Core Concepts
Integrating Mamba-HUNet enhances medical image segmentation efficiency and accuracy.
Abstract
The content introduces the Mamba-HUNet architecture, combining Mamba and HUNet models for improved segmentation. It discusses the challenges in medical image segmentation, the advancements in deep learning networks like U-Net, ViT, and SwinTransformer, and the role of State Space Models (SSMs). The paper details the Mamba-HUNet architecture, its design, and the experimental results showcasing its effectiveness in segmenting Multiple Sclerosis lesions. The study concludes with the potential impact of Mamba-HUNet in clinical applications.
Stats
Mamba-HUNet surpasses Transformer-based networks in Multiple Sclerosis lesion segmentation.
Mamba-HUNet achieves an IoU of 0.8536, HD95 of 2.2518, DSC of 0.9287, Sensitivity of 0.9294, and Specificity of 0.9865.
Quotes
"The success of Mamba-HUNet lies in its superior performance and potential for real-world applications in clinical settings."
"Mamba-HUNet effectively captures both local features and long-range dependencies within medical images."