### Refine by Time Frame

updated 5 hours ago

### Chebfun Team (view profile)

Chebfun is an open-source package for numerical computation with functions to 15-digit accuracy

updated 4 months ago

### Oleksiy Kuts (view profile)

function fundam - is the solver of system of linear equations

vectorminusvector.m

fundam.m

nod.m

updated 6 months ago

### Sagheb Kohpayeh Araghi (view profile)

Numeric matrix solution

Projnum3New.m

updated 7 months ago

### George Papazafeiropoulos (view profile)

Contains several numerical integration rules to evaluate the integral of a function

Integration Point Calculation Theory

updated 9 months ago

### Sleeba Paul (view profile)

Calculates the admittance matrix, Voltage of buses and Slack power of the system with PQ buses only.

busdata.m

gaussmethod.m

updated 9 months ago

### giovan battista errante (view profile)

this is a function that solve a linear system with gauss-seidel method

itergauss( A,b,n )

updated 11 months ago

### Ganindu (view profile)

Gauss Seidel Method Example

gauss_seidel.m

updated 1 year ago

### George Papazafeiropoulos (view profile)

The n-th order derivative or integral of a function is calculated through Fourier series expansion.

Cubic polynomial differintegral

Identity function differintegral

Tabular function differintegral

updated 1 year ago

### Cheuk (view profile)

A 1D finite element method (FEM) example is provided to teach the basics of using FEM to solve PDEs.

a_def(node)

compute_RHS_global(RHS_local, loc_glob, num_edges)

updated 1 year ago

### Cheuk (view profile)

Function uses Gauss elimination with pivoting to solve a linear system in standard format.

GAUSS_ELIM(A, b)

updated 1 year ago

### Cheuk (view profile)

Function uses Gauss-Seidel method to solve a linear system in CRS format

CRS_GS(CRS, b, x, epsilon)

updated 1 year ago

### Dirk-Jan Kroon (view profile)

Principal, Gaussian and Mean Curvature of triangulated mesh

[Cmean,Cgaussian,Dir1,Dir2,Lambda1,Lambda2]=patchcurvatur...

updated 1 year ago

### Matthew Moynihan (view profile)

Pick two points. This code gives you the X, Y, Z field along a line from start to finish.

CartesianEnter(Point, RingStruct)

Line(RingStructure)

AllRingsLineEnter.m

updated 2 years ago

### AKHIL Thomas (view profile)

Basic FDM programs in matlab: Elliptical pde's Pipe flow Heat transfer in 1-D fin (tdma, psor, gauss)

Elliptical_pde_Gauss.m

Elliptical_pde_Jacobi.m

Heat_Fin_insulated_end.m

updated 2 years ago

### Khaled Sharif (view profile)

This function will take a matrix designed to be used by the Gauss-Jordan algorithm and solve it.

gauss_jordan (x)

updated almost 3 years ago

### Kienitz Wetterau FinModelling (view profile)

Student VaR and CVaR against Gaussian risk figures (var, cvar, student)

FMinusOne( x,n )

InverseCDF4(x)

NCVaR(x)

updated 3 years ago

### Nickolas Cheilakos (view profile)

This function calculate Gauss elimination with complete pivoting

gecp(A)

updated 3 years ago

### mohamed hamedo (view profile)

IMPLEMENTATION OF GAUSS SEIDEL METHOD IN MATLAB used in the load flow problem

az.m

updated almost 4 years ago

### Jonas Lundgren (view profile)

updated 4 years ago

### osman onur gÃ¼rler (view profile)

simple 3x3 matrix linear solution. it's a homework study for numerical analysis class

gauss.m

updated 4 years ago

### Antonio Trujillo-Ortiz (view profile)

Gauss's multiplication formula.

gaussmult(m,z)

updated almost 5 years ago

### Nick Hale (view profile)

Computing Gauss quadrature nodes and weights with the chebfun system

legpts_demo.m

updated almost 5 years ago

### Peter Seibold (view profile)

Program calculates integer parameters of n x n gaussian filters.

GaussFilter(varargin)

updated 5 years ago

### Giuseppe Cardillo (view profile)

Calculate Easter Day

ED=easter(varargin)

updated 6 years ago

### Jason Brazile (view profile)

Generate MODTRAN-compatible spectral response functions (e.g. gaussian).

srf_generate.m

srf_modtran(infname, outfname, shape, n, yedge)

updated 6 years ago

### Christos Saragiotis (view profile)

Both functions calculate the Lomb-Scargle periodogram (aka Gauss-Vanicek/Least-squares spectrum)

fastlomb(x,t,varargin)

lomb(x,t,varargin)

updated almost 7 years ago

### Matt Fig (view profile)

updated 7 years ago

### Mehmet OZTURK (view profile)

fit a gaussian like curve to data

extreme.m

fitgaussian.m

updated 7 years ago

### C Agarwal (view profile)

Gauss Siedel method having infinite iterations (load, flow, gauss)

updated almost 8 years ago

### Jeroen Verbunt (view profile)

Compute volume and area of triangulation using divergence theorem of Gauss

testTriangulationVolume.m

triangulationVolume.m

updated almost 9 years ago

### Giovanni Di Cecca, Virginia Bellino (view profile)

Solve Linear Equation in format Ax=b

[max,ip]=maximus(A,k,pivot,n)

[x]=bsLPU(n,A,pivot,B)

errore.m

updated 9 years ago

### Greg von Winckel (view profile)

Computes weights and nodes for numerically solving spherical volume integrals.

updated 9 years ago

### Miguel D. B. (view profile)

Gauss-Jordan Elimination with Partial Pivoting

updated 9 years ago

### Greg von Winckel (view profile)

Compute Gauss nodes and weights for a triangle

updated 9 years ago

### Per A. Brodtkorb (view profile)

Numerically evaluates a integral using a Gauss quadrature.

[bp,wf]=qrule(n,wfun,alpha,beta)

gaussq(fun,A,B,tol,trace,varargin)

updated 10 years ago

### Greg von Winckel (view profile)

Weights, nodes, and spectral methods matices for radial problems

updated 11 years ago

### Jordi Soler Penades (view profile)

Numericaly evaluates integral using Gauss-Legendre quadrature method.

I=gausslege(f,a,b,n)

polegende.m

y=flege(f,a,b)

updated 12 years ago

### Anthony Zaganas (view profile)

The vector of pivot elements during LU is formed for special matrices and equivalent ones.

ColumnArrayInfo.m

determine(varargin)

updated 16 years ago

### Sophie-Anne Van Royen (view profile)

The archive GAUSS.ZIP contains 15 simple functions that replicate the ones bearing the same name.

c=counts(x,v)

l=rows(x);

m=miss(x,v)