View source: R/FuzzyPoissonNaiveBayes.R
FuzzyPoissonNaiveBayes | R Documentation |
FuzzyPoissonNaiveBayes
Fuzzy Poisson Naive Bayes
FuzzyPoissonNaiveBayes(train, cl, cores = 2, fuzzy = TRUE)
train |
matrix or data frame of training set cases. |
cl |
factor of true classifications of training set |
cores |
how many cores of the computer do you want to use to use for prediction (default = 2) |
fuzzy |
boolean variable to use the membership function |
A vector of classifications
moraes2015fuzzyFuzzyClass
set.seed(1) # determining a seed
class1 <- data.frame(vari1 = rpois(100,lambda = 2),
vari2 = rpois(100,lambda = 2),
vari3 = rpois(100,lambda = 2), class = 1)
class2 <- data.frame(vari1 = rpois(100,lambda = 1),
vari2 = rpois(100,lambda = 1),
vari3 = rpois(100,lambda = 1), class = 2)
class3 <- data.frame(vari1 = rpois(100,lambda = 5),
vari2 = rpois(100,lambda = 5),
vari3 = rpois(100,lambda = 5), class = 3)
data <- rbind(class1,class2,class3)
# Splitting into Training and Testing
split <- caTools::sample.split(t(data[, 1]), SplitRatio = 0.7)
Train <- subset(data, split == "TRUE")
Test <- subset(data, split == "FALSE")
# ----------------
# matrix or data frame of test set cases.
# A vector will be interpreted as a row vector for a single case.
test <- Test[, -4]
fit_NBT <- FuzzyPoissonNaiveBayes(
train = Train[, -4],
cl = Train[, 4], cores = 2
)
pred_NBT <- predict(fit_NBT, test)
head(pred_NBT)
head(Test[, 4])
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