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A modified bit-plane based method for lung region extraction from 3D chest CT images

机译:一种改进的基于位平面的3D胸部CT图像肺区域提取方法

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In this paper, we present an enhancement on bit-planes based method in the phase of extracting lung region from 3D chest images which is considered a key challenge in computer aided diagnosis systems designed for early detection of lung cancer. The chest 3D-CT images are used without any preprocessing in order to keep the entire information intact within the raw data. The results show that Bit-plane1 and Bit-plane2 can be considered together as needed and sufficient information to the extraction process of lung region even if other small objects having common pixels with lung walls remain within the extracted objects. Our method is implemented and tested on a database of normal cases composed of more than 1000 CT intensity images, and has successfully extracted lung regions in almost all of the cases.
机译:在本文中,我们在从3D胸部图像提取肺区域的阶段提出了一种基于位平面的方法的增强方法,这被认为是为早期检测肺癌而设计的计算机辅助诊断系统中的关键挑战。胸部3D-CT图像无需任何预处理即可使用,以使整个信息在原始数据中保持完整。结果表明,即使其他具有与肺壁相同的像素的小对象保留在提取的对象中,也可以根据需要将Bit-plane1和Bit-plane2一起考虑,并为肺区域的提取过程提供足够的信息。我们的方法在由1000多个CT强度图像组成的正常病例数据库中实施和测试,并且已成功提取了几乎所有病例的肺区域。

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