基于GPU计算的小行星重力场加速度分析

Fumiya Kono, N. Nakasato, N. Hirata, K. Matsumoto
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引用次数: 0

摘要

在探索太阳系和生命起源方面,人们积极开展小行星探测研究。实现这一目标的方法之一是通过数值模拟分析太阳系天体的结构。GFandSlope是一个计算太阳系小天体的引力场,斜率和引力的给定模型数据的代码。当我们使用现有的顺序计算代码时,不可避免地要花费大量的时间来分析具有不同初始条件的高分辨率模型。这项工作通过GPU的实现实现了比以前的计算速度快几千个,这也将推动空间科学领域的研究。本文对我们的快速重力场分析GPU代码进行了评价,并讨论了在GPU上进行浮点运算的数值精度,以供实际应用。
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Acceleration of Gravitation Field Analysis for Asteroids by GPU Computation
Researches with explorations by space probes for asteroids have been performed actively to approach to the origin of the solar system and life. One of methods toward the goal is analyzing structure of solar system bodies by numerical simulation. GFandSlope is a code which calculates the gravitation field, slope, and attraction of given model data for small solar system bodies. When we use the existing sequential computation code, it is inevitable to take large time to analyze high resolution models with different initial conditions. This work achieved to compute several thousands faster than the previous by GPU implementation, which will also boost researches in the field of space science. This paper presents the evaluation of our GPU codes for fast gravitation field analysis and discusses numerical precision in floating point operations on the GPU for practical application.
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