pre-refactor 041426

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rpotter6298
2026-04-14 19:42:16 +02:00
parent eb9eafe715
commit 13290575d5
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{
"_notes": [
"All runs use single-eye tower mode, binary eval, 10x5 rep-CV.",
"common_args are prepended to every run's args list.",
"Entries marked 'needs_implementation' require small code changes before running (noted inline).",
"Bridge fusion uses elementwise product of projected image/clinical features.",
"SE infrastructure exists in Bridge/ImageTower/ClinicalTower but use_se is hardcoded False",
" in SingleEyeHT \u2014 add --se-img-tower / --se-cd-tower / --se-bridge flags to wire through.",
"Dropout is hardcoded: Bridge classifier=0.5, ClinicalTower=0.1 \u2014 add --bridge-dropout /",
" --cd-dropout flags to make configurable."
],
"common_args": [
"--eval-mode",
"binary",
"--tower-mode",
"single",
"--epochs",
"30",
"--in-memory-cache",
"--augment",
"--tune-binary-threshold",
"--backbone",
"refugelike",
"--output-root",
"v3/results"
],
"_common_args_implicit_defaults": {
"--bridge-mode": "fused",
"--tower-loss-mode": "bcd",
"--bcd-prob": "0.5",
"--warmup-cd-epochs": "40",
"--single-warmup-tower-epochs": "3",
"--single-warmup-fused-epochs": "3"
},
"baseline": {
"run_name": "phase3/baseline",
"description": "Fused bridge (image+clinical), BCD p=0.5, cd_warmup=40, tower/fused warmup=3/3, no SE, no IOP correction.",
"extra_args": []
},
"groups": [
{
"name": "loss_function",
"description": "Test BCD loss variants vs cross-entropy baseline.",
"runs": [
{
"run_name": "phase3/loss_all",
"description": "All-losses mode (cross-entropy on all three heads every step).",
"extra_args": [
"--tower-loss-mode",
"all"
]
},
{
"run_name": "phase3/loss_bcd_p03",
"description": "BCD with lower switching probability (more CE, less BCD).",
"extra_args": [
"--tower-loss-mode",
"bcd",
"--bcd-prob",
"0.3"
]
},
{
"run_name": "phase3/loss_bcd_p07",
"description": "BCD with higher switching probability (more BCD, less CE).",
"extra_args": [
"--tower-loss-mode",
"bcd",
"--bcd-prob",
"0.7"
]
}
]
},
{
"name": "se_attention",
"description": "Squeeze-and-excitation gates at different points in the network.",
"runs": [
{
"run_name": "phase3/se_bridge",
"description": "SE gate on fused vector inside the bridge only.",
"extra_args": [
"--se-bridge"
]
},
{
"run_name": "phase3/se_img_tower",
"description": "SE gate on image tower output features.",
"extra_args": [
"--se-img-tower"
]
},
{
"run_name": "phase3/se_cd_tower",
"description": "SE gate on clinical tower output features.",
"extra_args": [
"--se-cd-tower"
]
},
{
"run_name": "phase3/se_all",
"description": "SE gates on image tower, clinical tower, and bridge.",
"extra_args": [
"--se-img-tower",
"--se-cd-tower",
"--se-bridge"
]
}
]
},
{
"name": "iop_correction",
"description": "Test different IOP measurement correction strategies (default: no correction).",
"runs": [
{
"run_name": "phase3/iop_ratio",
"description": "IOP correction via Perkins\u2192Pneumatic ratio scaling.",
"extra_args": [
"--iop-corr-method",
"ratio"
]
},
{
"run_name": "phase3/iop_ols",
"description": "IOP correction via OLS regression.",
"extra_args": [
"--iop-corr-method",
"ols"
]
},
{
"run_name": "phase3/iop_lad",
"description": "IOP correction via LAD (robust to outliers) regression.",
"extra_args": [
"--iop-corr-method",
"lad"
]
},
{
"run_name": "phase3/iop_multi",
"description": "IOP correction via multivariate regression including pachymetry.",
"extra_args": [
"--iop-corr-method",
"multi"
]
},
{
"run_name": "phase3/iop_ratio_drop_raw",
"description": "Ratio correction + drop raw IOP (only corrected IOP seen by model).",
"extra_args": [
"--iop-corr-method",
"ratio",
"--iop-drop-raw"
]
}
]
},
