Displaying 4 results from an estimated 4 matches for "chi_squared".
2008 Sep 08
0
Poisson Distribution - Chi Square Test for Goodness of Fit
...rauds)
variable.cnts.prs
<- dpois(as.numeric(names(variable.cnts)),
lambda)
variable.cnts
<- c(variable.cnts, 0)
variable.cnts.prs <- c(variable.cnts.prs,
1-sum(variable.cnts.prs))
tst
<- chisq.test(variable.cnts,
p=variable.cnts.prs)
chi_squared
<- as.numeric(unclass(tst)$statistic)
p_value <- as.numeric(unclass(tst)$p.value)
df
<- tst[2]$parameter
cv1 <- qchisq(p=.01, df=tst[2]$parameter, lower.tail = FALSE, log.p =
FALSE)
cv2 ...
2008 Aug 29
0
Problem with Poisson - Chi Square Goodness of Fit Test - New Mail
...rauds)
variable.cnts.prs
<-???? dpois(as.numeric(names(variable.cnts)),
lambda)
variable.cnts
????? <-???? c(variable.cnts, 0)
?
variable.cnts.prs <-???? c(variable.cnts.prs,
1-sum(variable.cnts.prs))
tst
?????????????????? <-???? chisq.test(variable.cnts,
p=variable.cnts.prs)
?
chi_squared
?????? <-???? as.numeric(unclass(tst)$statistic)
p_value? ?????????? <-???? as.numeric(unclass(tst)$p.value)
df
??????????????????? <-???? tst[2]$parameter
?
?
cv1??????????????????? <-???? qchisq(p=.01, df=tst[2]$parameter, lower.tail = FALSE, log.p =
FALSE)
?
cv2???????????????...
2008 Aug 29
0
Poisson Distribution - problem with Chi Square Goodness of Fit test
..._Frauds)
variable.cnts.prs<- dpois(as.numeric(names(variable.cnts)),
lambda)
variable.cnts
<- c(variable.cnts, 0)
variable.cnts.prs <- c(variable.cnts.prs,
1-sum(variable.cnts.prs))
tst
<- chisq.test(variable.cnts,
p=variable.cnts.prs)
chi_squared
<- as.numeric(unclass(tst)$statistic)
p_value <- as.numeric(unclass(tst)$p.value)
df
<- tst[2]$parameter
cv1 <- qchisq(p=.01, df=tst[2]$parameter, lower.tail = FALSE, log.p =
FALSE)
cv2 ...
2008 Aug 29
0
Please ignore earlier mail - [ Poisson - Chi Square test for Goodness of Fit]
...variable.cnts.prs?
<-??? dpois(as.numeric(names(variable.cnts)),
lambda)
variable.cnts
????? <-???? c(variable.cnts, 0)
?
variable.cnts.prs <-???? c(variable.cnts.prs,
1-sum(variable.cnts.prs))
tst
?????????????????? <-???? chisq.test(variable.cnts,
p=variable.cnts.prs)
?
chi_squared
?????? <-???? as.numeric(unclass(tst)$statistic)
p_value? ?????????? <-???? as.numeric(unclass(tst)$p.value)
df
??????????????????? <-???? tst[2]$parameter
?
?
cv1??????????????????? <-???? qchisq(p=.01, df=tst[2]$parameter, lower.tail = FALSE, log.p =
FALSE)
?
cv2?????...