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metd = 5
in functions GauNBFuzzyParam, ExpNBFuzzyParam,
and PoiNBFuzzyParam.max.col for substantial speedups.verifyNumbersFunction) ensuring compatibility with R 4.2+
and resolving missing argument errors in
DWFuzzyHipergeometricNaiveBayes,
FuzzyBinomialNaiveBayes,
FuzzyHipergeometricNaiveBayes, and
FuzzyPoissonNaiveBayes.FuzzyHipergeometricNaiveBayes by applying joint membership
once to the class score, consistent with other models.FuzzyGeoNaiveBayes applied once per class.dplyr, tibble, tidyr,
rlang, purrr) from Imports.get_classes()) for estimation and
prediction, and the columns of type = "matrix" follow the
levels.FuzzyGammaNaiveBayes /
DWFuzzyGammaNaiveBayes: exact Gamma maximum likelihood
estimates (the previous optimisation was bounded by max(x),
which truncated the shape/scale).FuzzyBetaNaiveBayes: removed the artificial upper bound
(10) on the Beta shapes; the method of moments is used as starting
value.FuzzyGeoNaiveBayes: probability mass function
consistent with the estimator (dgeom, support 0, 1, 2, …);
memberships use the same intervals in training and prediction, empty
intervals (and values outside the training range) receive 0.001.FuzzyBinomialNaiveBayes: closed-form method of moments
with n >= max(x).GauNBFuzzyParam / ExpNBFuzzyParam:
confidence intervals (alpha-cuts) use the class sample size instead of
the total sample size. ExpNBFuzzyParam ranks densities (as
the Gaussian and Poisson versions), since the ranking methods assume
non-negative fuzzy numbers.PoiNBFuzzyParam: alpha-cuts are now nested (they shrink
as alpha increases).metd = 1..5) vectorized; the closed
form of the Q distance replaces one eigen decomposition per observation.
doParallel, foreach and parallel
are no longer needed; cores is kept for backward
compatibility.FuzzyTriangularNaiveBayes /
FuzzyTrapezoidalNaiveBayes: densities outside the support
are floored at 1e-10, avoiding ties decided by class order.FuzzyNaiveBayes: the arguments m and
Pi are now passed to the estimators (they were
ignored).FuzzyHipergeometricNaiveBayesDWFuzzyHipergeometricNaiveBayesFuzzyNaiveBayes to one column in the dataDWFuzzyGammaNaiveBayesGeometricFuzzyGammaNaiveBayesFuzzyBayesRulemetd=4.GauNBFuzzyParam,
ExpNBFuzzyParam,GamNBFuzzyParam and
PoiNBFuzzyParam. The form can be used considering
metd = 4.FuzzyTriangularNaiveBayes.predict has been optimized to functions
FuzzyGammaNaiveBayes.GamNBFuzzyParam and
GauNBFuzzyParam.predict function has been optimized to
FuzzyGammaNaiveBayes, FuzzyBetaNaiveBayes,
FuzzyBinomialNaiveBayes,FuzzyExponencialNaiveBayes,FuzzyTriangularNaiveBayes,FuzzyPoissonNaiveBayes\() by function(.) in function
FuzzyNaiveBayes, line 262.description in FuzzyClass
DocumentationFuzzyGammaNaiveBayes.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
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