{
"name": "feature_ablation",
"description": "Exclude individual clinical features to measure each one's contribution.",
"runs": [
{
"run_name": "phase3/excl_iop",
"description": "No IOP features \u2014 tests how much intraocular pressure contributes.",
"extra_args": [
"--exclude-cols",
"IOP",
"Pachymetry"
]
},
{
"run_name": "phase3/excl_age",
"description": "No age feature.",
"extra_args": [
"--exclude-cols",
"Age"
]
},
{
"run_name": "phase3/excl_axial_length",
"description": "No axial length feature.",
"extra_args": [
"--exclude-cols",
"Axial_Length"
]
},
{
"run_name": "phase3/excl_refractive",
"description": "No refractive defect feature.",
"extra_args": [
"--exclude-cols",
"Refractive_Defect"
]
}
]
},
{
"name": "network_dims",
"description": "Test sensitivity to clinical tower and bridge fusion dimensionality.",
"runs": [
{
"run_name": "phase3/cd_hidden_64",
"description": "Smaller clinical tower (64 hidden units vs default 128).",
"extra_args": [
"--cd-hidden-dim",
"64"
]
},
{
"run_name": "phase3/cd_hidden_256",
"description": "Larger clinical tower (256 hidden units vs default 128).",
"extra_args": [
"--cd-hidden-dim",
"256"
]
},
{
"run_name": "phase3/fusion_dim_128",
"description": "Smaller fusion space (128 vs default 256).",
"extra_args": [
"--fusion-dim",
"128"
]
},
{
"run_name": "phase3/fusion_dim_512",
"description": "Larger fusion space (512 vs default 256).",
"extra_args": [
"--fusion-dim",
"512"
]
}
]
},
{
"name": "backbone_freezing",
"description": "Partial backbone freezing to reduce overfitting and speed training.",
"runs": [
{
"run_name": "phase3/freeze_25",
"description": "Freeze earliest 25% of backbone blocks.",
"extra_args": [
"--freeze-ratio",
"0.25"
]
},
{
"run_name": "phase3/freeze_50",
"description": "Freeze earliest 50% of backbone blocks.",
"extra_args": [
"--freeze-ratio",
"0.50"
]
}
]
},
{
"name": "learning_rate",
"description": "Test LR sensitivity (default 1e-4).",
"runs": [
{
"run_name": "phase3/lr_1e3",
"description": "Higher learning rate 1e-3.",
"extra_args": [
"--lr",
"1e-3"
]
},
{
"run_name": "phase3/lr_3e4",
"description": "Intermediate learning rate 3e-4.",
"extra_args": [
"--lr",
"3e-4"
]
},
{
"run_name": "phase3/lr_1e5",
"description": "Lower learning rate 1e-5.",
"extra_args": [
"--lr",
"1e-5"
]
}
]
},
{
"name": "dropout",
"description": "Test bridge classifier and clinical tower dropout rates.",
"runs": [
{
"run_name": "phase3/bridge_dropout_03",
"description": "Reduce bridge classifier dropout from 0.5 to 0.3.",
"extra_args": [
"--bridge-dropout",
"0.3"
]
},
{
"run_name": "phase3/bridge_dropout_07",
"description": "Increase bridge classifier dropout to 0.7.",
"extra_args": [
"--bridge-dropout",
"0.7"
]
},
{
"run_name": "phase3/cd_dropout_03",
"description": "Increase clinical tower dropout from 0.1 to 0.3.",
"extra_args": [
"--cd-dropout",
"0.3"
]
}
]
},
{
"name": "warmup",
"description": "Test warmup ablations vs default (cd=40, tower/fused=3/3).",
"runs": [
{
"run_name": "phase3/warmup_no_cd",
"description": "No CD warmup (cd=0) \u2014 tests whether the 40-epoch CD warmup is necessary.",
"extra_args": [
"--warmup-cd-epochs",
"0"
]
},
{
"run_name": "phase3/warmup_tower5_fused5",
"description": "Extended tower/fused warmup (5/5 vs default 3/3).",
"extra_args": [
"--single-warmup-tower-epochs",
"5",
"--single-warmup-fused-epochs",
"5"
]
}
]
},
{
"name": "sampling_augmentation",
"description": "Test data sampling and augmentation choices.",
"runs": [
{
"run_name": "phase3/no_augment",
"description": "No augmentation \u2014 baseline images only.",
"extra_args": [
"--no-augment"
]
},
{
"run_name": "phase3/balanced_sampling",
"description": "Weighted balanced sampler to counter class imbalance.",
"extra_args": [
"--balanced-sampling"
]
}
]
}
]
}