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bingxingjisuan
- 并行计算方法的详细介绍,深入浅出的介绍了并行计算方法的实现和应用,是研究并行计算方法的同志们必看的书。-parallel computing detailed descr iption of the methods and simple introduction to the method of parallel computing to achieve and applications, research on Parallel Computation comrades Watchable b
Testasm_liushui
- 利用嵌入式汇编来统计流水工作方式和非流水工作方式的的时间效率C++源码。-Embedded to statistics compiled water-ways and methods of work wasted time efficient C source code.
Neandla
- 计算牛顿和拉格朗日插值方法,用户输入插值结点-calculated Newton and Lagrange interpolation methods, user input interpolation nodes
数值分析2
- 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,
并行计算课的实验
- 并行计算课的实验,多线程计算π,使用了两种方法实现,希望大家有所帮助。-Experimental parallel computing class, multi-threaded calculation of π, using the two methods, and the hope to help.
Example4
- 采用贝叶斯正则化算法(抑制过拟合)提高 BP 网络的推广能力,采用两种训练方法, 即 L-M 优化算法(trainlm)和贝叶斯正则化算法(trainbr),用以训练 BP 网络;-Bayesian regularization algorithm (inhibition of over-fitting) to improve the generalization ability of BP network, using two training methods, that LM opti
convhull
- 设平面上n个点为 ,坐标原点为 。可按照下面方法求得包含这n个点的凸多边形。 (1)求最右边点,即x坐标最大点,设为 。 (2) 以 点为中心,在其余 个点中选取与 逆时针旋转角度最小的点,设为 。 (3)再以 点为中心,在其余 个点中选取与 逆时针旋转角度最小的点 。如此类推,直到新选取的点与 点重合为止。设已求得多边形k个点依次为 ,其中第 点与第1点重合。则分别以点 为三角形顶点计算面积并求和即可。 -Let n points in the plane as the
AMG
- 五点差分型多重网格方法:各种插值算子的比较)-Five-point difference-type multi-grid methods: a variety of interpolation operator of comparison)
quicksort
- This code is an MPI version of the sorting algorithm QuickSort in c++. The partitioning step is meda sequantially, but the split and merge steps are made using Send and Recieve methods.
backstepLBM
- 格子Boltzmann方法 格子Boltzmann方法是为了保留格子气自动机方法的优点,克服其缺点而发展起来的方法。 特别是1992年,钱跃弘、陈十一等的开创性工作(提出LBGK模型方法),使该方法广泛地应用到计算流体力学(单相流、多相流、多孔介质流、热对流、磁流体、反应-扩散等)。 -Lattice Boltzmann method of lattice Boltzmann method is to retain the lattice gas automata method has the
pastsquare
- 格子Boltzmann方法 格子Boltzmann方法是为了保留格子气自动机方法的优点,克服其缺点而发展起来的方法。 特别是1992年,钱跃弘、陈十一等的开创性工作(提出LBGK模型方法),使该方法广泛地应用到计算流体力学(单相流、多相流、多孔介质流、热对流、磁流体、反应-扩散等)。 -Lattice Boltzmann method of lattice Boltzmann method is to retain the lattice gas automata method has the
cavitylid-driven
- 格子Boltzmann方法 格子Boltzmann方法是为了保留格子气自动机方法的优点,克服其缺点而发展起来的方法。 特别是1992年,钱跃弘、陈十一等的开创性工作(提出LBGK模型方法),使该方法广泛地应用到计算流体力学(单相流、多相流、多孔介质流、热对流、磁流体、反应-扩散等)。 -Lattice Boltzmann method of lattice Boltzmann method is to retain the lattice gas automata method has the
dysii-1.4.0.tar
- dysii is a C++ library for distributed probabilistic inference and learning in large-scale dynamical systems. It provides methods such as the Kalman, unscented Kalman, and particle filters and smoothers, as well as useful classes such as common proba
MPIdemo
- 基于MPI技术的并行计算方法的FORTRAN程序-MPI-based parallel computing technology methods FORTRAN program
CUDA_Startup
- CUDA入门必备:包括CUDA安装方法,语法高亮,工程Wizard文件,参考手册和编程文档。-Entry must CUDA: CUDA installation methods including, syntax highlighting, project Wizard documents, reference manuals and program documentation.
Gaussian03intro
- gaussian03程序的应用 各种方法的实现 并行计算的实现方式-gaussian03 their application in a variety of methods to achieve the realization of parallel computing methods
SPARSE_CODE_DEMO
- C++实现的稀疏矩阵类,可实现稀疏矩阵的存储计算等功能-Now, instead of using 2D, we will use doubly-linked lists to present sparse matrices. There are various methods of organizing doubly-linked-lists. We not only store elements of sparse matrices but also implement operations
MultiCore-Programming
- Intel出版的多核编程,介绍通过软件的多线程方式来提高性能的方法。分为介绍多核变成,线程的综述,并行的基本概念,线程以及并行编程的结构,线程的API,OpenMP技术,并行编程的常规问题,多线程debug方法,Intel多核处理器的线程及其开发工具等。-Intel multi-core programming, published to introduce the way through the software to improve performance of multi-threaded
OMPPI
- OPENMP 求 PI 4种方法 私有化和临界区-OPENMP seeking PI 4 methods of privatization and the critical areas
Cudalecture
- 介绍了cuda的发展,开发,以及编程方法,是cuda初学者必读之lecture-Introduced the cuda development, development, and programming methods, the lecture is a must-read for beginners cuda
