Nothing
Baysbw <-
function (Vec){
###########################################################################################################
# The bayesian approach is used only with the binomial kernel.
#==========================================================================================================
# INPUT:
# "Vec" : sample of data
# OUTPUT:
# Returns the bandwidth computed using the local Bayesian approach.
###########################################################################################################
y1<-sort(Vec)
x<-0:max(y1)
vec1=0
vec2=0
alp=0.5
bet=15
for (i in 1: length(x)){
if (x[i]<= y1+1){
k=seq(0,x[i],by=1)
vec1[i]=sum ((factorial(y1+1)*(y1^k)*beta(x[i]+alp-k+1,y1+bet-x[i]+1))/(factorial(y1+1-x[i])*factorial(k)*factorial (x[i]-k)*(y1+1)^(y1+1)))
vec2[i]=sum ((factorial(y1+1)*(y1^k)*beta(x[i]+alp-k,y1+bet-x[i]+1))/(factorial(y1+1-x[i])*factorial(k)*factorial (x[i]-k)*(y1+1)^(y1+1)))
}
else{
vec1[i]=0
vec2[i]=0
}
}
return(sum(vec1)/sum(vec2))
}
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