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updated 1 year ago

Vectorized Bisection Search by Sky Sartorius

Robust root-finding method that handles n-dim inputs and therefore has key advantages over FZERO. (bisection, search, root)

bisection(f,lb,ub,target,options)

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updated 1 year ago

Multidimensional matrix multiplication by Sandor Toth

The simple function performs fast matrix multiplication within multidimensional arrays. (matrix, multiplication, simple)

mmat(A,B,dim)

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updated 1 year ago

function basic by Pedro

functions and basic operations (math)

repaso.m

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updated 1 year ago

atan2(0..360) by Small Satellites

Function calculates the arc tangent of y/x and places the result in range of [0..360] (math, atan2, tan)

atan2d(y,x)

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updated 1 year ago

Fourier Function Examples by Small Satellites

Fourier Function Examples (math, fourier function, smallsats)

Fourier_function.m

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updated almost 2 years ago

Greatest Common Divisor by Mustafa Balaban

Finding Greatest Common Divisor (programming, math)

GC_Divisor.m

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updated 2 years ago

ALL PERMUTATIONS OF SEQUENCE by Sandeep Solanki

Generates All Permutations of a sequence (math, function, permutation)

allperm(n)

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updated 2 years ago

NEWTON RAPHSON by Sandeep Solanki

Newton-raphson method to find root of an equation. (function, newton, newtonraphson)

newtonraphson(Eqn_Str,Start_Point,Max_Iter)

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updated 2 years ago

Generating Fibonacci Sequence by Alex Dytso

Function to generate Fibonacci Sequence of Length N (measurement, math)

y=genFib(x0,x1,N)

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updated 2 years ago

Recursive HYPOT Function for Multiple Inputs by Drew Compston

Extension of the built-in MATLAB function hypot for multiple inputs. (math)

hypotr(varargin)

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updated 2 years ago

CLOCK version 1.0: display a clock by sunil anandatheertha

A simple clock. Version 1.1 (clock, math, digital clock)

clockplot()

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updated 2 years ago

R-square: The coefficient of determination by Jered Wells

RSQUARE is a simple routine for computing R-square (coefficient of determination). (statistics, math, fit)

rsquare(y,f,varargin)

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updated almost 3 years ago

Method to find prime numbers by Gabriel Kasser

The goal is to present an algorithm that provides the prime numbers in an extremely simple way (math, prime, number)

fnc(x,b)

primeclassique.m

primemethod3.m

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updated 4 years ago

secant method in nonlinear ode by Kalyan Bhattacharjee

this will find the solution of U''=k*U*U' by using taylor series 3rd order and secant method (mathematics, simulation, optimization)

math1.m

secant.m

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updated 4 years ago

Derivative-based Optimization by Nassim Khaled

Derivative-based Optimization using The Gradient Descent (gradient, descent, minimum)

Gradient_Descent_maximum.m

Gradient_Descent_minimum.m

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updated 4 years ago

Mapping of angles from [-pi,pi] to [0,2*pi] by Nassim Khaled

This file contains a subsystem that performs a one-to-one mapping from [-pi,pi] to [0,2*pi]. (map, mapping, trigonometry)

angle_mapping

angle_mapping_example

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updated 5 years ago

Least Common Multiple Set by Josh

Input a set of numbers as an n-dimension array, get their least common multiple. (least, common, multiple)

lcms(numberArray)

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updated 5 years ago

196 Algorithm + GUI Beta Version by Darin Koblick

Highly optimized c code and Matlab GUI to find any palindrome using the 196-algorithm (optimization, palindrome, palindromic)

palindrome(varargin)

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updated almost 6 years ago

Generalized Generalized Mittag-Leffler function by YangQuan Chen

Generalized Generalized Mittag-Leffler function in four parameters (mittagleffler functio..., generalized mittaglef..., math)

ggml_fun.m

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updated 6 years ago

Factoring a multiple-root polynomial by Feng Cheng Chang

A multiple-root polynomial is factored into lower-degree distict-root polynomials, then solved. (linear algebra, polynomial multiple r..., great common divisor)

PolyFct(p)

