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fairdataihub/envision-eye-imaging-classifier-by-metadata

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Envision Eye Imaging Classifier

SetFit binary classifier for identifying eye imaging datasets from scientific metadata.

Developed by: FAIR Data Innovations Hub in collaboration with the EyeACT Study

Model Description

Uses sentence-transformers/all-mpnet-base-v2 as backbone with binary classification:

—EYE_IMAGING (1): Actual ophthalmic imaging datasets (fundus, OCT, OCTA, cornea)
—NEGATIVE (0): Everything else (software, non-imaging eye data, unrelated)

Validation

Spot-check (33 expert-verified Zenodo records)

Metric	Score
Accuracy	0.939 (31/33)
Macro F1	0.923
EYE_IMAGING F1	0.889 (P=0.889, R=0.889)
NEGATIVE F1	0.958 (P=0.958, R=0.958)

Held-out test set (20% stratified split)

Metric	Score
Accuracy	0.940
Macro F1	0.936
EYE_IMAGING F1	0.922 (P=0.887, R=0.959)
NEGATIVE F1	0.951 (P=0.975, R=0.929)

Multi-repository spot-check (6,833 records across 6 sources)

Source	Records	EYE_IMAGING F1	Precision	Recall
Zenodo	514	0.677	0.537	0.917
DataCite	1,836	0.866	0.858	0.874
Figshare	2,000	0.833	0.788	0.884
Kaggle	732	0.739	0.939	0.610
Dryad	89	0.764	0.750	0.778
NEI	1,662	0.814	0.931	0.724
Overall	6,833	0.822	0.845	0.800

Training

—Base model: sentence-transformers/all-mpnet-base-v2 (768-dimensional)
—Training data: 994 examples (365 EYE_IMAGING, 629 NEGATIVE) from multi-repository sources (Zenodo, Figshare, Dryad, Kaggle, NEI)
—Dataset: fairdataihub/envision-eye-imaging-training-data
—Epochs: 10 (early stopping, patience=3)
—Batch size: 16
—Learning rate: 2e-5 (default)
—Scheduler: linear with 10% warmup

Usage

python

from setfit import SetFitModel

model = SetFitModel.from_pretrained("fairdataihub/envision-eye-imaging-classifier")

predictions = model.predict(["Retinal OCT dataset for diabetic retinopathy"])

Citation

—EyeACT Envision project
—FAIR Data Innovations Hub (fairdataihub.org)
—sentence-transformers/all-mpnet-base-v2

Contact

EyeACT team: eyeactstudy.org

Related Models

—envision-eye-imaging-classifier-by-image: image based modality classifier (RegNetY-400MF CPU student) that identifies the acquisition modality of an individual eye image from its pixels. The two models are complementary: this one flags whether a dataset is eye imaging from its text metadata, the image one identifies the modality of a given image.
—envision-eye-imaging-classifier-by-image-teacher: the ConvNeXt-Base teacher for the image model.