r = raylrnd(b) generates a random number from each Rayleigh distribution specified by the scale parameter b. You can specify b as a scalar, vector, matrix, or multidimensional array.

In communications theory, Nakagami distributions, Rician distributions, and Rayleigh distributions are used to model scattered signals that reach a receiver by multiple paths. Depending on the …

Random matrices from the Rayleigh distribution. Syntax. R = raylrnd(B,m) R = raylrnd(B,m,n) Description. returns a matrix of random numbers chosen from the Rayleigh distribution with …

You can create a Rayleigh distribution in MATLAB using the raylrnd function. If you want to model changes in user equipment distance, you can generate a new set of samples by specifying …

May 19, 2014 · However, we can't directly get Rayleigh distribution by using Gaussian distribution alone (provided by randn). We should use raylrnd instead. In this case the same argument …

Aug 29, 2021 · There are at least two ways to generate instances of Rayleigh random variables in MATLAB: using randn.m and using raylrnd.m. To use randn.m, just call it twice to create two …

Jun 27, 2009 · The RAYLRND function within the Statistics Toolbox 4.0 (R13) performs this generation. For more information on this function, type 'help RAYLRND' at the MATLAB …

May 22, 2009 · If neither @var {sz} nor @var {r} and % @var {c} are specified, then @var {x} is of the same size as @var {sigma}. % @end itemize % % @subheading Examples % % …

R = raylrnd(B,v) returns a matrix of random numbers chosen from the Rayleigh distribution with parameter B, where v is a row vector. If v is a 1-by-2 vector, R is a matrix with v(1) rows and …

Feb 16, 2017 · R = raylrnd (B,v) returns a matrix of random numbers chosen from the Rayleigh distribution with parameter B, where v is a row vector. If v is a 1-by-2 vector, R is a matrix with …