scjjb/ovarian_subtype_mags

Reducing Histopathology Slide Magnification Improves the Accuracy and Speed of Ovarian Cancer Subtyping

Reducing Histopathology Slide Magnification Improves the Accuracy and Speed of Ovarian Cancer Subtyping

An extensive analysis of ovarian cancer WSI magnifications in attention-based multiple instance learning (ABMIL)

Preprint

This repo was created as part of a submission to ISBI 2024, which will be presented on Wednesday 29/05/24 at 09:30.

Hyperparameters

Final Hyperparamters Determined by Hyperparameter Tuning:

Magnif.	Learning Rate	Weight Decay	First Moment Decay	Second Moment Decay	Stability Parameter	Attention Layer Size	Dropout	Max Patches
40x	1e-3	1e-4	0.95	0.99	1e-10	512	0.6	50000
20x	5e-4	1e-4	0.99	0.99	1e-8	256	0.7	10000
10x	5e-4	1e-4	0.8	0.99	1e-4	256	0.6	1000
5x	5e-4	1e-6	0.95	0.999	1e-14	128	0.6	400
2.5x	1e-3	1e-5	0.9	0.9999	1e-4	256	0.7	40
1.25x	5e-4	1e-5	0.9	0.999	1e-14	256	0.5	7

 

Hyperparameters were tuned in 13 stages in which 1-3 individual hyperparameters were altered and the rest were frozen. All specific configurations can be accessed in the folder tuning_configs. The maximum number of epochs was set to 30 for the first 3 stages, 100 for stages 4-9, 150 for stages 10-13.

Hyperparameter Tuning Stages

• Stage 1: Learning Rate, Max Patches
• Stage 2: First Moment Decay, Second Moment Decay
• Stage 3: Weight Decay, Dropout
• Stage 4: Learning Rate, Dropout, Max Patches
• Stage 5: Attention Layer Size
• Stage 6: Learning Rate, Dropout, Max Patches
• Stage 7: Stability Parameter
• Stage 8: Learning Rate
• Stage 9: Dropout
• Stage 10: Learning Rate, Dropout, Max Patches
• Stage 11: Weight Decay
• Stage 12: Max Patches
• Stage 13: First Moment Decay, Second Moment Decay

Results

Barplots showing the results from cross-validation and hold-out experiments, with error bars indicating 95% confidence intervals:

Cross-validation Summary (mean ± s.d. from 10,000 iterations of bootstrapping):

Magnif.	Balanced Accuracy	Area Under ROC Curve (AUC)	F1 Score
40x	51.3% ± 1.5%	0.825 ± 0.016	0.516 ± 0.015
20x	50.6% ± 1.4%	0.846 ± 0.014	0.506 ± 0.015
10x	52.3% ± 1.3%	0.800 ± 0.013	0.515 ± 0.015
5x	54.0% ± 1.3%	0.817 ± 0.017	0.538 ± 0.014
2.5x	55.6% ± 1.5%	0.877 ± 0.011	0.557 ± 0.014
1.25x	55.6% ± 1.7%	0.888 ± 0.009	0.558 ± 0.017

Cross-validation Results By Class

F1 Score by Class (not bootstrapped):

Magnif.	HGSC	LGSC	CCC	EC	MC
40x	0.844	0.000	0.667	0.668	0.407
20x	0.823	0.000	0.645	0.668	0.400
10x	0.846	0.000	0.712	0.669	0.351
5x	0.853	0.000	0.764	0.651	0.423
2.5x	0.852	0.000	0.738	0.682	0.518
1.25x	0.829	0.053	0.722	0.674	0.519

