On Wed, 21 Dec 2005, Peter Dalgaard wrote:
P Ehlers [EMAIL PROTECTED] writes:
so a good guess at its definition is that it is obtained from W or one
of the others by subtracting the mean and dividing with the SD.
With the SD adjusted for ties, of course. (See, e.g., Conover's
Peter,
You're right, of course, as usual. Sorry about that.
Peter E.
Peter Dalgaard wrote:
P Ehlers [EMAIL PROTECTED] writes:
so a good guess at its definition is that it is obtained from W or one
of the others by subtracting the mean and dividing with the SD.
With the SD adjusted for
An earlier post had posed the question: Does anybody know what is relation
between 'T' value calculated by 'wilcox_test' function (coin package) and
more common 'W' value?
I found the question interesting and ran the commands in R and SPSS. The W
reported by R did not seem to correspond to
Bob Green [EMAIL PROTECTED] writes:
An earlier post had posed the question: Does anybody know what is relation
between 'T' value calculated by 'wilcox_test' function (coin package) and
more common 'W' value?
I found the question interesting and ran the commands in R and SPSS. The W
Peter Dalgaard wrote:
Bob Green [EMAIL PROTECTED] writes:
An earlier post had posed the question: Does anybody know what is relation
between 'T' value calculated by 'wilcox_test' function (coin package) and
more common 'W' value?
I found the question interesting and ran the commands in R
P Ehlers [EMAIL PROTECTED] writes:
so a good guess at its definition is that it is obtained from W or one
of the others by subtracting the mean and dividing with the SD.
With the SD adjusted for ties, of course. (See, e.g., Conover's book.)
...which is actually the exact SD,
Does anybody know what is relation between 'T' value calculated by
'wilcox_test' function (coin package) and more common 'W' value?
Jarek Tuszynski
library(coin)
### Tritiated Water Diffusion Across Human Chorioamnion
### Hollander Wolfe (1999), Table 4.1, page 110
water_transfer -
