PSScreen V2: Partially Supervised Multiple Retinal Disease Screening
Boyi Zheng, Yalin Zheng, Hrvoje Bogunovi\'c, Qing Liu

TL;DR
PSScreen V2 introduces a partially supervised, multi-branch framework for retinal disease screening that effectively handles label absence and domain shift, achieving state-of-the-art results across multiple datasets.
Contribution
It presents a novel three-branch architecture with feature augmentation strategies for learning from partially labelled, multi-domain retinal datasets.
Findings
Achieves state-of-the-art performance on retinal datasets.
Demonstrates superior domain generalization capabilities.
Compatible with diverse backbone models, including DINOv2.
Abstract
In this work, we propose PSScreen V2, a partially supervised self-training framework for multiple retinal disease screening. Unlike previous methods that rely on fully labelled or single-domain datasets, PSScreen V2 is designed to learn from multiple partially labelled datasets with different distributions, addressing both label absence and domain shift challenges. To this end, PSScreen V2 adopts a three-branch architecture with one teacher and two student networks. The teacher branch generates pseudo labels from weakly augmented images to address missing labels, while the two student branches introduce novel feature augmentation strategies: Low-Frequency Dropout (LF-Dropout), which enhances domain robustness by randomly discarding domain-related low-frequency components, and Low-Frequency Uncertainty (LF-Uncert), which estimates uncertain domain variability via adversarially learned…
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