Cross-validation Confusion Matrices

40x Cross-validation

	HGSC	LGSC	CCC	EC	MC
HGSC	429	0	19	25	11
LGSC	17	0	3	1	1
CCC	39	0	94	9	14
EC	38	1	1	139	24
MC	10	0	9	39	37

class 0 precision: 0.80488 recall: 0.88636 f1: 0.84366

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.74603 recall: 0.60256 f1: 0.66667

class 3 precision: 0.65258 recall: 0.68473 f1: 0.66827

class 4 precision: 0.42529 recall: 0.38947 f1: 0.40659

20x Cross-validation

	HGSC	LGSC	CCC	EC	MC
HGSC	406	3	28	44	3
LGSC	18	0	3	1	0
CCC	42	0	98	6	10
EC	32	0	5	150	16
MC	5	0	14	45	31

class 0 precision: 0.80716 recall: 0.83884 f1: 0.82270

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.66216 recall: 0.62821 f1: 0.64474

class 3 precision: 0.60976 recall: 0.73892 f1: 0.66815

class 4 precision: 0.51667 recall: 0.32632 f1: 0.40000

10x Cross-validation

	HGSC	LGSC	CCC	EC	MC
HGSC	399	3	25	54	3
LGSC	20	0	1	1	0
CCC	24	3	115	13	1
EC	14	1	14	165	9
MC	2	1	12	57	23

class 0 precision: 0.86928 recall: 0.82438 f1: 0.84624

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.68862 recall: 0.73718 f1: 0.71207

class 3 precision: 0.56897 recall: 0.81281 f1: 0.66937

class 4 precision: 0.63889 recall: 0.24211 f1: 0.35115

5x Cross-validation

	HGSC	LGSC	CCC	EC	MC
HGSC	410	7	26	34	7
LGSC	19	0	3	0	0
CCC	14	10	128	3	1
EC	28	1	15	139	20
MC	6	1	7	48	33

class 0 precision: 0.85954 recall: 0.84711 f1: 0.85328

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.71508 recall: 0.82051 f1: 0.76418

class 3 precision: 0.62054 recall: 0.68473 f1: 0.65105

class 4 precision: 0.54098 recall: 0.34737 f1: 0.42308

2.5x Cross-validation

	HGSC	LGSC	CCC	EC	MC
HGSC	427	6	21	17	13
LGSC	20	0	1	0	1
CCC	26	5	111	2	12
EC	41	0	5	132	25
MC	4	0	7	33	51

class 0 precision: 0.82432 recall: 0.88223 f1: 0.85230

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.76552 recall: 0.71154 f1: 0.73754

class 3 precision: 0.71739 recall: 0.65025 f1: 0.68217

class 4 precision: 0.50000 recall: 0.53684 f1: 0.51777

1.25x Cross-validation

	HGSC	LGSC	CCC	EC	MC
HGSC	412	8	33	16	15
LGSC	17	1	3	1	0
CCC	28	6	113	3	6
EC	47	0	2	130	24
MC	6	1	6	33	49

class 0 precision: 0.80784 recall: 0.85124 f1: 0.82897

class 1 precision: 0.06250 recall: 0.04545 f1: 0.05263

class 2 precision: 0.71975 recall: 0.72436 f1: 0.72204

class 3 precision: 0.71038 recall: 0.64039 f1: 0.67358

class 4 precision: 0.52128 recall: 0.51579 f1: 0.51852

Hold-out Validation Summary (mean ± s.d. from 10,000 iterations of bootstrapping):

Magnif.	Balanced Accuracy	Area Under ROC Curve (AUC)	F1 Score
40x	54.0% ± 4.0%	0.860 ± 0.021	0.477 ± 0.041
20x	55.0% ± 3.9%	0.829 ± 0.020	0.485 ± 0.041
10x	62.0% ± 3.6%	0.850 ± 0.019	0.549 ± 0.037
5x	61.0% ± 3.6%	0.858 ± 0.023	0.545 ± 0.037
2.5x	58.1% ± 3.7%	0.857 ± 0.021	0.516 ± 0.039
1.25x	58.0% ± 3.8%	0.855 ± 0.021	0.529 ± 0.042

