WITHDRAWN: Leveraging Pixel-wise Embeddings for Segmenting Psoriasis Lesion Areas

Hyun Jung Choi
Seojin Lim
Gyu-Jin An
Haeun Cho

Read the full article

Listed in

This article is not in any list yet, why not save it to one of your lists.

Abstract

4 September, 2025. Research Square has withdrawn this preprint due to significant concerns regarding the integrity of the work. Maintaining high standards of ethical conduct is essential to our platform.

Version published to 10.21203/rs.3.rs-7418501/v2 on Research Square
Sep 4, 2025
Version published to 10.21203/rs.3.rs-7418501/v1 on Research Square
Aug 27, 2025

WITHDRAWN: A Semi-Convolutional Framework for Effective Instance Segmentation of Melanoma in Dermatological Images Using Spatially Enhanced Embedding Techniques

This article has 6 authors:
1. Ravi Kumar
2. Priya Sharma
3. Aakash Patel
4. Saanvi Reddy
5. Soo-Jung Kim
6. Gyu-Jin An
This article has no evaluationsLatest version Sep 4, 2025
WITHDRAWN: Towards Robust Eczema Region Identification in Clinical Skin Images via Domain-Adaptive Deep Hashing

This article has 7 authors:
1. Sophia Hoshino
2. Min Seo
3. Soo Jung Kim
4. Michael Yamamoto
5. Seojin Lim
6. Gyu-Jin An
7. James Morita
This article has no evaluationsLatest version Sep 4, 2025
WITHDRAWN: Subcutaneous Blood Vessel Boundary Detection Using Deep Convolutional Networks

This article has 7 authors:
1. Hyun Jung Choi
2. Seojin Lim
3. Minho Kim
4. Soojung Park
5. Jiwon Han
6. Haeun Cho
7. Gyu-Jin An
This article has no evaluationsLatest version Sep 4, 2025

Listed in

Abstract

Article activity feed

Related articles

WITHDRAWN: A Semi-Convolutional Framework for Effective Instance Segmentation of Melanoma in Dermatological Images Using Spatially Enhanced Embedding Techniques

WITHDRAWN: Towards Robust Eczema Region Identification in Clinical Skin Images via Domain-Adaptive Deep Hashing

WITHDRAWN: Subcutaneous Blood Vessel Boundary Detection Using Deep Convolutional Networks