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Solving-Linear-Equations
- 根据已知的值求二元一次直线方程y=ax+b的表达式,支持分数运算,保留精度-According to the the Bivariate once the linear equation of the known value of y = ax+b expression support fractional operations to retain accuracy
find
- 线性方程组求解，输入是N（N<256）元线性方程组Ax=B，输出是方程组的解，也可能无解或有多组解。可以用高斯消去法求解，也可以采用其它方法-Linear equations, the input is N (N < 256) linear equations Ax = B, and the output is the solution of equations, may also be no solution or multiple sets of solutions. Gaussi
shuzhifenxi
- matlab的数值分析，利用matlab来科学计算。用超松弛法求解Ax=b。-Matlab numerical analysis using matlab to scientific computing. Overrelaxation method for solving Ax = b.
Calculate-the-binary-simple-equation
- 计算二元一次方程，ax+b=0 cx+d=0 初学vb-Calculate the binary simple equation, ax+ b = 0 cx+ d = 0 beginner vb
AX-12C
- 舵机控制C语言 基于单片机的舵机控制C语言代码测试 仅供参考-SORRY i DO NOT KNOW WHAT TO SAY DO YOU UNDERSTAND ME HEHE HELLO BYE YBE SEE YOU TOMORROW IT IS TOO TROBLE a a b b a a a a a a a
qiux
- 这段代码是用来求Ax=b线性方程的，采用的是列主元消元法，经过很苛刻的矩阵验证，其精度可以和matlab中的求逆再求方程的结果媲美-This code is used to seek Ax = b of linear equations, the main-element elimination method, after a very demanding Matrix verify its accuracy and inversion in matlab and then seek compa
LNinterpolation
- 拉格朗日插值也叫两点插值，已知函数y = f (x)在给定互异点x0, x1上的值为y0= f (x0)，y1=f (x1)线性插值就是构造一个一次多项式 P1(x) = ax + b 使它满足条件 P1 (x0) = y0 P1 (x1) = y1-Lagrange interpolation, also known as two points interpolated known function y = f (x) given different point x0,
Numerical-method-solve-equations
- 数值方法解方程组AX=B（LU分解），过程分3步，首先，分解系数矩阵A=LU，然后，解LY=B，最后再求UX=Y 另一种是直接求解的（2.1）-Numerical method to solve the equations AX = B (LU decomposition), 3 step process, first of all, the decomposition of the coefficient matrix A = LU, then, Xie LY = B, and finally
PRP
- 本程序为求解线性方程组Ax=b的共轭梯度算法,对于A不要求是方阵。-The procedures for solving linear equations Ax = b conjugate gradient algorithm for A is not required to be square.
GaussianElimination
- x=GaussianElimination(A,b) GaussianElimination solves system of linear equations of the form Ax = b using Gaussian Elimination method. A = n x n square matrix with the coefficients of the system of equations as the elements of matrix A b
numberical-analysis
- 基于matlab的高斯消元，LU，jacobi等方法求解线性方程Ax=b；-solving linear function Ax=b,use Gauss elimination,LU decomposition,Jacobi methods
linear-regression
- 对n个数据点(xi,yi),i=0,1,...,n-1用直线y=ax+ b做回归分析~ -The number of n stronghold (xi, yi), I = 0, 1,... , n- 1 in a straight line y = ax+ b do regression analysis ~
vector_x_in_upper_matrix_mpi
- calculate vector x in Ax=b equation of the upper triangle matrix using pipeline mpi
Solv_LinSyst_SVD
- A SIMPLE PROGRAM TO SOLVE A LINEAR SYSTEM AX=B BY THE SINGULAR VALUE DECOMPOSITION METHOD
MyDesign
- 用C语言实现高斯消元算法，求解Ax=B，线性方程组。其中可以熟悉函数的调用，学习一定的编程思想。-C language Gaussian elimination algorithm for solving Ax = B, linear equations. Which may be familiar with the function call, learning some programming ideas.
gs
- 高斯消元算法，用于计算Ax=b，形式的方程，希望可以为大家提供帮助-Gaussian elimination algorithm, the equation used to calculate Ax = b, in the form, I hope you can help. .
gauss_seidel
- Gauss-Seidel method for system of equatios, type: Ax=b
Gauss-Seidel
- 本文件含有Gauss-Seidel求解方程组的解，Gauss列选主元消去法解线性代数方程组Ax=b的解，经验证正确。-This document contains the Gauss-Seidel solution for solving equations, Gauss column pivoting elimination method for solving linear algebraic equations Ax = b, solution, proven correct.
MULTIPLICATER_AND_ADDER
- 本程序描述了实现函数y=ax+b（a和b 都为小于1的8bit小数）的硬件电路描述，最后得到的结果只取了整数部分，为8 bit输出，并且对小数部分四舍五入了。-This procedure describes the implementation function y = ax+b (a and b are less than 1 8bit decimal) descr iption of the hardware circuit, the final result just take the
LLt
- this source code calculate Ax=b by LLT