Matlab实现的CFD算法

Fortran科学计算程序,计算原子间力的大小,能级分布-Fortran scientific computing procedures, calculation of inter-atomic force size, level distribution

GAUSS-SEIDEL法的Matlab程序-A programm realizing GUASS-SEIDEL algorithm,written in Matlab.

在modbus通信时，我们经常需要计算crc校验码，本软件是我自己根据crc16算法自己编写的，按照modbus命令格式写出一串命令字符，填入第一个编辑框中，点击计算按钮就会得到crc16四位的校验码，同时还会在另一个编辑框中得到LRC的校验码，程序中crc16函数我已经封装好，方便后来者使用！

该程序在TC环境下运行。 按键1-6可以画6中常用的不同极坐标曲线。 按按键 q 退出。 你可以添加你想知道或者尝试任何你想象的曲线。-The program runs under the environment in the TC. 1-6 keys can be painted in 6 different commonly used polar curves. Q according to exit button. You can add or you want to know any of you try to imagine the curves.

这是一个经典的社团划分，采用GN算法思想， 基本上是从昨天开始吧，着手复杂网络的GN算法，整个过程包括从GML文件中提取邻接矩阵数据，GN算法的实现，模块度的计算。 （1）GML文件的读取。做GN的时候首次知道GML（Graph Model Language）,GML (Graph Modelling Language): There are many different programs that work with graphs but almost all of them use their own file format. As a consequence, exchanging graphs between different programs is almost impossible. Simple tasks like exchange of data, externally reproducible results or a common benchmark suite are much harder than neccessary. Therefore, we have developed a new file format for the Graphlet system: GML. GML supports attaching arbitrary information to graphs, nodes and edges, and is therefore able to emulate almost every other format. 从上面的英文中我们可以知道，GML是一种文件格式，试图统一大家对图结构的表达形式。这样，会很方便大家的交互，比如程序的利用。我们主要工作是从GM

数值分析中最常用的14个程序： 01_N皇后问题 01_循环赛程表 02_分段线性插值 02_牛顿插值法 03_构造正交多项式 03_最佳一致逼近多项式 04_简单迭代法求方程根[1+1；x] 04_简单迭代法求方程根[sqrt(x+1)] 05_复化梯形公式求积 06_尤拉公式解初值问题 08_高斯消去法解方程组 09_连分式法求积 10_迭代法解线性方程组 10_雅可比方法-Numerical analysis of the 14 most commonly used procedures: 01_N Queen s problem 01_ cycle calendar 02_ piecewise linear interpolation 02_ Newton interpolation 03_ structure orthogonal polynomials 03_ best uniform approximation polynomial 04 _ a simple iterative method for root equation [1+ 1 x] 04_ simple iteration equation for the root [sqrt (x+ 1)] 05_ complex formula of trapezoid quadrature formula 06_ yula 08 initial value problem solutions _ Gaussian elimination solution equations 09_ continued fractions method 10_ quadrature iteration solution of linear equations Jacobian 10_ Ways

通信基础应用中的关键字过滤，多模式匹配算法整理。该算法为精确匹配，如匹配字段为用户的uri，对于用户数据中的uri内容，对其进行多模式匹配算法，可以很快找到该uri的特征（是什么类型的网站，网站名称，所属位置等）

算法与数据结构试验中实验一：完成相关创建链表、排序、插入、 删除 等常见链表操作

用雅可比法求实对称阵的特征值与特征向量 例子中为3阶矩阵-Jacobi method with realistic symmetric matrix of eigenvalues and eigenvectors for the case of 3-order matrix

应用背景2011: Peer-to-Peer 38 and 60 GHz in Austin Texas Cellular (rooftop-to-ground) 2012: Cellular 28 GHz in New York City 2013: Cellular and Backhaul 72 GHz in New York City 2013: Capacity Analysis and Channel Models for 5G关键技术Links made at large range of receiver and transmitter angles • Many scatterers near both RX and TX when placed 1.5m above ground • Antenna Beam-steering can help make several NLOS links • Objects, such as brick, reflect 38 GHz better than 60 GHz due to lower diffusive scattering.