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This paper gives a singular self-supervised transfer new technique for clinical image segmentation. The proposed method entails a deep state-of-the-art structure capable of learning strong feature representations by leveraging unlabelled records from a supply domain thru self-supervised techniques and then shifting those representations to a target domain. Experiments were conducted on medical photo segmentation datasets: manual mind tumor segmentation and chest X-ray segmentation. The proposed technique has improved the version's overall performance compared to the present baseline processes. It significantly improved over the self-supervised strategies, especially in the brain tumor segmentation dataset. The paper highlights capacity destiny guidelines for research in self-supervised transfer brand new for clinical picture segmentation.

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Exploring Representations Learned via Self-Supervised Transfer Learning for Medical Image Classification

  • 会议论文

  • 发表日期：

    2025年

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  • Raghavendra M. Devadas,
  • Intekhab Alam,
  • R. Raghavendra,
  • Kapish Nautiyal

摘要

This paper gives a singular self-supervised transfer new technique for clinical image segmentation. The proposed method entails a deep state-of-the-art structure capable of learning strong feature representations by leveraging unlabelled records from a supply domain thru self-supervised techniques and then shifting those representations to a target domain. Experiments were conducted on medical photo segmentation datasets: manual mind tumor segmentation and chest X-ray segmentation. The proposed technique has improved the version's overall performance compared to the present baseline processes. It significantly improved over the self-supervised strategies, especially in the brain tumor segmentation dataset. The paper highlights capacity destiny guidelines for research in self-supervised transfer brand new for clinical picture segmentation.