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机译:使用欠采样自旋回波MRI和具有生成功能的基于模型的重构提高精度的快速T2映射
Max-Planck-Inst. for Biophys. Chem., Biomed. NMR Forschungs GmbH, Gottingen, Germany;
biomedical MRI; brain; gradient methods; image reconstruction; image sampling; inverse problems; medical image processing; phantoms; physiological models; spin echo (NMR); Appendix; T2 relaxation times; T2 values; accelerated T2 mapping; advanced model performance; advanced signal model; analytical gradient; conventional pixel-based fitting; cost function; echo-time images; fast T2 mapping; fully sampled data; generating function; gradient dampening approach; human brain MRI; improved accuracy; indirect echoes; iterative solution; magnetic flux density 3 T; model-based reconstruction technique; model-based reconstructions; mono-exponential model; multiple spin echo train; nonlinear inverse reconstruction problem; phantom; respective reconstruction problems; retrospective undersampling factors; simulated data; source code; spin-density; undersampled Cartesian spin-echo magnetic resonance imaging data; undersampled raw data; undersampled spin-echo MRI; Accuracy; Data models; Discrete Fourier transforms; Frequency-domain analysis; Image reconstruction; Magnetic resonance imaging; Phantoms; Fast spin echo (FSE); T2 mapping; indirect echoes; model-based reconstruction; relaxometry;
机译:使用高度欠采样的自旋回波MRI对T2映射进行基于模型的非线性逆重建。
机译:径向快速自旋回波MRI的基于模型的迭代重建
机译:基于模型的欠采样径向自旋回波DTI的扩散张量具有变分惩罚的重构
机译:基于模型的强度动态对比度增强MRI的重建
机译:多回波,凯撒密码采集和基于模型的重建(ME-CAMBREC):一种新型的T2加速映射方法。
机译:使用欠采样自旋回波MRI和具有生成功能的基于模型的重构提高精度的快速T2映射
机译:1使用欠采样自旋回波mRI和具有生成函数的基于模型的重建,提高精度的快速T2映射