首页> 外文会议>Applied Imagery Pattern Recognition Workshop (AIPR), 2011 IEEE >Organ localization through anatomy-aware non-rigid registration with atlas
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Organ localization through anatomy-aware non-rigid registration with atlas

机译:通过解剖图识别非刚性配准图集进行器官定位

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Automated organ localization in medical images can be very effective in enhancing a radiologist's productivity through smarter workflow design and reporting tools. In this paper, we present an algorithm for organ localization in an image through registration with an atlas data. The challenge comes from supporting non-rigid registration of multi-modality inter-patient data. The proposed solution is an extension of blob-based nonrigid registration framework for multi-modality registration. Blob-based framework is a fast non-rigid registration approach providing flexibility of constraints across different image regions or blobs, and which facilitates controlling topological changes inside blobs. An important step in this framework is defining right blobs for a good inter-patient registration. We describe solution to choosing the right blobs through body region identification for acceptable organ localization.
机译:通过更智能的工作流程设计和报告工具,医学图像中的器官自动定位可以非常有效地提高放射科医生的生产率。在本文中,我们提出了一种通过与地图集数据配准的图像中器官定位的算法。挑战来自支持多模式患者间数据的非刚性注册。提出的解决方案是基于斑点的非刚性注册框架的扩展,用于多模式注册。基于Blob的框架是一种快速的非刚性配准方法,可在不同图像区域或Blob上提供约束的灵活性,并有助于控制Blob内部的拓扑变化。此框架中的重要步骤是定义正确的斑点,以实现良好的患者间注册。我们描述了通过身体区域识别来选择正确的斑点的解决方案,以实现可接受的器官定位。

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