An early experience of regional ocean modelling on intel many integrated core architecture

Srikanth Yalavarthi, A. Kaginalkar
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引用次数: 3

Abstract

Ocean modelling is an inherently complex phenomenon within the earth system framework which poses a challenge to the earth and computational scientists. Simulation of wide temporal and spatial scales in real-time / near real-time necessitates computational scientists to explore new performance enhancing architectures and simulation methods. Due to the spectra of the scales of motion, the computational requirements of ocean forecasting are relatively higher than that of numerical weather prediction. To some extent, the rapidly evolving computer technology provide solutions to this. In this paper, we present initial attempts in porting a high resolution regional ocean model on an Intel MIC based hybrid system. We discuss the challenges and issues to be addressed in achieving an efficient implementation of an ocean modelling system.
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在intel多集成核心架构上进行区域海洋建模的早期经验
海洋建模是地球系统框架内一个固有的复杂现象,对地球和计算科学家提出了挑战。实时/近实时的大时空尺度仿真要求计算科学家探索新的性能增强架构和仿真方法。由于运动尺度的频谱性,海洋预报对计算量的要求比数值天气预报要高。在某种程度上,快速发展的计算机技术提供了解决方案。在本文中,我们提出了在基于Intel MIC的混合系统上移植高分辨率区域海洋模型的初步尝试。我们讨论了在实现海洋建模系统的有效实施中要解决的挑战和问题。
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