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机译:GPU加速的前向和后向投影以及具有可变空间的内核,可用于3D DIRECT TOF PET重建
Comput. Sci. Dept., Stony Brook Univ., Stony Brook, NY, USA;
fast Fourier transforms; graphics processing units; image reconstruction; iterative methods; medical image processing; operating system kernels; positron emission tomography; 3D direct TOF PET reconstruction; FFT-based approach; FFTW; GPU instruction-level parallelism; GPU-accelerated forward; back-projection operation; direct image reconstruction; shift-variant system; spatial varying kernels; spatially symmetric system; Graphics processing units; Image reconstruction; Image resolution; Instruction sets; Kernel; Parallel processing; System-on-a-chip; CUDA; DIRECT TOF PET reconstruction; GPU; forward and back-projection; spatially varying kernels;
机译:Freehand 3D超声成像的GPU加速核回归重建
机译:使用按视图分组的组织图像进行高效的3-D TOF PET重建:DIRECT-TOF的直接图像重建
机译:3D PET图像重建,包括运动校正和直接注册到MR或立体定位图集
机译:使用按视图分组的组织图像进行高效的3D TOF PET重建:DIRECT-TOF的直接图像重建
机译:具有随空间变化的材料特性的3D打印设计的结构优化
机译:GpU加速前进和后退预测与空间变异性为内核DIRECT 3D TOF pET重建
机译:通过内核分解方案在3-D DIRECT TOF PET重构中有效地加速GPU的长内核卷积