Hold-out Validation Confusion Matrices

40x Hold-out

	HGSC	LGSC	CCC	EC	MC
HGSC	20	0	0	0	0
LGSC	11	0	1	4	4
CCC	9	0	11	0	0
EC	6	0	1	12	1
MC	0	0	9	0	11

class 0 precision: 0.43478 recall: 1.00000 f1: 0.60606

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.50000 recall: 0.55000 f1: 0.52381

class 3 precision: 0.75000 recall: 0.60000 f1: 0.66667

class 4 precision: 0.68750 recall: 0.55000 f1: 0.61111

20x Hold-out

	HGSC	LGSC	CCC	EC	MC
HGSC	20	0	0	0	0
LGSC	7	0	4	7	2
CCC	7	1	12	0	0
EC	6	0	1	13	0
MC	1	0	8	1	10

class 0 precision: 0.48780 recall: 1.00000 f1: 0.65574

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.48000 recall: 0.60000 f1: 0.53333

class 3 precision: 0.61905 recall: 0.65000 f1: 0.63415

class 4 precision: 0.83333 recall: 0.50000 f1: 0.62500

10x Hold-out

	HGSC	LGSC	CCC	EC	MC
HGSC	20	0	0	0	0
LGSC	5	0	8	4	3
CCC	6	0	13	1	0
EC	3	0	0	17	0
MC	1	0	7	0	12

class 0 precision: 0.57143 recall: 1.00000 f1: 0.72727

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.46429 recall: 0.65000 f1: 0.54167

class 3 precision: 0.77273 recall: 0.85000 f1: 0.80952

class 4 precision: 0.80000 recall: 0.60000 f1: 0.68571

5x Hold-out

	HGSC	LGSC	CCC	EC	MC
HGSC	18	2	0	0	0
LGSC	6	0	7	4	3
CCC	5	1	13	1	0
EC	0	0	1	19	0
MC	0	0	6	3	11

class 0 precision: 0.62069 recall: 0.90000 f1: 0.73469

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.48148 recall: 0.65000 f1: 0.55319

class 3 precision: 0.70370 recall: 0.95000 f1: 0.80851

class 4 precision: 0.78571 recall: 0.55000 f1: 0.64706

2.5x Hold-out

	HGSC	LGSC	CCC	EC	MC
HGSC	20	0	0	0	0
LGSC	11	0	2	4	3
CCC	6	3	9	1	1
EC	3	0	0	14	3
MC	0	0	5	0	15

class 0 precision: 0.50000 recall: 1.00000 f1: 0.66667

class 1 precision: 0.00000 recall: 0.00000 f1: 0.00000

class 2 precision: 0.56250 recall: 0.45000 f1: 0.50000

class 3 precision: 0.73684 recall: 0.70000 f1: 0.71795

class 4 precision: 0.68182 recall: 0.75000 f1: 0.71429

1.25x Hold-out

	HGSC	LGSC	CCC	EC	MC
HGSC	20	0	0	0	0
LGSC	12	1	4	1	2
CCC	9	2	8	1	0
EC	3	0	0	14	3
MC	0	0	5	0	15

class 0 precision: 0.45455 recall: 1.00000 f1: 0.62500

class 1 precision: 0.33333 recall: 0.05000 f1: 0.08696

class 2 precision: 0.47059 recall: 0.40000 f1: 0.43243

class 3 precision: 0.87500 recall: 0.70000 f1: 0.77778

class 4 precision: 0.75000 recall: 0.75000 f1: 0.75000

Code Examples

The following code includes examples from every stage of pre-processing, hyperparameter tuning, and model validation at multiple magnifications.

Tissue patch extraction

We segmented tissue using saturation thresholding and extracted non-overlapping tissue regions which corresponded to 256x256 pixel patches at 40x (e.g. 512x512 for 20x, 1024x1024 for 10x). At this stage all images are still at 40x magnification, and only the patch size is changing:

## 40x 256x256 patches for use in 40x experiments
python create_patches_fp.py --source "/mnt/data/Katie_WSI/edrive" --save_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch256_DGX_fp" --patch_size 256 --step_size 256 --seg --patch --stitch 	
## 40x 8192x8192 patches for use in 1.25x experiments
python create_patches_fp.py --source "/mnt/data/Katie_WSI/edrive" --save_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch8192_DGX_fp" --patch_size 8192 --step_size 8192 --seg --patch --stitch 	