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updated 6 years ago

igft by Joshua Carmichael

Computes the reconstruction of data from a user-given basis. Makes plots. (approximation, interpolation, orthogonal functions)

[u,varargout]=igft(data,B,varargin)

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updated almost 7 years ago

Orthogonal Linear Regression by F. Carr

Fit data using orthogonal linear regression. (approximation, interpolation, linear regression)

linortfit2(xdata, ydata)

linortfitn(data)

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updated 7 years ago

Angular Mathieu Functions by johnus magnus

Mathieu Functions and Eigenvalues (mathieu functions, elliptic cosine, elliptic sine)

cen(x,q,n)

sen(x,q,n)

mathieu_example.m

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updated 7 years ago

Schur Stability Test of 2-D Polynomials by Yang Xiao

The program can test the Schur stability of 2-D Polynomials. (schur stability, 2d polynomials, 2d discrete systems)

Schur_ST2D.m

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updated 7 years ago

inverse 2-D z transform for 2-D recursive discrete system by Yang Xiao

The inverse 2-D z transform with simple algorithm for 2-D recursive discrete system has been obtaine (inverse 2d z transfor..., 2d recursive discrete..., math)

Inverze_2D_z.m

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updated 7 years ago

Non-homogeneous and linear-differential-equation solutions (update:13-07-07) by Ali OZGUL

homogen and non-homogen solution (differential equation..., linear differential e..., homogeneous)

example

[regsolt]=regularform(solution)

homsolution(func,flag)

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updated 7 years ago

Hilbertf by mohankumar nandagopal

Evaluates the Cauchy Principal Value integral over a finite interval (integration, cauchy principal valu..., finite hilbert transf...)

[umax1,hu,umin,hl]=inter(umax,u0,h)

[x,dvdu]=de(a,b,u);

sum=cpv(a,b,x0,n);

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updated 8 years ago

scm by Reinaldo Mauricio do Nascimento

Robotic Manipulator Kinematics (symbolic math, manipulating robot, dh parameters)

geo(a,b)

h2j(H,v,o)

hrx (c,o)

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updated 10 years ago

Legendre-Pade Approximation by Greg von Winckel

Computes the Legendre Pade approximation to an analytic function. (approximation, interpolation, legendre)

[ahat,bhat]=legendrepade(f,tol)

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updated 10 years ago

Chebyshev-Pade Approximation by Greg von Winckel

Computes the rational Chebyshev approximation of a function. (approximation, interpolation, chebyshev)

[ahat,bhat]=chebyshevpade(f,tol)

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updated 10 years ago

Chebyshev to Gegenbauer Conversion by Greg von Winckel

Converts Chebyshev polynomials to Gegenbauer polynomials. (approximation, interpolation, gegenbauer ultraspher...)

geg=cheb2geg(a,cheb)

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updated 10 years ago

Gegenbauer to Chebyshev Conversion by Greg von Winckel

Converts Gegenbauer polynomials to Chebyshev polynomials. (approximation, interpolation, gegenbauer ultraspher...)

cheb=geg2cheb(a,geg)

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updated 11 years ago

Math Operations On Simulink by ahmed marmoush

Some of Simulink operations. (math, simulink, operations)

Math_Operations

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updated almost 12 years ago

Industrial Mathematics by Charles MacCluer

Companion Software (mathematics, interweaving analytic..., industrial mathematic...)

ex4-14.m

s10ex44.m

s10fig10.m

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updated almost 12 years ago

Numerical Methods using MATLAB by John Penny

Companion Software (mathematics, numerical algorithm, principles)

Q=aitken(x,y,xval)

Q=aitken1(x,y,xval)

W=romb(func,a,b,d)

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updated almost 12 years ago

Numerical Methods using Matlab, 2e by John Penny

Companion Software (mathematics, numerical methods, matlab)

F=f302(x);

F=f303(x)

F=f304(x);

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updated almost 12 years ago

Advanced Engineering Mathematics with MATLAB by Thomas Harman

Companion Software (mathematics, advanced, engineering)

y2rot=vrot(xto_rot,theta_rot)

Ex5_18.m

P5_14.m

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