}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.041, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.86329984664917, "eval_loss": 4.497698821127415, "generalization_gap": 0.2438541278243065, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 1, "stage": 4, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_eval_loss": 4.253844693303108, "train_loss_last": 4.3459343910217285, "val_eval_loss": 4.497698821127415}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.415, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 99.03171682357788, "eval_loss": 5.6271611005067825, "generalization_gap": 0.7019565254449844, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 2, "stage": 0, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_eval_loss": 4.925204575061798, "train_loss_last": 5.111268997192383, "val_eval_loss": 5.6271611005067825}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.368, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.64983797073364, "eval_loss": 5.153126522898674, "generalization_gap": 0.636242464184761, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 2, "stage": 1, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_eval_loss": 4.516884058713913, "train_loss_last": 4.594588756561279, "val_eval_loss": 5.153126522898674}
38
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.275, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.76931095123291, "eval_loss": 4.903263486921787, "generalization_gap": 0.481093131005764, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 2, "stage": 2, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_eval_loss": 4.422170355916023, "train_loss_last": 4.459939956665039, "val_eval_loss": 4.903263486921787}
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+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.163, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.61855697631836, "eval_loss": 4.6622872948646545, "generalization_gap": 0.3234003335237503, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 2, "stage": 3, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_eval_loss": 4.338886961340904, "train_loss_last": 4.262211322784424, "val_eval_loss": 4.6622872948646545}
40
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.041, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.36984968185425, "eval_loss": 4.4968860894441605, "generalization_gap": 0.23646819591522217, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 2, "stage": 4, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_eval_loss": 4.260417893528938, "train_loss_last": 4.202493667602539, "val_eval_loss": 4.4968860894441605}
41
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.415, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 98.81767106056213, "eval_loss": 5.601569518446922, "generalization_gap": 0.7185685783624649, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 0, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_eval_loss": 4.883000940084457, "train_loss_last": 5.0489606857299805, "val_eval_loss": 5.601569518446922}
42
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.368, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 90.1187698841095, "eval_loss": 5.196595400571823, "generalization_gap": 0.625303328037262, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 1, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_eval_loss": 4.571292072534561, "train_loss_last": 4.7599873542785645, "val_eval_loss": 5.196595400571823}
43
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.275, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 86.78390669822693, "eval_loss": 4.898942299187183, "generalization_gap": 0.5071352049708366, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 2, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_eval_loss": 4.391807094216347, "train_loss_last": 4.561906814575195, "val_eval_loss": 4.898942299187183}
44
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.163, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 86.44374418258667, "eval_loss": 4.672604776918888, "generalization_gap": 0.3575567975640297, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 3, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_eval_loss": 4.315047979354858, "train_loss_last": 4.3315110206604, "val_eval_loss": 4.672604776918888}
45
+ {"condition": "high_sample_pressure_l12", "condition_kind": "anchor_decay", "dropout_active_final": 0.041, "dropout_final": 0.041, "dropout_initial": 0.415, "dropout_schedule": "log_prefix_anchor", "elapsed_sec": 86.21241497993469, "eval_loss": 4.492968052625656, "generalization_gap": 0.24503198266029358, "model_config": {"block_size": 128, "dropout": 0.415, "n_embd": 320, "n_head": 8, "n_layer": 12, "vocab_size": 4096}, "model_name": "L12_H8_D320", "n_embd": 320, "n_head": 8, "n_layer": 12, "parameters": 17367040, "run_mode": "locked_stream", "seed": 3, "stage": 4, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_eval_loss": 4.2479360699653625, "train_loss_last": 4.288923263549805, "val_eval_loss": 4.492968052625656}