Feature extraction

We then downsampled the patches to the experimental magnification and extracted [1,1024] features from each 256x256 patch using a ResNet50 encoder pretrained on ImageNet:

## 40x (no downsampling needed)
python extract_features_fp.py --hardware DGX --model_type 'resnet50' --data_h5_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch256_DGX_fp" --data_slide_dir "/mnt/data/Katie_WSI/edrive" --csv_path "dataset_csv/set_edrivepatches_ESGO_train_staging.csv" --feat_dir "/mnt/results/features/ovarian_leeds_resnet50_40x_features_DGX" --batch_size 32 --slide_ext .svs 
## 1.25x (32x downsampling)
python extract_features_fp.py --hardware DGX --custom_downsample 32 --model_type 'resnet50' --data_h5_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch8192_DGX_fp" --data_slide_dir "/mnt/data/Katie_WSI/edrive" --csv_path "dataset_csv/set_edrivepatches_ESGO_train_staging.csv" --feat_dir "/mnt/results/features/ovarian_leeds_resnet50_1point25x_features_DGX" --batch_size 32 --slide_ext .svs 

Hyperparameter tuning

Models were tuned using configurations in the folder "tuning_configs", with a separate call used for each of the five cross-validation folds to allow for parallelisation:

## 40x tuning first stage first fold
python main.py --tuning --hardware DGX --tuning_output_file /mnt/results/tuning_results/staging_only_resnet50_40x_firsttuning_bce_fold0.csv --min_epochs 0 --max_epochs 30 --early_stopping --num_tuning_experiments 1 --split_dir "esgo_staging_5fold_100" --k 1 --results_dir /mnt/results --exp_code staging_only_resnet50_40x_firsttuning_30epochs_bce_fold0 --subtyping --weighted_sample --bag_loss balanced_ce --no_inst_cluster --task ovarian_5class  --model_type clam_sb --subtyping --csv_path 'dataset_csv/ESGO_train_all.csv' --data_root_dir "/mnt/results/features" --features_folder "ovarian_leeds_resnet50_40x_features_DGX" --tuning_config_file tuning_configs/esgo_staging_resnet50_40x_config1.txt
## 1.25x tuning first stage first fold
python main.py --tuning --hardware DGX --tuning_output_file /mnt/results/tuning_results/staging_only_resnet50_1point25x_firsttuning_bce_fold0.csv --min_epochs 0 --max_epochs 30 --early_stopping --num_tuning_experiments 1 --split_dir "esgo_staging_5fold_100" --k 1 --results_dir /mnt/results --exp_code staging_only_resnet50_1point25x_firsttuning_30epochs_bce_fold0 --subtyping --weighted_sample --bag_loss balanced_ce --no_inst_cluster --task ovarian_5class  --model_type clam_sb --subtyping --csv_path 'dataset_csv/ESGO_train_all.csv' --data_root_dir "/mnt/results/features" --features_folder "ovarian_leeds_resnet50_1point25x_features_DGX" --tuning_config_file tuning_configs/esgo_staging_resnet50_1point25x_config1.txt

After running all folds for a given magnification and tuning stage, the validation set balanced cross-entropy loss values were summarised into a csv for analysis:

## 40x
python combine_results.py --file_base_name "/mnt/results/tuning_results/staging_only_resnet50_40x_firsttuning_bce"
## 1.25x
python combine_results.py --file_base_name "/mnt/results/tuning_results/staging_only_resnet50_1point25x_firsttuning_bce"

Model training

The best model for each magnification from hyperparameter tuning was trained:

