登录
首页 » 算法 » 数值分析第八版的负担和菲尔斯(源程序)

数值分析第八版的负担和菲尔斯(源程序)

于 2022-03-25 发布 文件大小:143.66 kB
0 213
下载积分: 2 下载次数: 1

代码说明:

Numerical Anaysis 8th Edition Burden and Faires (Fortran Source)

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • 数值计,表达式求值, 如计3 + 2 * ( 3 + 2) / 5 + 8 + Sin( pi() / 180 * 30 ) + 1 + 2 ^ 10, 可...
    数值计算,表达式求值, 如计算3 + 2 * ( 3 + 2) / 5 + 8 + Sin( pi() / 180 * 30 ) + 1 + 2 ^ 10, 可自定义函数, 采用递归算法-numerical calculation, in the expression evaluates, as calculated 3 2* (2)/5 8 Sin (pi ()/180* 30) 1 2 ^ 10,- defined functions using recursive algorithm
    2022-01-26 05:01:19下载
    积分:1
  • 快速获取3D重建切片的
    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
    2022-07-08 11:47:05下载
    积分:1
  • 又树复小波变换工具包
    本程序为完整的双树复小波工具包,包括了一维和二维双树复小波变换,是一个非常齐全的工具包。
    2022-08-19 19:01:30下载
    积分:1
  • 背包的动态规划.rar
    背包的动态规划算法.rar-backpack dynamic programming algorithm. Rar
    2022-08-10 03:17:55下载
    积分:1
  • 音频数据压缩源码
    此部分源码可以完成PCM和G711  G726的压缩,经过实际测试,压缩效果挺不错的。通过将电脑采集的PCM数据压缩成g711或者g726格式,方便对音频的处理
    2022-03-21 15:01:31下载
    积分:1
  • 3D FDTD code for electromagnetic simulation
    In the pFDTD, pre-defined, a number of functions helps you to input complex dielectric/metallic structures by the repeated use of rather simple geometric structures. For example, the later use of input object functions will take over the overlapped region with the previously defined structures. In the present pFDTD version, only metals that can be described by simple Drude model can be handled.
    2022-04-18 00:45:50下载
    积分:1
  • TDOA定位
    采用牛顿迭代,泰勒展开迭代算法。matlab源程序,有仿真结果。 采用牛顿迭代,泰勒展开迭代算法。matlab源程序,有仿真结果。 采用牛顿迭代,泰勒展开迭代算法。matlab源程序,有仿真结果。
    2022-05-29 00:50:03下载
    积分:1
  • some commonly used recursive algorithm
    一些常用的递归算法 -some commonly used recursive algorithm
    2022-07-19 06:42:01下载
    积分:1
  • energy center, two pairs of split
    用能量重心法,对基2分裂的FFT算法进行校正,在整周期采样的条件下,幅值,相位,频率等可以达到很高的精度 -energy center, two pairs of split-the FFT algorithm for correction, in the whole cycle of sampling conditions, the amplitude, phase, frequency, etc., may achieve high accuracy
    2022-04-20 19:20:20下载
    积分:1
  • 牛顿的插值分频差公式;
    数值计算算法:牛顿的插值分频差公式算法由Pascal以得到插值的划分差系数   多项式P上的第(n +1)不同的数x(0)中,x(1),...中,x(n)的   对于函数f:   输入:数x(0)中,x(1),...中,x(n)的;值的f(x(0)),函数f(x(1)),...,            函数f(x(n))的作为第一列Q(0,0),Q(1,0),...,Q(N,O)问的,            如果函数f被提供,或者可以被计算出来。   输出:数字Q(0,0),Q(1,1),...,Q(N,N),其中            P(x)的= Q(0,0)+ Q(1,1)*(X - ×(0))+ Q(2,2)*(X - ×(0))*(X - ×(1 ))            + ...+ Q(N,N)*(X - ×(0))*(X - ×(1))* ... *(X - ×(N - 1))。
    2022-06-15 00:16:09下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载