runs/formula_l12_sample_pressure_ablation/locked_stream/20260528-053842/summary.csv ADDED
@@ -0,0 +1,16 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ run_mode,condition,condition_kind,stage,token_limit,model_name,n_layer,n_head,n_embd,parameters,dropout_initial,dropout_final,dropout_schedule,n,mean_train_eval_loss,std_train_eval_loss,mean_val_eval_loss,std_val_eval_loss,mean_generalization_gap,std_generalization_gap
2
+ locked_stream,half_sample_pressure_l12,anchor_decay,0,250000,L12_H8_D320,12,8,320,17367040,0.187,0.02,log_prefix_anchor,3,4.493330731987953,0.0376015582951025,5.477566488087177,0.015205247079814913,0.9842357560992241,0.022459342914190557
3
+ locked_stream,high_sample_pressure_l12,anchor_decay,0,250000,L12_H8_D320,12,8,320,17367040,0.415,0.041,log_prefix_anchor,3,4.918163379033406,0.03222405823096952,5.618074079354604,0.0143177229369755,0.6999107003211975,0.019760378768973613
4
+ locked_stream,no_sample_pressure_l12,anchor_decay,0,250000,L12_H8_D320,12,8,320,17367040,0.074,0.02,log_prefix_anchor,3,4.226404994726181,0.022079363458691863,5.5298768157760305,0.014693288208937989,1.3034718210498493,0.01865235131123608
5
+ locked_stream,half_sample_pressure_l12,anchor_decay,1,500000,L12_H8_D320,12,8,320,17367040,0.187,0.02,log_prefix_anchor,3,4.120691381394863,0.031972685563632086,5.122073171039422,0.011841302416263908,1.0013817896445592,0.03666537590004777
6
+ locked_stream,high_sample_pressure_l12,anchor_decay,1,500000,L12_H8_D320,12,8,320,17367040,0.415,0.041,log_prefix_anchor,3,4.541299765308698,0.027629365680845203,5.183760990699132,0.026646151283341232,0.6424612253904343,0.02097062943609501
7
+ locked_stream,no_sample_pressure_l12,anchor_decay,1,500000,L12_H8_D320,12,8,320,17367040,0.074,0.02,log_prefix_anchor,3,3.7632730826735497,0.01823977881782879,5.3265082860986395,0.012804760577866508,1.5632352034250896,0.0054491573301392775
8
+ locked_stream,half_sample_pressure_l12,anchor_decay,2,1000000,L12_H8_D320,12,8,320,17367040,0.187,0.02,log_prefix_anchor,3,4.081759100159009,0.025429852755723174,4.860025915006797,0.007200843265337238,0.7782668148477873,0.02000280486687939
9
+ locked_stream,high_sample_pressure_l12,anchor_decay,2,1000000,L12_H8_D320,12,8,320,17367040,0.415,0.041,log_prefix_anchor,3,4.400408541162808,0.0189836344219835,4.89956812808911,0.0034255913878121495,0.4991595869263013,0.015681714220084353
10
+ locked_stream,no_sample_pressure_l12,anchor_decay,2,1000000,L12_H8_D320,12,8,320,17367040,0.074,0.02,log_prefix_anchor,3,3.9007718513409295,0.03475500986994197,5.0044328446189565,0.003405819537978033,1.1036609932780266,0.03690407595201124
11
+ locked_stream,half_sample_pressure_l12,anchor_decay,3,2000000,L12_H8_D320,12,8,320,17367040,0.187,0.02,log_prefix_anchor,3,4.122104088465373,0.017397788837400955,4.664695488909881,0.00967073549379882,0.5425914004445076,0.026356735179997894
12
+ locked_stream,high_sample_pressure_l12,anchor_decay,3,2000000,L12_H8_D320,12,8,320,17367040,0.415,0.041,log_prefix_anchor,3,4.333359802762668,0.01626837443127391,4.672325099507968,0.009900928961341445,0.3389652967453003,0.01727819308562328
13
+ locked_stream,no_sample_pressure_l12,anchor_decay,3,2000000,L12_H8_D320,12,8,320,17367040,0.074,0.02,log_prefix_anchor,3,4.084012111028035,0.033186973331260146,4.733480711778005,0.01059765965680393,0.6494686007499695,0.026177170242985152
14
+ locked_stream,half_sample_pressure_l12,anchor_decay,4,4000000,L12_H8_D320,12,8,320,17367040,0.187,0.02,log_prefix_anchor,3,4.178239991267522,0.003721609820125387,4.505469794074695,0.004649745809078966,0.3272298028071721,0.0009614261196679384
15
+ locked_stream,high_sample_pressure_l12,anchor_decay,4,4000000,L12_H8_D320,12,8,320,17367040,0.415,0.041,log_prefix_anchor,3,4.254066218932469,0.006243859789537772,4.49585098773241,0.002529549232483656,0.24178476879994074,0.004641798781998004
16
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18
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.047104835510254}
19
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.297525882720947}
20
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.192391395568848}
21
+ {"condition": "no_sample_pressure_l12", "dropout": 0.074, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.332969665527344}
22
+ {"condition": "no_sample_pressure_l12", "dropout": 0.074, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 4.27359676361084}
23
+ {"condition": "no_sample_pressure_l12", "dropout": 0.026999999999999996, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.443536758422852}
24
+ {"condition": "no_sample_pressure_l12", "dropout": 0.026999999999999996, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.1406779289245605}
25
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.314910888671875}
26
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.167153835296631}
27
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.215195655822754}
28
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.169475555419922}
29
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.255288124084473}
30
+ {"condition": "no_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.262007713317871}
