High Performance Parallel Computing For Next Generation Holographic Imaging

Brie

5 May, 2019

Tomoyoshi shimobaba and tomoyoshi ito high performance parallel computing for next generation holographic imaging nature electronics vol. Deep learning extends imaging depth and speeds up hologram.

High Performance Parallel Computing For Next Generation

high performance parallel computing for next generation holographic imaging

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High performance parallel computing for next generation.

High performance parallel computing for next generation holographic imaging. High performance parallel computing for next generation holographic imaging. That of a high performance computer. A full scale one dimensional novel look up table 1 d nlut method enabling faster generation of holographic videos with the minimum memory capacity is proposed.

All those 3 d rotational motions of the object made on each arc can be compensated just by rotating their local. A big step toward the practical application of 3d holography with high performance computers. Only a pair of half sized 1 d baseline and depth compensating principal fringe patterns pfps is pre calculated and stored based on the concentric symmetry property of the pfp and from which a set of half sized 1 d pfps for all.

Knights landing technology to develop a high performance computing hpc molecular imaging analysis. A big step toward the practical application of 3d holography with high performance. Takashige sugie et al.

3d holographic image from a video. These results suggest that a holographic. The open source rome package is a parallel computing software system dedicated for high resolution cryo em structure determination.

High performance parallel computing for next generation. High performance parallel computing for next generation holographic imaging. A spherical hologram based three dimensional rotational motion compensation sh 3drmc method is proposed for the accelerated generation of holographic videos of a three dimensional 3 d object moving in space along the arbitrary trajectory with many locally different curvatures.

Computing has been the topic of active research in various fields since the early 2000s. High performance parallel computing for next generation holographic imaging. Computing powers with more than 10 frames per second and 1.

Leveraging hpc hardware to run next generation molecular imaging analysis by louis vistola. Nat electron 1 254.

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