Uniform

This is sampling utility implementing Latin hypercube sampling from multivariate normal, uniform & empirical distribution. Correlation among variables can be sprecified. Platforms: Matlab

A thin plate under uniform transverse pressure is considered with simply supported and clamped boundary conditions. Using Finite Element Method plate equations are solved. Pre-processing is done using a standard FEM software. Plate is dicretized Isoparametric four noded Q4 elements. The values... Platforms: Matlab

This function will compute the great circle distance between two points on a sphere of uniform radius using the Vincenty formula. At minimum, four inputs are required: lat1, long1, lat2, long2. Optionally, a fifth parameter (r) can be specified. If this parameter isn't specified it's assumed to... Platforms: Matlab

Implements 4-channel tree-structured PR filter bank using 5th order Butterworth half-band filters constructed with 1st order allpass structures. Uses double-buffer, non-causal IIR synthesis filtering technique to process and play original multi-channel audio file,reconstructed audio file using... Platforms: Matlab

R = RANDINTERVAL(N, INTERVALS) returns a N-by-N matrix R of random numbers taken from a uniform distribution over multiple intervals. Similar to RAND, RANDINTERVAL([N M],..) returns a N-by-M matrix, and RANDINTERVAL([N M P ...],..) returns a N-by-M-by-P-by-.. array. Note that a notation similar... Platforms: Matlab

If you have a program that is outputting a data file with headers and blank lines, and if the exact order and location of those headers and blank lines varies from data set to data set, then it might be nice to read in a data file similar to how Excel does it. Each delimitted object, whether an... Platforms: Matlab

M = RANDORTHMAT(n)Generates a random n x n orthogonal real matrix.M = RANDORTHMAT(n,tol)Explicitly specifies a thresh value that measures linear dependence of a newly formed column with the existing columns. Defaults to 1e-6.The generated matrix distribution is now (as of Sept 06) uniform over... Platforms: Matlab

This script helps to investigate properties of a paired Wilcoxon signed-rank test on artificial data generated from the continuous uniform distributions with different upper endpoints.Parameters of the model are defined and described in section "Experiment parameters initialization".The script... Platforms: Matlab

Calculates the probability of exceeding a given number of hits for a collection of Bernoulli trials, which is a test with a binary result (e.g. yes/no, 1/0, heads/tails). User inputs a vector of probabilities of success for each trial, p, and a number of successes, h, and this function outputs... Platforms: Matlab

Adapted from the trirnd(a,c,b,n) user-submited m-file by Dr. Mongkut Piantanakulchai, the tsprnd(a,c,b,n,m) simulates the four-parameter two-sided power distribution with parameters: a - minimum value b - maximum value c - most likely value n - shape parameter m - total number of random samples... Platforms: Matlab

This collection generates random variables and vectors of random variables with various distributions, including Bernoulli, geometric, exponential, Gaussian, Poisson, discrete uniform, and continuous uniform, based on the parameters you input to the function. Platforms: Matlab

fastBSpline - A fast, lightweight class that implements non-uniform B splines of any order Matlab's spline functions are very general. This generality comes at the price of speed. For large-scale applications, including model fitting where some components of the model are defined in terms of... Platforms: Matlab

CPRND draws samples from the uniform distribution over the interior of a polytope defined by a system of linear inequalities Ax < b using the hit-and-run sampler. Platforms: Matlab

we built the matrix that let us watch the variations of distances of one class to another class, allowing search for a uniform distribution of distances for make a correct classification of unknown data system Platforms: Matlab

Implementations of the Hit-And-Run and Gibbs sampling algorithms for the generation of uniformly distributed random vector x satisfying the system of linear inequalities A.x Platforms: Matlab

RAND_INT(R,N) returns an n-by-n matrix containing pseudo-random integer values from range R.Function that uses RAND to generate random integers in the specified linear range, as follows:result = floor(a + (b-a+1).* rand(N)),where specified range is [a b]-----Please note: There are lots of ways to... Platforms: Matlab

The package comprises of a graphical utility to place uniform B-spline control points and see how the B-spline is redrawn as control points or control point weights are adjusted, and functions to estimate B-splines with known knot vector, given a set of noisy data points either with known or... Platforms: Matlab

NOCSP is a very simple curve in CAD.However, it may be helpful for beginners to do with uniform and proportional knots. Platforms: Matlab

OPTPLOT finds a nearly optimal number of points between given x-limits at which a real scalar function f(x) has to be calculated so that the plot of this function has a nearly uniform accuracy on the screen, specified by a parameter TOL, and either plots the graph or returns the calculated points... Platforms: Matlab

The result will be displayed in a matrix format.For uniform distributions,the values returned by the MATLAB function rand() are multiplied by (b-a), then added to a.For normal distributions the output of randn() is multiplied by the standard deviation (b), and then added to the desired to the... Platforms: Matlab