## 40x
python main.py --hardware DGX --min_epochs 0 --max_epochs 150 --early_stopping --split_dir "esgo_staging_5fold_100" --k 5 --results_dir /mnt/results --exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience --reg 0.0001 --drop_out 0.6 --lr 0.001 --max_patches_per_slide 50000 --model_size small --beta1 0.99 --beta2 0.99 --eps 1e-10 --subtyping --weighted_sample --bag_loss balanced_ce --no_inst_cluster --task ovarian_5class  --model_type clam_sb --subtyping --csv_path 'dataset_csv/ESGO_train_all.csv' --data_root_dir "/mnt/results/features" --features_folder "ovarian_leeds_resnet50_40x_features_DGX"
## 1.25x
python main.py --hardware DGX --min_epochs 0 --max_epochs 150 --early_stopping --split_dir "esgo_staging_5fold_100" --k 5 --results_dir /mnt/results --exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience --reg 0.00001 --drop_out 0.5 --lr 0.0005 --max_patches_per_slide 7 --model_size tiny --beta1 0.9 --beta2 0.999 --eps 1e-14 --subtyping --weighted_sample --bag_loss balanced_ce --no_inst_cluster --task ovarian_5class  --model_type clam_sb --subtyping --csv_path 'dataset_csv/ESGO_train_all.csv' --data_root_dir "/mnt/results/features" --features_folder "ovarian_leeds_resnet50_1point25x_features_DGX"

Model evaluation

The models were evaluated on the test sets of the five-fold cross validation with 10,000 iterations of bootstrapping:

## 40x
python eval.py --drop_out 0.6 --model_size small --models_exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_s1 --save_exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_bootstrapping --task ovarian_5class --model_type clam_sb --results_dir /mnt/results --data_root_dir "/mnt/results/features" --k 5 --features_folder "ovarian_leeds_resnet50_40x_features_DGX" --csv_path 'dataset_csv/ESGO_train_all.csv' 
python bootstrapping.py  --num_classes 5 --model_names staging_only_resnet50_40x_bce_bestfromtuning_50patience_bootstrapping --bootstraps 10000 --run_repeats 1 --folds 5
## 1.25x
python eval.py --drop_out 0.5 --model_size tiny --models_exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_s1 --save_exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_bootstrapping --task ovarian_5class --model_type clam_sb --results_dir /mnt/results --data_root_dir "/mnt/results/features" --k 5 --features_folder "ovarian_leeds_resnet50_1point25x_features_DGX" --csv_path 'dataset_csv/ESGO_train_all.csv' 
python bootstrapping.py  --num_classes 5 --model_names staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_bootstrapping --bootstraps 10000 --run_repeats 1 --folds 5

The models were also evaluated on the balanced hold-out test set with 10,000 iterations of bootstrapping. Predictions were taken as an average of the predictions from each fold:

## 40x
python eval.py --splits_dir splits/esgo_test_splits --drop_out 0.6 --model_size small --models_exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_s1 --save_exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_holdouttest_s1 --task ovarian_5class --model_type clam_sb --results_dir /mnt/results --data_root_dir "/mnt/results/features" --k 5 --features_folder "ovarian_leeds_resnet50_40x_features_DGX" --csv_path 'dataset_csv/ESGO_test_set.csv'
python bootstrapping.py --ensemble --num_classes 5 --model_names staging_only_resnet50_40x_bce_bestfromtuning_50patience_holdouttest_s1 --bootstraps 10000 --run_repeats 1 --folds 5
## 1.25x
python eval.py --splits_dir splits/esgo_test_splits --drop_out 0.5 --model_size tiny --models_exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_s1 --save_exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_holdouttest_s1 --task ovarian_5class --model_type clam_sb --results_dir /mnt/results --data_root_dir "/mnt/results/features" --k 5 --features_folder "ovarian_leeds_resnet50_1point25x_features_DGX" --csv_path 'dataset_csv/ESGO_test_set.csv'
python bootstrapping.py --ensemble --num_classes 5 --model_names staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_holdouttest_s1 --bootstraps 10000 --run_repeats 1 --folds 5

Efficiency Testing

The speed of model training was evaluated using the "--profile" command in main.py:

