Title 
Summary 
Primary Author 
Date 

This GUI demonstrates the iterative methods to find eigenvalues of a given matrix, using power method, inverse power method and QRIteration. 
M2TUM 
20040113 

A free curve fitting toolbox for Matlab 
Frederic Moisy 
20160428 

Calcula una ecuacion lineal 
Angel Aquino Fernandez AFA 
20071118 

Gauss Jordan Elimination & Pivoting is the most crafty device for solving a set of n variables with given n equations. 
Nadim Chowdhury 
20090307 

The function allows to solve simultaneoulsy different linear systems with the same coefficient matrix A using the GaussJordan algorithm 
Alain kapitho 
20051115 

Function Gauss_Seidel(A, b, N) iteratively solves a system of linear equations whereby A is the coefficient matrix, b the righthand side column vector and N the maximum number of iterations. A transition/iteration matrix approach is implemented, with Tg 
Alain kapitho 
20070814 

resolvs a liniar sistem using iterativ method 
Ionescu Alin 
20070515 

Solving a nbyn linear system of equations using Gaussian elimination with partial pivoting 
Alain kapitho 
20051118 

Applies Givens Rotation to a Matrix to perform QR decompostion 
Gurudatha Pai 
20090115 

GUI application for solving a system of equations using the Gradient and the Conjugate Gradients method. 
M2TUM 
20030523 

This is a simple function to track the subspace of a signal 
Gurudatha Pai 
20090115 

multiple versions of the incomplete LUfactorization 
M2TUM 
20090730 

Integration by trapezoid method 
Nadim Chowdhury 
20090303 

Function Jacobi(A, b, N) iteratively solves a system of linear equations whereby A is the coefficient matrix, b the righthand side column vector and N the maximum number of iterations. As with the Gauss_Seidel(A, b, N) function, a transition matrix appro 
Alain kapitho 
20070814 

Given n points in xy coordinates, function Least_Squares(x, y, m) constructs the leastsquares polynomial of degree m. The call to the function returns a vector c whose components c0, c1, ..., cm are the coefficients of the polynomial. 
Alain kapitho 
20060111 

Multigrid solver for scalar linear elliptic PDEs. Beat the direct solver! 
Bernd Flemisch 
20040329 

Script for the multiplication of linear expressions without coefficient constants. 
Muhammad Rafiullah Arain 
20050411 

This program contains some files for computing the QR factorization of an arbitrary (n x m)matrix A using the Householder transformation. 
Stefan Hueeber 
20060109 

Given the complex Schur form of a real matrix, AU=UR with U unitary and Q upper triangular,
this routine computes orthogonal Q and quasiupper triangular real T such that AQ=QT with
prescribed ordering of the diagonal blocks of T. 
Jan Brandts 
20030123 

A graphical user interface to demonstrate several special
matrices of Matlab's gallery function. 
Charlotte Gilbeau 
20030115 

Function SOR(A,b,N) solves iteratively the linear system Ax = b, N being the maximum number of iterations. Iterations are implemented in matrix form as x(k+1) = Tw*x(k) + c, with Tw being the transition/iteration matrix and c a constant vector. the optim 
Alain kapitho 
20070814 