31
+ {"condition": "half_sample_pressure_l12", "dropout": 0.187, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.11745548248291}
32
+ {"condition": "half_sample_pressure_l12", "dropout": 0.187, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 4.730109691619873}
33
+ {"condition": "half_sample_pressure_l12", "dropout": 0.141, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.677674770355225}
34
+ {"condition": "half_sample_pressure_l12", "dropout": 0.141, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.169230937957764}
35
+ {"condition": "half_sample_pressure_l12", "dropout": 0.079, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.304385185241699}
36
+ {"condition": "half_sample_pressure_l12", "dropout": 0.079, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.261360168457031}
37
+ {"condition": "half_sample_pressure_l12", "dropout": 0.020000000000000004, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.337337017059326}
38
+ {"condition": "half_sample_pressure_l12", "dropout": 0.020000000000000004, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.134852886199951}
39
+ {"condition": "half_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.236599445343018}
40
+ {"condition": "half_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.105343818664551}
41
+ {"condition": "half_sample_pressure_l12", "dropout": 0.187, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.420967102050781}
42
+ {"condition": "half_sample_pressure_l12", "dropout": 0.187, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 4.531530857086182}
43
+ {"condition": "half_sample_pressure_l12", "dropout": 0.141, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.597446441650391}
44
+ {"condition": "half_sample_pressure_l12", "dropout": 0.141, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.256237983703613}
45
+ {"condition": "half_sample_pressure_l12", "dropout": 0.079, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.313892364501953}
46
+ {"condition": "half_sample_pressure_l12", "dropout": 0.079, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.158487319946289}
47
+ {"condition": "half_sample_pressure_l12", "dropout": 0.020000000000000004, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.25571346282959}
48
+ {"condition": "half_sample_pressure_l12", "dropout": 0.020000000000000004, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.011228561401367}
49
+ {"condition": "half_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.045015335083008}
50
+ {"condition": "half_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.2869648933410645}
51
+ {"condition": "half_sample_pressure_l12", "dropout": 0.187, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.417287826538086}
52
+ {"condition": "half_sample_pressure_l12", "dropout": 0.187, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 4.721713066101074}
53
+ {"condition": "half_sample_pressure_l12", "dropout": 0.141, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.639064788818359}
54
+ {"condition": "half_sample_pressure_l12", "dropout": 0.141, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.447000503540039}
55
+ {"condition": "half_sample_pressure_l12", "dropout": 0.079, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.416566848754883}
56
+ {"condition": "half_sample_pressure_l12", "dropout": 0.079, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.254539489746094}
57
+ {"condition": "half_sample_pressure_l12", "dropout": 0.020000000000000004, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.4399566650390625}
58
+ {"condition": "half_sample_pressure_l12", "dropout": 0.020000000000000004, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 3.837702989578247}
59
+ {"condition": "half_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.111726760864258}
60
+ {"condition": "half_sample_pressure_l12", "dropout": 0.02, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.238502502441406}
61
+ {"condition": "high_sample_pressure_l12", "dropout": 0.415, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.778111457824707}
62
+ {"condition": "high_sample_pressure_l12", "dropout": 0.415, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 5.010383129119873}
63
+ {"condition": "high_sample_pressure_l12", "dropout": 0.368, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.981586456298828}
64
+ {"condition": "high_sample_pressure_l12", "dropout": 0.368, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.839486122131348}
65
+ {"condition": "high_sample_pressure_l12", "dropout": 0.275, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.571419715881348}
66
+ {"condition": "high_sample_pressure_l12", "dropout": 0.275, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.6044464111328125}
67
+ {"condition": "high_sample_pressure_l12", "dropout": 0.163, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.515482425689697}
68
+ {"condition": "high_sample_pressure_l12", "dropout": 0.163, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.363907337188721}
69
