Alphanumeric row sort of a cell/string/categorical/table array, with customizable number format.

To sort any file-names or folder-names use NATSORTFILES: http://www.mathworks.com/matlabcentral/fileexchange/47434-natural-order-filename-sortTo sort the elements of a string/cell array use NATSORT

Alphanumeric sort of a cell/string/categorical array, with customizable number format.

To sort any file-names or folder-names use NATSORTFILES:http://www.mathworks.com/matlabcentral/fileexchange/47434-natural-order-filename-sortTo sort the rows of a string/cell array use

Alphanumeric sort of filenames or filepaths, with customizable number format.

To sort the elements of a string/cell array use NATSORT: http://www.mathworks.com/matlabcentral/fileexchange/34464-customizable-natural-order-sortTo sort the rows of a string/cell array use

Sort strings in natural order.

Natural order sorting sorts strings containing digits in a way such that the numerical value of the digits is taken into account. It is especially useful for sorting file names containing index

Medical software for Processing multi-Parametric images Pipelines

(anatomy+relaxometry+perfusion) in cohorts of +500 animals.SUMMARY Poster (ENGLISH) (FRENCH): poster presented at the 4th Congress of the SFRMBM (Strasbourg).RequirementsIn order to fully enjoy MP³, you have to meet the following

The function implement the 1D natural(Hadamard) and dyadic (Paley) ordered fast Hadamard transform.

The function implement the 1D natural(Hadamard) ordered and dyadic (Paley) ordered fast Hadamard transform, which can be used in signal processing, image processing, pattern recognition and Genetic

matlab implementation of PM naturally-ordered discrete Hadamard algorithm

Natural frequencies and Euler buckling load are calculated using finite element method technique

These files calculate the natural frequencies and Euler buckling load using Finite element technique. Hermitian beam elements are used as interpolation functions. Assembled mass, geometric stiffness

FOMCON toolbox for MATLAB is dedicated to fractional-order modeling and control of dynamic systems.

The FOMCON toolbox for MATLAB is a fractional-order calculus based toolbox for system modeling and control design.

solves ode using 4th order Runge Kutta method

Classical 4th order Runge-Kutta method

Demos and files from the webinar

This example demonstrates using MATLAB to analyze and value a natural gas storage contract. Such valuations are typically done when financing/purchasing storage facilities, structuring contracts to

This code help you to adjust material property from matlab to match with actual Natural frequency

: 01:12:2015) #%%# ABSTRACT : This Code used to Run SAP2000 from Matlab to find the #%%# Natural frequency. This code may help you to adjest the #%%# material

determina los polinomios del spline natural de frontera liobre

Al introducir los valores de x y y a interpolar le halla los parametros y muestra las ecuaciones de forma grafica y numerica,spline cúbico natural o con frontera libreIngrese Los valores de x [x0

A soft table for the natural frequencies and modal parameters of uniform circular plates.

Weighted and Unweighted FAST implementation of the visibility algorithm for mapping signals in complex networks.

Returns impulse response functions (IRF) using Natural Excitation technique with time domain method and frequency domain method

Returns impulse response functions (IRF) using Natural Excitation technique with time domain method (NExTT) and frequency domain method (NExTF) for systems subjected to white noise excitation

Oustaloup-Recursive-Approximation for fractional order differentiator.

% Filename: ora_foc.m% Oustaloup-Recursive-Approximation for fractional order differentiator% Input variables:% r: the fractional order as in s^r, r is a real number% N: order of the

Implements a 3D Walsh Hadamard transform. This function is FAST!

