最后将基于机器学习的框架和现有的配准算法相结合，完成立体核磁共振脑图像弹性配准。
Finally, the machine learning based frame is combined with the existing registration arithmetic to complete the elastic registration of stereo NMR brain images.
精神分裂患者利用核磁共振(fMRI)完成了图像扫描，Mendrek和她的同事将结果与健康志愿者的脑功能进行比较。
Mendrek and her colleagues compared the brain function of healthy volunteers with schizophrenic patients that were completing the image rotation task by using magnetic resonance imaging (fMRI).
脑核磁共振(MR)图像因需要偏移场矫正，传统分割方法很难获得准确的分割结果。
Due to the correction of the bias field, it is hard to obtain the accurate segmentation results of magnetic resonance (MR) images using traditional methods.
每一个体持续集中注意力的能力由一个快速计算机视觉信息处理程序来评价，全脑图像由核磁共振成像来捕捉。
Individual capacity for sustained attention was assessed via a rapid computerised visual information processing task. An MRI was also taken to capture a whole-brain image.
每一个体持续集中注意力的能力由一个快速计算机视觉信息处理程序来评价，全脑图像由核磁共振成像来捕捉。
Individual capacity for sustained attention was assessed via a rapid computerised visual information processing task. An MRI was also taken to capture a whole-brain image.
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