+ {"condition": "high_sample_pressure_l12", "dropout": 0.041, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.33910608291626}
70
+ {"condition": "high_sample_pressure_l12", "dropout": 0.041, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 1, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.3459343910217285}
71
+ {"condition": "high_sample_pressure_l12", "dropout": 0.415, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.666861534118652}
72
+ {"condition": "high_sample_pressure_l12", "dropout": 0.415, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 5.111268997192383}
73
+ {"condition": "high_sample_pressure_l12", "dropout": 0.368, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.890622138977051}
74
+ {"condition": "high_sample_pressure_l12", "dropout": 0.368, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.594588756561279}
75
+ {"condition": "high_sample_pressure_l12", "dropout": 0.275, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.701104640960693}
76
+ {"condition": "high_sample_pressure_l12", "dropout": 0.275, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.459939956665039}
77
+ {"condition": "high_sample_pressure_l12", "dropout": 0.163, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.701330184936523}
78
+ {"condition": "high_sample_pressure_l12", "dropout": 0.163, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.262211322784424}
79
+ {"condition": "high_sample_pressure_l12", "dropout": 0.041, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.375853538513184}
80
+ {"condition": "high_sample_pressure_l12", "dropout": 0.041, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 2, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.202493667602539}
81
+ {"condition": "high_sample_pressure_l12", "dropout": 0.415, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 0, "step": 500, "steps": 1000, "token_limit": 250000, "tokens_seen": 1024000, "train_batch_loss": 5.75937557220459}
82
+ {"condition": "high_sample_pressure_l12", "dropout": 0.415, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 0, "step": 1000, "steps": 1000, "token_limit": 250000, "tokens_seen": 2048000, "train_batch_loss": 5.0489606857299805}
83
+ {"condition": "high_sample_pressure_l12", "dropout": 0.368, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 1, "step": 500, "steps": 1000, "token_limit": 500000, "tokens_seen": 3072000, "train_batch_loss": 4.861799240112305}
84
+ {"condition": "high_sample_pressure_l12", "dropout": 0.368, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 1, "step": 1000, "steps": 1000, "token_limit": 500000, "tokens_seen": 4096000, "train_batch_loss": 4.7599873542785645}
85
+ {"condition": "high_sample_pressure_l12", "dropout": 0.275, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 2, "step": 500, "steps": 1000, "token_limit": 1000000, "tokens_seen": 5120000, "train_batch_loss": 4.9176530838012695}
86
+ {"condition": "high_sample_pressure_l12", "dropout": 0.275, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 2, "step": 1000, "steps": 1000, "token_limit": 1000000, "tokens_seen": 6144000, "train_batch_loss": 4.561906814575195}
87
+ {"condition": "high_sample_pressure_l12", "dropout": 0.163, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 3, "step": 500, "steps": 1000, "token_limit": 2000000, "tokens_seen": 7168000, "train_batch_loss": 4.551490783691406}
88
+ {"condition": "high_sample_pressure_l12", "dropout": 0.163, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 3, "step": 1000, "steps": 1000, "token_limit": 2000000, "tokens_seen": 8192000, "train_batch_loss": 4.3315110206604}
89
+ {"condition": "high_sample_pressure_l12", "dropout": 0.041, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 4, "step": 500, "steps": 1000, "token_limit": 4000000, "tokens_seen": 9216000, "train_batch_loss": 4.285399436950684}
90
+ {"condition": "high_sample_pressure_l12", "dropout": 0.041, "event": "train_step", "model_name": "L12_H8_D320", "run_mode": "locked_stream", "seed": 3, "stage": 4, "step": 1000, "steps": 1000, "token_limit": 4000000, "tokens_seen": 10240000, "train_batch_loss": 4.288923263549805}
src/dropout_decay/experiment.py CHANGED
@@ -1649,7 +1649,7 @@ def build_parser() -> argparse.ArgumentParser:
1649
  parser.add_argument("--batch-size", type=int, default=16)
1650
  parser.add_argument("--steps", type=int, default=2000)
1651
  parser.add_argument("--stage-steps", type=int, default=1000)
1652
- parser.add_argument("--dropout-rates", nargs="+", type=float, default=DEFAULT_DROPOUT_RATES)
1653
  parser.add_argument("--decays", nargs="*", type=parse_decay_spec, default=[])
1654
  parser.add_argument(
1655
  "--anchor-decays",
 
1649
  parser.add_argument("--batch-size", type=int, default=16)
1650
  parser.add_argument("--steps", type=int, default=2000)
1651
  parser.add_argument("--stage-steps", type=int, default=1000)
1652
+ parser.add_argument("--dropout-rates", nargs="*", type=float, default=DEFAULT_DROPOUT_RATES)
1653
  parser.add_argument("--decays", nargs="*", type=parse_decay_spec, default=[])
1654
  parser.add_argument(
1655
  "--anchor-decays",