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Review: K-space trajectory development

机译:综述:K空间轨迹开发

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Many of the recent technological developments in MRI had been focused on improving imaging speed, resolution, and signal-to-noise (SNR). These parameters were often pre-estimate by sampling trajectory in k-space. A large number of patterns of k-space trajectories had been put forward to illustrate the acquisition strategy, including Cartesian raster, radial, zigzag, spiral, stochastic, rosette, TWIRL and WHIRL trajectories. This article reviewed the literatures to provide different k-space trajectories and discuss the characteristic of each trajectory. Only 2D k-space trajectories was described in this article, undersampling trajectories for parallel imaging, 3D and hybrid 3D that combined two or more types of trajectories were out of range of this paper.
机译:MRI最近的许多技术发展都集中在提高成像速度,分辨率和信号 - 噪声(SNR)。这些参数通常通过在k空间中的轨迹进行预估计。已经提出了大量的k空间轨迹模式来说明采集策略,包括笛卡尔光栅,径向,锯齿形,螺旋,随机,玫瑰华料,旋转和旋转轨迹。本文审查了文献,以提供不同的k空间轨迹,并讨论每个轨迹的特征。本文仅介绍了2D k空间轨迹,并行成像的欠采样轨迹,组合两种或更多种轨迹的平行成像,3D和混合3D超出了本文的范围。

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