== 'sequency' or 'walsh'% The function will transform the matrix using the sequency ordered% walsh functions.% If order == 'hadamard' or 'natural'% The function will transform the matrix

Get started with the Reduced Order Flexible Solid block using a simple cylinder

This submission will get you started with the Reduced Order Flexible Solid block in Simscape Multibody™. The submission contains:- A reduced-order model for a cylinder- A Simulink^® model that tests

The Recursive Zonal Equal Area (EQ) Sphere Partitioning Toolbox is a suite of Matlab functions for partitioning and point distribution on mu

Modify appdesigner component stacking order and callback order

Allows for the component order to be changed of a .mlapp file. Callback order may also be changed.Load your app into HierarchyViewer where the components all callbacks in your app are displayed. Once

Calculate optimal injection/withdrawal schedules for gas storage facility

This example demonstrates using MATLAB to optimize a natural gas storage facility and perform intrinsic storage contract valuation. Such valuations are typically done when financing/purchasing

Integrator for second-order ODE's with very stringent error tolerances.

RKN1210 12th/10th order Runge-Kutta-Nyström integratorRKN1210() is a 12th/10th order variable-step numerical integrator for second-order ordinary differential equations of the form y'' =

Returns the order of magnitude of one or more numbers.

Returns the order of magnitude of one or more numbers. Works on arrays. You can also specify the number base.%Ex:order( 1.2e-5 ) %returns -5order(1) = 0order( 1.12344e8 ) %returns 8%Specify base

Spectral and polyspectral analysis, and time-frequency distributions.

There is much more information in a stochastic non-Gaussian or deterministic signal than is conveyed by its autocorrelation and powerspectrum. Higher-order spectra which are defined in terms of the

noise level estimation

all functions and scripts to use first order filtering

This function used to draw the Fractional order smith chart for different values of alpha.

Fractional element has an extra parameter as compared to normal elements. Fractional elements problems can be solved by fractional order smith chart. Fractional order smith chart is a generalized way

Create reduced order models of Simulink models or subsystems, including subsystems that integrate high-fidelity 3rd party tools.

Create reduced order models of Simulink models or subsystems, including subsystems that integrate high-fidelity 3rd party tools. Design experiments to simulate a Simulink model and collect data to

General FIR digital differentiator/integrator.

A new general FIR digital fractional order differentiator/integrator based on power series expansion of the backward difference (Euler) rule.For more details see books:[1] Ivo Petras

Generation Second order amplitude modulated noise as described by Lorenzi(2001)

Second order modulated noise is used in psychoacoustic experiments of amplitude modulation detection. It can be used to derive the second order TMTFs of a person.The signal here is generated by

FO-ESC improves the performance of IO-ESC using fractional order operators

In this simulation a new extremum seeking approach called "Fractional Order Extremum Seeking Control (FO-ESC)" is simulated and the ability of this algorithm in finding the peak power point of a PV

Natural log of a sum of exponentials

maxstar(x) is the natural log of a sum of exponentials overcoming the numerical failure of log(sum(exp(x))) for extreme values of an argument vector x.maxstar(x,[],dim) has the N-D array features of

A better, transparent memmapfile, with complex number support.

Numerical solutions of the fractional order chaotic systems.

This toolbox contains the functions which can be used to simulate some of the well-known fractional order chaotic systems, such as:-Chen's system,-Arneodo's system,-Genesio-Tesi's system,-Lorenz

Construct a multi-order state-transition matrix.

Construct a multi-order state-transition matrix given a Markov chain (in integer).Example:markovChain = [1 6 1 6 4 4 4 3 1 2 2 3 4 5 4 5 2 6 2 6 2];norder = 2;[ transitionMatrix columnStates ] =

The function is provided for TOPSIS methodology with Information Entropy Weighting Methodology.

Determine the reaction order of a chemical reaction of the form: rate = Ao*[A]^a*[B]^b*exp(-Ea/R*T)

kinetic order determination by wide area search and model-data error minimizationkinfit attempts to determine the optimal order of reaction (a and b) of the form rate = Ao * [A]^a * [B]^b *

Compute a discrete-time transfer function to approximate a distributed order integrator.

irid_doi function is prepared to compute a discrete-time finite dimensional (z) transfer function to approximate a distributed order integrator int(1/s^r,r,a,b), where "s" is the Laplace transform

Graphical user interface (GUI) for multivariate calibration with first-order data (vectors). Includes PLS, PCR, ANN and other models.

