On Mon, Mar 23, 2009 at 1:18 PM, Kingsford Jones
wrote:
> On Mon, Mar 23, 2009 at 11:26 AM, Ben Domingue wrote:
>> Hello,
>> How do I get the standard deviations for the random effects out of the
>> lme object? I feel like there's probably a simple way of doing t
Hello,
How do I get the standard deviations for the random effects out of the
lme object? I feel like there's probably a simple way of doing this,
but I can't see it. Using the first example from the documentation:
> fm1 <- lme(distance ~ age, data = Orthodont) # random is ~ age
> fm1
Linear mix
Hello,
I've searched all the standard spots, and I can't find any
implementation of the Ng-Perron test for unit roots. I am aware of
the PP tests in urca. Anybody know of something I missed?
Thanks,
Ben
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I'm not quite sure what you mean. If all you need is propensity
scores to run an IPW analysis, the fitted values should work. Having
many binary covariates shouldn't be a problem, the whole point of the
propensity score is boiling down many dimensions to a single one.
I use matchit() for my psm n
Bunny, lautloscrew.com lautloscrew.com> writes:
ix of some covariates.
>
> I wonder right now if te glm respectively summary(glm(...)) puts out
> something comparable to ML estimates that can be used as the estimated
> pscores, in such a way that there is one value for every observation.
>
Howdy,
Referencing the below exchange:
https://stat.ethz.ch/pipermail/r-help/2006-April/103862.html
I am still getting the same warning ("non-integer #successes in a
binomial glm!") when using svyglm:::survey. Using the API data:
library(survey)
data(api)
#stratified sample
dstrat<-svydesign(id=~
gy
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>
> > -Original Message-
> > From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED]
> > project.org] On Behalf Of JRG
>
Howdy,
In SPSS, there are 2 ways to weight a least squares regression:
1. You can do it from the regression menu.
2. You can set a global weight switch from the data menu.
These two options have no, in my experience, been equivalent.
Now, when I run lm in R with the weights= switch set accordingly,
ing ginv(). The process works, but I end up
with a different set of regression coefficients after I finish the
process than what I had with lm(). To the best of my knowledge, this
shouldn't happen.
I've been digging around all day and can't figure this out. Thanks,
Ben Domingue
P
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