并行环境下的seidel实现。使用mpi语言在smp环境下实现

线性方程组Jacobi迭代的并行求解。附件数据文件是4阶方阵的算例。调试A*x=b，A为n*m矩阵的话，数据文件第一行n m,后附[Ab]矩阵（n*(m+1)）

由于一个数值问题的精确解往往事先不知道，而用数值方法求出的计算解的误差又是不可避免的。因此，数值解是否失真，如何判断──即误差问题，成为大家所关心的重要而又困难的问题，本章只介绍了误差的基本概念和数值计算的若干原则，这对处理数值计算问题是必需的，但是仅这些还远远不能解决工程和科学计算中更为复杂的误差分析问题，还需专门分门别类地进行研究。-as an accurate numerical solution of the problem often did not know in advance, and the numerical methods used to calculate the solution sought by the error is inevitable. Therefore, the numerical solution of whether distortion, how to judge-- namely error, as we are concerned the important and difficult issues, this chapter presents only the basic concept of error and numerical calculation of certain principles, which deal with numerical calculation is necessary, but they are far from alone can not solve engineering and scientific calculations more complex error analysis, specialized categories needed to conduct research.

用c写的 十进制到十六进制转换用到的相关函数-used to write in metric Hexadecimal use the correlation function

并行算法下的transpose实现。在smp环境下用mpi编写-Sweet算shallow cavity transpose your wife of mother

在任务级并行平台P2HP上，开发的一个demo应用程序，它将串行的ClustelW进行并行化。-Platform in mission-level parallelism P2HP developed a demo application, it will ClustelW serial and parallel.

基于MPI1.2.5并行环境的求PI的VC源代码，非常适合MPI初学者-MPI1.2.5 parallel environment based on the PI for the VC source code and are very suitable for beginners MPI

mpi程序，用visual c++ ,Fortran等实现-mpi procedures, using visual c, Fortran, etc. achieve

这是一个基于xilinx ISE9.1的一个历程，包含两个FIFO代码，第一个FIFO读写用同一个时钟，第二个FIFO读写用不同的时钟。-This is a xilinx ISE9.1 based on a course code consists of two FIFO, the first FIFO read and write using the same clock, the second FIFO read and write with a different clock.

并行环境下实现应用曼德勃罗特集合实现分型图形。-Parallel environment to achieve application of Mandelbrot set to achieve sub-type graphics.

并行计算中的PSRS算法 经试验在Red Hat下可以使用-Parallel computing in the PSRS algorithm tested in Red Hat can be used under