ResearchGate publication 349065011 Neural network Neural network enhanced 3D turbo spin echo for MR Feb 1 2021 For accelerated whole brain IVWI on volunteers the optimized isotropic 0 5 mm 3D T1w TSE sequence with CNN based PSF enhancement provides sufficient flow suppression and
Semantic Scholar paper Neural network enhanced 3D Neural network enhanced 3D turbo spin echo for MR Semantic Scholar extracted view of Neural network enhanced 3D turbo spin echo for MR intracranial vessel wall imaging by Zechen Zhou et al
ScienceDirect science article Neural network enhanced 3D turbo spin echo for MR May 1 2021 MR intracranial vessel wall imaging IVWI provides an important clinical solution for stroke diagnosis Turbo spin echo TSE imaging allows sufficient signal to noise Author Zechen Zhou Shuo Chen Niranjan Balu Baocheng Chu Xihai Zhao Jie Sun Mahmud Mossa Basha Thomas Publish Year 2021
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National Center for Biotechnology Information pmc articles Reduction in Acquisition Time and Improvement in Image Jul 6 2022 Background The aim of this study was to assess the technical feasibility and the impact on image quality and acquisition time of a deep learning accelerated
Neural network Structure in biology and artificial intelligence
PubMed 33548457 Neural network enhanced 3D turbo spin echo for MR PubMed Purpose To improve the signal to noise ratio SNR and image sharpness for whole brain isotropic 0 5 mm three dimensional 3D T 1 weighted T 1 w turbo spin echo TSE Author Zechen Zhou Shuo Chen Niranjan Balu Baocheng Chu Xihai Zhao Jie Sun Mahmud Mossa Basha Thomas Publish Year 2021
Neural Network Enhanced 3d Turbo Spin Echo For Mr
pmc ncbi nlm nih gov articles PMC9362557 Vessel wall MR imaging in neuroradiology PMC Technical development has provided various options for plaque imaging such as 3D fast spin echo FSE imaging with variable flip angle refocusing pulse VFA People also search for
Neural Network Enhanced 3d Turbo Spin Echo For Mr
ScienceDirect science article Neural network enhanced 3D turbo spin echo for MR May 1 2021 MR intracranial vessel wall imaging IVWI provides an important clinical solution for stroke diagnosis Turbo spin echo TSE imaging allows sufficient signal to noise Author Zechen Zhou Shuo Chen Niranjan Balu Baocheng Chu Xihai Zhao Jie Sun Mahmud Mossa Basha Thomas Publish Year 2021
Spin echo Response of spin to electromagnetic radiation
cds ismrm org protected 19MProceedings 3242 cds ismrm org The three dimensional 3D turbo spin echo TSE sequence with variable flip angle VFA has proven to be clinically useful for high resolution intracranial vessel wall
Oxford Academic bjr article Convolutional neural network based reconstruction for Feb 10 2022 In this study we developed a DNN based parallel imaging reconstruction for highly accelerated 2D TSE data in prostate MR imaging We demonstrate the performance of our
archive ismrm org 2018 1049 Deep Convolutional Neural Network Enhanced 3D High Resolution Turbo spin echo TSE imaging with variable flip angle VFA is commonly used for three dimensional 3D high resolution intracranial vessel wall imaging However