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Enhanced super‐resolution reconstruction of T1w time‐resolved 4DMRI in low‐contrast tissue using 2‐step hybrid deformable image registration

机译：使用2步混合可变形图像配准，增强了低对比度组织的T1W时间分辨4dmri的超分辨率重构4dmri

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Xingyu Nie; Kirk Huang; Joseph Deasy; Andreas Rimner; Guang Li;
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1. Enhanced super‐resolution reconstruction of T1w time‐resolved 4DMRI in low‐contrast tissue using 2‐step hybrid deformable image registration [J] . Xingyu Nie, Kirk Huang, Joseph Deasy, Journal of applied clinical medical physics / . 2020,第10期

机译：使用2步混合可变形图像配准，增强了低对比度组织的T1W时间分辨4dmri的超分辨率重构4dmri
2. Enhancement of Super-Resolution Time-Resolved 4DMRI Reconstruction in Low-Contrast Tissue by Two-Step Deformable Image Registration [J] . Nie X., Huang K., Sharma S., Medical Physics . 2018,第6期

机译：通过两步可变形图像配准，增强低对比组织的超分辨率时间分辨4dmri重建
3. Novel Hybrid Deformable Image Registration with Automatic Body-Cavity Segmentation to Overcome Sliding Motion for Robust Reconstruction of Time-Resolved 4DMRI [J] . Nie X., Deasy J., Li G. Medical Physics . 2019,第6期

机译：具有自动体腔分割的新型混合可变形图像配准，以克服稳健重建的滑动运动4DMRI
4. Super-Resolution Reconstruction of Deformable Tissue from Temporal Sequence of Ultrasound Images [C] . Zhang HongMei, Wan MingXi, Wan JinJin, 2010 International Conference on Artificial Intelligence and Computational Intelligence . 2010

机译：从超声图像的时间序列可变形组织的超分辨率重建。
5. Fast Imaging of 2-Dimensional High Resolution Reconstruction of Tissue Heterogeneity by a Spatially Resolved Algorithm. [D] . Tse, Jorden Yeong Tswen. 2012

机译：通过空间分辨算法对组织异质性进行二维高分辨率重构的快速成像。
6. Introduction of a pseudo demons force to enhance deformation range for robust reconstruction of super-resolution time-resolved 4DMRI [O] . Guang Li, August Sun, Xingyu Nie, -1

机译：引入伪魔力以扩大变形范围以实现超分辨率时间分辨4DMRI的稳健重建
7. Non-Contrast Time-resolved Magnetic Resonance Angiography Combining High Resolution Multiple Phase Echo Planar Imaging Based Signal Targeting and Alternating Radiofrequency Contrast Inherent Inflow Enhanced Multi Phase Angiography Combining Spatial Resolution Echo Planar Imaging Based Signal Targeting and Alternating Radiofrequency in Intracranial Arteries [O] . Masanobu Nakamura, Masami Yoneyama, Takashi Tabuchi, 2012

机译：非对比度的时间分辨磁共振血管造影基于高分辨率多相回波平面成像的信号靶向和交替射频对比固有流入增强的多相血管造影组合的空间分辨率回波平面成像的基于信号靶向和交替射频在颅内动脉中的交替射频

Enhanced super‐resolution reconstruction of T1w time‐resolved 4DMRI in low‐contrast tissue using 2‐step hybrid deformable image registration

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