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Study on high speed parallel algorithm using PC grid environment for visualization measurements by Digital Holographic Particle Tracking Velocimetry

机译:基于PC网格环境的高速并行算法用于数字全息粒子跟踪测速的可视化测量研究。

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A micro-digital holographic particle tracking velocimetry with high-speed system is constructed by a PC grid environment that employs Windows XP with AD-POWERs as parallel tool. Two algorithms for high-speed system are evaluated under the same PC grid environment. Both methods are based on a computer-generated hologram algorithm. One method is a division algorithm based on time development for the measurements, while the other is a division algorithm based on spatial reconstruction for the measurement. In case of the former, the performance is increased by a factor of 3.3 by using 4 PCs. The present system can compute huge hologram images and output them "on-site" at an experimental facility. (c) 2007 Elsevier B.V. All fights reserved.
机译:由PC网格环境构建具有高速系统的微数字全息粒子跟踪测速技术,该环境采用Windows XP和AD-POWER作为并行工具。在相同的PC网格环境下评估了两种用于高速系统的算法。两种方法均基于计算机生成的全息图算法。一种方法是基于时间发展的测量划分算法,另一种是基于空间重构的测量划分算法。对于前者,使用4台PC可使性能提高3.3倍。本系统可以计算巨大的全息图图像,并在实验设备上“现场”输出。 (c)2007年Elsevier B.V.版权所有。

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