java实现质数，短小精干，有解释

线性矢量量化在 matlab 环境中执行的情况。它是非常简单。Matlab 的 LVQ 编码。这是监督的训练算法。

mpi并行计算的c++代码 可用vc或gcc编译通过 可以用来搭建并行计算试验环境-mpi parallel computing available vc c code or compile gcc structures can be used to test parallel computing environment

提供一个直接搜索算法程序，具有全局寻优能力。-provide a direct search procedures, and have an overall optimization capabilities.

! 平面杆系结构静力分析程序 ! 先处理法源程序 ! ! 主要功能和特点： ! 可调数组 ! 输入单元结点编号和结点位移编码； ! 先处理法形成总体刚度阵和结构综合结点荷载 ! 存储总刚上三角元素； ! GAUSS消元法解线性代数方程组； ! 计算结点位移和单元杆端力-! Plane truss structure static analysis program! First treatment source!! Main functions and characteristics:! Adjustable array! Input module node number and node displacement coding ! First approach to form and structure of the overall stiffness matrix Consolidated Statement point load! storage total just on the triangular element ! GAUSS elimination method solving linear algebraic equations ! computing node displacement and force unit rod end

VS2012 x64+opencv做的图像拼接，参照了别人的代码改编。 做的是左右拼接，上下的行不行没试过。 主要函数就是图像的储存位置，需要在代码里改下 测试了下还是比较稳健的，拼接效果尚可，不过重叠部分可能产生鬼影，另外接缝处有小裂缝，如果不满意，可再设计方法优化 所有代码均含注释，浅显易懂，含测试图片

支持向量机算法主要用于分类，在数据中找到支持向量，作为分类的训练样本。支持多类分类。

aprioi算法用于数据挖掘的关联处理，对于数据挖掘只是可以更好的了解-aprioi algorithm for data mining of association deal with, for data mining can only have a better understanding of

开发环境：Visual C++ .net2003 功能：利用遗传算法求解TSP问题。-Development Environment: Visual C++. Net2003 function: the use of genetic algorithm to solve TSP problems.

本程序由kyungsang基姆制作。如果你有问题或问题，发送电子邮件到me.kssigari@gmail.complease试试这些测试步骤1。模拟器是用于测量投影。2。demo2是解析重建众所周知过滤backprojection3。Demo3 is the iterative reconstruction using the maximum likelihood expectation maximization (MLEM) method.nx: number of image pixels of x-directionny: number of image pixels of y-directionnz: number of image pixels of z-directionsx: real size (length) of x-axis of the image -> resolution of a pixel = sx/nxsx: real size (length) of y-axis of the image -> resolution of a pixel = sy/nysx: real size (length) of z-axis of the image -> resolution of a pixel = sz/nznu: number of detector pixels of x-direction (u)nv: number of detector pixels of z-direction (axial) (v)su: size of real (length) of detector u-direction -> resolution of a pixel = su/nusv: size of real (length) of detector v-direction -> resolution of a pixel = sv/nvDSD: distance between source to detectorDSO: distance between source to iso-center (image center).dir: rota

FDS为火灾动力学模拟软件源代码,该软件为开源项目,代码语言主要为FORTRAN,可在WINDOWS和LINUX下编译运行,详细说明可参考http://fire.nist.gov/fds/官方网址-FDS for the fire dynamics simulation software source code, the software for the open source project, code language primarily for FORTRAN, can be compiled under WINDOWS and LINUX operation, a detailed description may refer to the official web site http://fire.nist.gov/fds/