Peter Dalgaard wrote:
Pedro Mardones wrote:
Thanks for the reply. The SAS output is attached but seems to me that
doesn't correspond to the wihtin-row contrasts as you suggested. By
the way, yes the data are highly correlated, in fact each row
correspond to the first part of a signal vector. Tha
Peter Dalgaard wrote:
Pedro Mardones wrote:
Thanks for the reply. The SAS output is attached but seems to me that
doesn't correspond to the wihtin-row contrasts as you suggested. By
the way, yes the data are highly correlated, in fact each row
correspond to the first part of a signal vector. Tha
Pedro Mardones wrote:
Thanks for the reply. The SAS output is attached but seems to me that
doesn't correspond to the wihtin-row contrasts as you suggested. By
the way, yes the data are highly correlated, in fact each row
correspond to the first part of a signal vector. Thanks anyway
PM
Ag
Thanks for the reply. The SAS output is attached but seems to me that
doesn't correspond to the wihtin-row contrasts as you suggested. By
the way, yes the data are highly correlated, in fact each row
correspond to the first part of a signal vector. Thanks anyway
PM
Pedro Mardones wrote:
Dear R-users;
Previously I posted a question about the problem of rank deficiency in
summary.manova. As somebody suggested, I'm attaching a small part of
the data set.
#***
"test" <-
structure(.Data = list(structure(.Data =
Dear R-users;
Previously I posted a question about the problem of rank deficiency in
summary.manova. As somebody suggested, I'm attaching a small part of
the data set.
#***
"test" <-
structure(.Data = list(structure(.Data = c(rep(1,3),rep(2,18),re
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