sum_dph: Computes the initial distribution and sub-intensity of the...
In matrixdist: Statistics for Matrix Distributions
sum_dph R Documentation
Computes the initial distribution and sub-intensity of the sum of two
discrete phase-type distributed random variables
Description
Computes the initial distribution and sub-intensity of the sum of two
discrete phase-type distributed random variables
Usage
sum_dph(alpha1, S1, alpha2, S2)
Arguments
alpha1
Initial distribution.
S1
Sub-transition matrix.
alpha2
Initial distribution.
S2
Sub-transition matrix.
matrixdist documentation built on Aug. 8, 2023, 5:06 p.m.
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| sum_dph | R Documentation |
Computes the initial distribution and sub-intensity of the sum of two discrete phase-type distributed random variables
Description
Computes the initial distribution and sub-intensity of the sum of two discrete phase-type distributed random variables
Usage
sum_dph(alpha1, S1, alpha2, S2)
Arguments
alpha1 |
Initial distribution. |
S1 |
Sub-transition matrix. |
alpha2 |
Initial distribution. |
S2 |
Sub-transition matrix. |
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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