作者
Tatsuya J Arai, Christopher T Villongco, Michael T Villongco, Susan R Hopkins, Rebecca J Theilmann
发表日期
2012/8/28
研讨会论文
2012 Annual International Conference of the IEEE Engineering in Medicine and Biology Society
页码范围
5298-5301
出版商
IEEE
简介
To evaluate the nature of small scale lung deformation between multiple pulmonary magnetic resonance images, two different kinematic intensity based image registration techniques: affine and bicubic Hermite interpolation were tested. The affine method estimates uniformly distributed deformation metrics throughout the lung. The bicubic Hermite method allows the expression of heterogeneously distributed deformation metrics such as Lagrangian strain. A cardiac triggered inversion recovery technique was used to obtain 10 sequential images of pulmonary vessel structure in a sagittal plane in the right lung at FRC in 4 healthy subjects (Age: 28.5(6.2)). One image was used as the reference image, and the remaining images (target images) were warped onto the reference image using both image registration techniques. The normalized correlation between the reference and the transformed target images within …
引用总数
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