Interface | Description |
---|---|
ConstantDistribution |
This class is aimed for the representation of a constant distribution.
|
DiscreteUniformDistribution |
The discrete uniform is the discrete alternative of the Uniform distribution.
|
Distribution | |
DistributionFactory | |
Distributions | |
GaussianDistribution |
It is an ordinary Gaussian (Normal) distribution defined by mean m and standard deviation sigma values
|
LimitedGaussianDistribution |
This is an extension of a Gaussian distribution that ensures no trial value
will ever be outside the bounds of (min-max)
|
LimitedRayleighDistribution |
This is an extension of Rayleigh Distribution that ensures no
trial value will ever exceed the max value.
|
LogNormalDistribution | |
RayleighDistribution |
It is an ordinary Rayleigh distribution defined via its min and standard deviation sigma values
|
StairDistribution |
The user-defined (stair) is the discrete alternative of continuous User-defined function.
|
UniformDistribution |
It represents a continuous uniform distribution, with given min and max values, and all intermediate values having
equal probability |
UniformPolarAngleDistribution |
The uniform polar angle is to be used along with "Uniform polar distance", this function is designed to describe a
uniform distribution of transmitters within a circular area centred around a given zero-point. |
UniformPolarDistanceDistribution |
Uniform polar distance is a distribution function designed to define a random positioning of transmitter along the
radius of coverage cell R (i.e. |
UserDefinedDistribution |
It is a continuous distribution defined by its cumulative distribution function (a distribution with values
associated with probability), entered as pairs (x, y=F(x)) |
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