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Programs LUCKY LUCKY_C - 3D parallel transport codes for the multy-group transport equation solution for XYZ geometry by PmSn method

机译:PMSN方法的智慧&lucky_c - 用于XYZ几何的多组传输方案解决方案的3D并行传输代码

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Powerful supercomputers are available today. MBC-1000M is one of Russian supercomputers that may be used by distant way access. Programs LUCKY and LUCKY_C were created to work for multiprocessors systems. These programs have algorithms created especially for these computers and used MPI service for exchanges between processors. LUCKY may resolved shielding tasks by multigroup discreet ordinate method. LUCKY_C may resolve critical tasks by same method. Only XYZ orthogonal geometry is available. Under little space steps to approximate discreet operator this geometry may be used as universal one to describe complex geometrical structures. Cross section libraries are used up to Pm approximation by Legendre polynomials for nuclear data in GIT format. Programming language is FORTRAN-90. "Vector" processors may be used that lets get a time profit up to 30 times. But unfortunately MBC- 1000M has not these processors. Nevertheless sufficient value for efficiency of parallel calculations was obtained under "space" (LUCKY) and "space & energy" (LUCKY_C) paralleling. AUTOCAD program is used to control geometry after a treatment of input data. Programs have powerful geometry module it is a beautiful tool to "win" any geometry. Output results may be treat by graphic programs by personal computer.
机译:今天提供强大的超级计算机。 MBC-1000M是俄罗斯超级计算机之一,可以通过遥远的方式访问。程序幸运和lucky_c是为多处理器系统工作的。这些程序具有特别适用于这些计算机的算法,并使用MPI服务在处理器之间进行交换。 Lucky可以通过Multigroup谨慎纵坐标方法解决屏蔽任务。 lucky_c可以通过相同的方法解决关键任务。只有XYZ正交几何形状可用。在近似谨慎操作者的小空间步骤下,该几何形状可以用作通用的几何来描述复杂的几何结构。横截面库被GIT格式的Legendre多项式用于PM逼近的PM近似。编程语言是Fortran-90。可以使用“向量”处理器,让我们获得最多30次的时间利润。但遗憾的是,MBC-1000M没有这些处理器。然而,在“空间”(幸运)和“空间和能量”(Lucky_c)平行下,获得了足够的平行计算效率的值。 AutoCAD程序用于控制输入数据后控制几何体。程序具有强大的几何模块,它是一个漂亮的工具,可以“赢得”任何几何形状。输出结果可以通过个人计算机来处理图形程序。

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