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3D Intrahepatic Vessel Reconstruction Based on Different Phases of Contrast Enhanced Liver CT Data

机译:基于不同相位对比增强肝脏CT数据的3D肝内血管重建

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摘要

There are three kinds of blood vessel systems in liver and the localization of each intrahepatic vessel system is one of the most important issues for liver surgery. In order to reconstruct all the vessels from the contrast-enhanced CT date, image registration must be adopted. In this paper, the registration of contrast-enhanced liver CT data in different phases was studied. Firstly, we proposed a method based on joint histogram to register the intrahepatic vessels. This method was evaluated by applied on two data sets, and it was shown that this method outperformed the method of mutual information in terms of speed. Then, some optimization algorithms, such as Powell, Brent, Golden Section and the Second-degree interpolation algorithms, were applied. Finally, the vessels are reconstructed in 3D.
机译:肝脏中存在三种血管系统,每个肝内血管系统的定位是肝脏外科手术最重要的问题之一。为了从增强的CT日期开始重建所有血管,必须采用图像配准。本文研究了不同阶段对比增强的肝脏CT数据的配准。首先,我们提出了一种基于关节直方图的肝内血管配准方法。通过在两个数据集上应用该方法进行了评估,结果表明该方法在速度方面优于互信息方法。然后,应用了一些优化算法,如鲍威尔,布伦特,黄金分割和二次插值算法。最后,以3D方式重建血管。

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