Pxxy_int: calculate Pxxy with integral formula
In sungcheolkim78/FiDEL: Fermi-Dirac based Ensemble Learning
Pxxy_int R Documentation
calculate Pxxy with integral formula
Description
calculate Pxxy with integral formula
Usage
Pxxy_int(beta, mu, rho, resol = 1e-06)
Arguments
beta
A number for classifier temperature (beta)
mu
A number for classifier chemical potential (mu)
rho
the prevalence of dataset
resol
the resolution of integral summation
Value
Pxxy
sungcheolkim78/FiDEL documentation built on Nov. 13, 2024, 7:58 a.m.
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| Pxxy_int | R Documentation |
calculate Pxxy with integral formula
Description
calculate Pxxy with integral formula
Usage
Pxxy_int(beta, mu, rho, resol = 1e-06)
Arguments
beta |
A number for classifier temperature (beta) |
mu |
A number for classifier chemical potential (mu) |
rho |
the prevalence of dataset |
resol |
the resolution of integral summation |
Value
Pxxy
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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