搜索资源列表
pi111111
- 用ＰＴＨＲＥＡＤ编写的并行计算pi值的并行程序！-PTHREAD prepared by the Parallel Computing pi value of the parallel program!
ompi
- 一个利用OpenMP并行计算pi值的程序,双核CPU可以提高计算速度一倍,减少时间一半儿.-OpenMP parallel computing using a pi value of procedures, dual-core CPU can improve computing speed doubled, to reduce the half time.
2000pi
- 能够精确到2000位的pi值计算,其中用到了数组的相关知识,计算时间不会超过5秒-Accurately to the 2000 value of pi, which used an array of relevant knowledge of the computing time is not more than 5 seconds
cpi
- 计算pi值的并行程序，编程语言是c，加入mpi实现并行化-Calculated pi value of parallel programming, programming language is c, achieved by adding parallel mpi
pitu
- 一个Parallel calculation入门的例子, 使用MPI 计算pi值-a calculation pi value MPI program to start learning the Parallel system
PI
- 用MPI实现计算PI的值，用计算梯形面积的方法实现，主要用C-PI calculated by the value of MPI implementation
ComputePi
- 采用了多线程的pi值计算，效率比单线程高-Using a multi-threaded pi value, high-efficient than single-threaded
computePI
- 用于计算pi值的经典数值算法，使用mpich2实现。算法在8台1.6Ghz机器上运行令计算精度达到小数点后10位耗时10min-algorithms for computing pi.
PI
- 结合omp编程，采用并行计算的方法计算π的值，自动输出运行时间-Combined the omp programming, use parallel computing method to calculate the value of pi, the run-time output automatically
eee
- 一个用 omp处理的并行计算，得到pi的值，代码复制即可用
Pi
- 一个简单的计算Pi的Pthread多线程程序，提供给用户输入想开的线程数和N计算pi值。-A simple calculation of Pi Pthread multi-threaded program, available to user input like to open the number of threads and N calculate the value of pi.
_pi
- 并行计算中用多线程计算pi的值，采用积分的方法-Using multi-threaded computing the value of pi, using integral parallel computing
MPI_OpenMP_code
- 压缩包里包含几个用C编写的并行代码，运行无误。其中包括，电路满足性的MP程序，floyd算法MPI代码，Sieve_Eratoshenes筛法MPI代码，矩阵相乘的MPI代码以及计算PI值的OpenMP代码。-Which contains several parallel programs written in C to run correctly. Among them, including Floyd algorithm procedures, matrix multiplication M
MIPS1
- 可以计算一个表达式的值，支持sin,cos,tan,e,π Mars4.5编译通过(You can compute the value of an expression that supports sin, cos, Tan, e, PI, Mars4.5, compilation, and so on)
Pi
- 运用蒙特卡洛方法计算π，多线程计算。创建几个线程，每个线程都会生成随机点并确定点是否落在圆圈内。 每个线程都必须更新圈内所有点的全局计数。 一旦所有线程退出，父线程将计算并输出π的估计值。 使用互斥锁或信号量保护共享全局变量更新时的竞争条件。 值得尝试生成的随机点的数量。 作为一般规则，点的数量越大，近似值越接近π。(Estimating Pi using Monte Carlo)