Keywords: Analysis/Processing, Brain, Semi-supervised learning
Motivation: Obtaining labeled data for visual pathway (VP) segmentation can be laborious and time-consuming. Therefore, it is crucial to develop algorithms with good performance in situations with limited labeled samples.
Goal(s): The goal is to propose a label-efficient self-ensembling network (LESEN) for VP segmentation.
Approach: We first introduce the LESEN model which consists of a student model and a teacher model that learn from each other using supervised and unsupervised losses. Additionally, a novel reliable unlabeled sample selection (RUSS) method is introduced to enhance the effectiveness of the LESEN model.
Results: The LESEN model surpasses existing techniques on the human connectome project (HCP) dataset.
Impact: The proposed LESEN model can improve visual pathway segmentation accuracy and reliability with limited labeled data, advancing multi-parametric MRI analysis in clinical and research settings.
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