Tolerance

It finds the minimum of a n variables function with the Particle Swarm Optimization Algorithm.% The input parameters are:% -func: it's the objective function's handle to minimize% -numInd: it's the number of the swarm's elements% -range: it's the range in which the elements must be created%...

The code implements the algorithm as given in Chen et. al 1991.It takes max tolerance from the user.It selects Ms significant regressors from the total M regressors.Unfortunately, the error obtained after training the RBF network isn't as expected. Is there a mistake in my code???Please feel free...

You can solve non-linear systems of 3 variables. Only write "newtonv1" on the command window. Then write the 3 equations, the number of iterations y the precision tolerance. The partial derivatives for the gradients are calculated by the program


Platforms: Matlab

Since the eccentric anomaly cannot be directly calculated from certain given values, this function performs a simple Newton-Raphson iteration to solve for the eccentric anomaly within a given tolerance (default 10^-8 radians)


Platforms: Matlab

Calculate minimum of single variable function using 3-point searchUsage:estimated_min=three_point(sfun,a,b,tolerance) sfun: Symbolic/String function a: Inferior Limit b: Superior Limit tolerance: Tolerance Range


Platforms: Matlab

reduced_array = data_reduction_algorithm(raw_data, tolerance)raw data: 2 column's (time + data)tolerance: scalar (0....+inf-1)array need's to be time distinct!should work on Matlab 7.0 R14 also


Platforms: Matlab

This code uses conjugate gradient method to solve the linear systemAx= b, where A is symmetric and banded. A is first stored in acompactstorage mode, using the function "compactstorage", and thenconjugate gradient method is applied to the compactly stored matrix.Input: A, initial guess x, vector...


Platforms: Matlab

dpsimplify uses the recursive Douglas-Peucker line simplification algorithm to reduce the number of vertices in a polyline according to a specified tolerance. The algorithm is also know as Iterative Endpoint Fit algorithm. dpsimplify can handle polylines and polygones in 2d and higher...


Platforms: Matlab

This function finds the velocity of a 2-dimensional planar wave from at least 2 sensors, by specifying its location (x,y) or (lon,lat) and its respective arrival time.It returns the speed and direction (or tracking if coordinates were given):>> [VEL,DIR] =...


Platforms: Matlab

This submission is a set of m-files to demonstrate how to take a simple numerical derivative and Hessian of an arbitrary function. Each step in the code is documented. There is a test script included which computes the numerical Hessian of a test function and compares it to a...


Platforms: Matlab

For a given function as a string, lower and upper bounds, number of iterations and tolerance Bisection Method is computed.


Platforms: Matlab

Segmentation by growing a region from user defined seed point, using intensity mean measure.Simple and efficient (only one loop) example of "Region Growing" algorithm from a single seed point.The region is iteratively grown by comparing all unallocated neighbouring pixels to the region, using...


Platforms: Matlab

The Matrix Function Toolbox is a MATLAB toolbox connected with functions of matrices. It is associated with the book Functions of Matrices: Theory and Computation and contains implementations of many of the algorithms described in the book. The book is the main documentation for the toolbox.The...


Platforms: Matlab

This function estimates the solution to Kummer's differential equation within a specified tolerance. Kummer's differential equation is given by: x*g''(x) + (b - x)*g'(x) - a*g(x) = 0The code executes a while loop to calculate the generalized hypergeometric series within a specified...


Platforms: Matlab

generates zeros of a Hermite polynomial of degree n to tolerance "tol" and their associated weights.Uses recursion relation to generate the Hermite function and finds zeros via change of sign and linear interpolation. If a tolerance is specified, the routine will call itself recursively with a...


Platforms: Matlab

Generates points and weights for Gauss Laguerre Quadrature, to a tolerance, tested for N < 300Finds zeros and improves via recursion


Platforms: Matlab

Advance Resistance Calculator is a tool for calculating the resistances of four band and five band resistors. Basically it is built in GUIDE, which gives friendly user interface and enables the user to enter the resistance band values easily. Answer also includes the tolerance value of the...


Platforms: Matlab

CONVOLVE2 can be used wherever CONV2 is used, taking the same arguments and returning the same results to within a small tolerance. The computation is speeded up by using the singular value decomposition of the mask to express it as a sum of outer products. Each of these can be computed...


Platforms: Matlab

A Graphical User Interface (GUI) has been developed to solve the Falkner-Skan equation. This famous nonlinear third order Falkner-Skan equation on infinite interval describes several fluid dynamic problems under varying the value of two constant coefficients. The developed GUI enables the user to...


Platforms: PHP

Acoustic Feedback Deluxe also features a Harmonic Selector, that allows you to select which harmonic you would like to feedback on. It also features a sub-harmonic with which you can get a really dirty sound. Features * Added functionality: Choose harmonics with the Harmonic Selector * Added...


Platforms: Mac