搜索资源列表
pi
- 使用pthread多线程计算圆周率,直接在linux环境下编译运行,线程数通过代码中N进行修改-Use pthread multi-threaded computing pi, directly in the linux environment, compile run threads through the code to modify N
exa_5
- 多核程序设计一书中第五章代码,讲述linux下使用pthread函数库进行多线程开发。-Multi-core programming code for a book chapter, talk about linux using pthread library for multi-threaded development.
crossMatch
- 交叉证验的多线程实现版本,附有代码的测试文件。需要在Linux下运行。,-Cross-validation of the multi-threaded implementation version of the test code is attached to the file. Need to run under Linux. ,
ProgramingPwithPPOSIXPthread
- 详细描述linux下多线程编程技术,希望对大家能有所帮助-Detailed descr iption linux multithreaded programming techniques
pthread_pie
- 并行计算:多线程计算Pi值。 运行与编译环境:Linux-Parallel computing: multi-threaded calculating the value of Pi. Operation and compile environment: Linux
Muliticore
- 在Linux/Windows平台上实现单精度浮点的矩阵乘法,在Linux/Windows平台上用多线程方法实现浮点向量的点积计算,多核的经典入门必学算法-In Linux/Windows platform to achieve single-precision floating-point matrix multiplication, in Linux/Windows platform using multi-threading methods to achieve floating point
matrix_mult
- 在C++11的基础上采用4种不同方法实现了多线程并发矩阵与向量乘积,矩阵转置与矩阵乘积,Linux下编译,需连接pthread库。-Using four different methods on the basis of C++ 11 is implemented on a multi-threaded matrix and vector product, matrix transpose and matrix multiplication, Linux compiler, connect pt
Colfax-HOW-Day-01
- 介绍了英特尔至强处理器和英特尔Xeon Phi协处理器和讨论它们的功能和目的。我们也开始介绍便携式的,面向未来的并行编程和讨论在英特尔MIC架构的高性能的先决条件:线程的并行性,矢量化和优化的内存访问模式。本课程将介绍本地的规划模型英特尔Xeon Phi协处理器,允许重用代码的应用程序设计为通用的CPU。会议的实践部分演示了如何在Linux操作系统(OS)在主机上运行的操作系统间的协处理器,以及如何使用英特尔的编译器上运行的处理器的本地应用程序。-Intel Architecture In