An upgrade of a MATLAB graphical user interface (GUI) toolbox for implementing first-order multivariate calibration models is presented. The new freely available Multivariate Calibration 1 (MVC1_GUI

This function applies a 1D or 3D LUT to an image for color gradient calibration.

imlut(img,lut,kind,order)Inputs: img - the image on which the lut shall be applied, format double, uint8 or uint16 lut - the color lookup table (either 1D or 3D) kind - a string '1D' or '3D' specifying

Estimation of Higher-Order DTI from a given Diffusion Weighted MRI dataset

This script shows how to compute a Higher-order Diffusion Tensor from a given Diffusion-Weighted MRI dataset. The method guarantees that the estimated tensor is positive-definite or at least positive

A GUI that plots and gives equations for variable order intermediate splines.

GSP is a graphical user interface which takes x and y points as inputs, along with the order m, then outputs mth order splines between each of the x points. In most cases additional constraints are

GIBBON: The Geometry and Image-Based Bioengineering add-ON for MATLAB

A New IIR-type Digital Fractional order differentiator.

A New IIR-type Digital Fractional order differentiatorSee here for more informationhttp://www.csois.usu.edu/people/yqchen/dd/index.htmlSee also FOC page athttp://mechatronics.ece.usu.edu/foc/

Filtering of non-stationary periodic components from signals using a multi-order Vold-Kalman Filter.

implements the second generation VKF with the ability to extract multiple orders at the same time, with energy spreading in case of crossing orders [2].Syntax:x = vkf(y,fs,f) extracts the order with frequency

Spectral method for statistical analysis of fractional order system.

Based on operational matrix technique,explicit relations between first and second order moments of stochastic input and output for linear fractional order system are derived. Ref.:[1] Pham Luu Trung

MATLAB code for Lyapunov exponent spectrum of Fractional-Order Systems (defined by continuous-time fractional differential equations)

The MATLAB code in this contribution is used to determine Lyapunov exponent spectrum of Fractional-Order Systems (FOS), including three classical examples: the fractional-order Lorenz system, the 4D

NOCSC with uniform and proportional knots

Routines implementing higher-order ambisonics for spatial sound encoding, manipulation and decoding.

library implementing most common operations associated with higher-order ambisonics (HOA), which refer to a set ofspatial audio techniques for capturing, manipulating and reproducingsound scenes, based on a

This model extracts the harmonics of any order from 50 Hz component.

This model extracts the harmonics of any order from 50 Hz component. You have to specify the harmonic order which needs to be extracted. To use this filter, it is important to know in advance which

A collection of common numerical methods in solving an initial value problem of a 1st order ODE

It includes the following programs: Euler's method, Improved or modified Euler's method, and Runge-Krutta methods. The RK methods include 1st order (Euler's method), 2nd order (Heun's, Midpoint, and

Provides an equation of the non-linear fractional-order PID controller for given parameters.

Non-Linear Fractional-Order PID Controller of the form: u(t)=f(e(t))*(Kp*e(t) + Ti*D^-lambda e(t) + Td*D^delta e(t)), where f(e(t)) is nonlinear function: f(e(t))=K0+(1-K0)*|e(t)|.For more details

Differential Evolution (DE) based Image segmentation and object classification

The toolbox allows to simulate and tune parameters of closed-loop systems with a fractional-variable-order digital PID (FVOPID) controller.

The toolbox allows to simulate and tune parameters of closed-loop systems with a fractional-variable-order digital PID (FVOPID) controller. The toolboox is purely written in MATLAB and uses

Matlab codes for Fourth order Runge Kutta Method of Numerical differentiation

The toolkit for simulation constant, variable fractional order and variable type and fractional order derivatives.

The toolkit is a set of Simulinks' blocks for simulation of constant and variable fractional order derivatives according to the Grunwald-Letnikov definition. For implementation of variable order

The function compute a discrete-time transfer function to fractional second order low-pass filter.

irid_fsof function is prepared to compute a discrete-time finite dimensional (z) transfer function to approximate a continuous-time fractional second order low-pass filter (LPF) [1/(s^2 + a*s +

Numerical computation with functions