This work presents several significant highlights:

• Introducing a novel method for enhancing lesion segmentation through the utilization of anomaly detection models.
• Employing weak anomaly labels as an additional target to offer semantic context, thus enhancing the segmentation process.
• Demonstrating consistent improvements in lesion segmentation across four different retinal OCT datasets.
• Highlighting the robustness of this approach to variations in backbone architecture, lesion targets, underlying diseases, and variations in the number of training samples.

We invite you to delve into Philipp Seeböck's work to explore these exciting advancements in image segmentation.

Follow the link below to access "Anomaly guided segmentation: Introducing semantic context for lesion segmentation," published in a prestigious scientific journal:

Publication Link: [Access Here]

But wait, there's more!

Dive into the research profile of Philipp Seeböck to explore his contributions to the field of computational imaging:

Researcher Profile: [Discover Here]