## 40x
python main.py --profile --hardware DGX --min_epochs 0 --max_epochs 150 --early_stopping --split_dir "esgo_staging_5fold_100" --k 5 --results_dir /mnt/results --exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_timing --reg 0.0001 --drop_out 0.6 --lr 0.001 --max_patches_per_slide 50000 --model_size small --beta1 0.99 --beta2 0.99 --eps 1e-10 --subtyping --weighted_sample --bag_loss balanced_ce --no_inst_cluster --task ovarian_5class  --model_type clam_sb --subtyping --csv_path 'dataset_csv/ESGO_train_all.csv' --data_root_dir "/mnt/results/features" --features_folder "ovarian_leeds_resnet50_40x_features_DGX"
## 1.25x
python main.py --profile --hardware DGX --min_epochs 0 --max_epochs 150 --early_stopping --split_dir "esgo_staging_5fold_100" --k 5 --results_dir /mnt/results --exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_timing --reg 0.00001 --drop_out 0.5 --lr 0.0005 --max_patches_per_slide 7 --model_size tiny --beta1 0.9 --beta2 0.999 --eps 1e-14 --subtyping --weighted_sample --bag_loss balanced_ce --no_inst_cluster --task ovarian_5class  --model_type clam_sb --subtyping --csv_path 'dataset_csv/ESGO_train_all.csv' --data_root_dir "/mnt/results/features" --features_folder "ovarian_leeds_resnet50_1point25x_features_DGX"

The speed of model evaluation was calculated in three parts using a balanced subset of the test set (ESGO_efficiency_test_set.csv). This included patch creation, feature extraction, and evaluation:

## 40x
python create_patches_fp.py --source "/mnt/data/Katie_WSI/efficiencytestset" --save_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch256_efficiencytestset_fp" --patch_size 256 --step_size 256 --seg --patch --stitch
python extract_features_fp.py --hardware DGX --custom_downsample 1 --model_type 'resnet50' --data_h5_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch256_efficiencytestset_fp" --data_slide_dir "/mnt/data/Katie_WSI/efficiencytestset" --csv_path "dataset_csv/ESGO_efficiency_test_set.csv" --feat_dir "/mnt/results/features/ovarian_leeds_resnet50_40x_features_efficiencytestset" --batch_size 32 --slide_ext .svs
python eval.py --profile --splits_dir splits/efficiency_splits --drop_out 0.6 --model_size small --models_exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_s1 --save_exp_code staging_only_resnet50_40x_bce_bestfromtuning_50patience_holdouttest_efficiency_s1 --task ovarian_5class --model_type clam_sb --results_dir /mnt/results --data_root_dir "/mnt/results/features" --k 5 --features_folder "ovarian_leeds_resnet50_40x_features_efficiencytestset" --csv_path 'dataset_csv/ESGO_efficiency_test_set.csv'
## 1.25x
python create_patches_fp.py --source "/mnt/data/Katie_WSI/efficiencytestset" --save_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch8192_efficiencytestset_fp" --patch_size 8192 --step_size 8192 --seg --patch --stitch
python extract_features_fp.py --hardware DGX --custom_downsample 32 --model_type 'resnet50' --data_h5_dir "/mnt/results/patches/ovarian_leeds_mag40x_patch8192_efficiencytestset_fp" --data_slide_dir "/mnt/data/Katie_WSI/efficiencytestset" --csv_path "dataset_csv/ESGO_efficiency_test_set.csv" --feat_dir "/mnt/results/features/ovarian_leeds_resnet50_1point25x_features_efficiencytestset" --batch_size 32 --slide_ext .svs 
python eval.py --profile --splits_dir splits/efficiency_splits --drop_out 0.5 --model_size tiny --models_exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_s1 --save_exp_code staging_only_resnet50_1point25x_bce_bestfromtuning_50patience_holdouttest_efficiency_s1 --task ovarian_5class --model_type clam_sb --results_dir /mnt/results --data_root_dir "/mnt/results/features" --k 5 --features_folder "ovarian_leeds_resnet50_1point25x_features_efficiencytestset" --csv_path 'dataset_csv/ESGO_efficiency_test_set.csv'

Reference

This code is an extension of our previous repository, which itself was forked from the CLAM repository with corresponding paper. This repository and the original CLAM repository are both available for non-commercial academic purposes under the GPLv3 License.

ovarian_subtype_mags's Issues

dataset

Can the dataset be shared