Dear helpers,
Does anyone know about a package or a function that allows to estimate
Multivariate Markov-Switching Models, like MS-VAR as introduced by
Krolzig(1997) with R ?
Thanks a lot!!
Carlo
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https://stat.e
Another question on cointegration...
Is it possible to insert in the model dummy variables restricted in the
cointegration space?
Many thanks,
Carlo
On Nov 21, 2005 01:23 PM, "Pfaff, Bernhard Dr."
<[EMAIL PROTECTED]> wrote:
> Thanks a lot!
>
> I have another question on "cointegration", so I
Thanks a million!
Carlo
On Nov 21, 2005 01:23 PM, "Pfaff, Bernhard Dr."
<[EMAIL PROTECTED]> wrote:
> Thanks a lot!
>
> I have another question on "cointegration", so I will go on this post.
>
> Is it possible to estimate a cointegration with some exogenous
> explanatory variables? Since, after
Thanks a lot!
I have another question on "cointegration", so I will go on this post.
Is it possible to estimate a cointegration with some exogenous
explanatory variables? Since, after testing for exogeneity, I would like
to re-estimate the relation keeping some of the previous endogenous as
exoge
Dear R - helpers,
I am using the urca package to estimate cointegration relations, and I
would be really grateful if somebody could help me with this questions:
After estimating the unrestriced VAR with "ca.jo" I would like to impose
the rank restriction (for example rank = 1) and then obtain the
Dear helpers,
does anyone know a function to fit a model with:
- y mean that is regressed on a set of explanatory variables
- y variace behaving as a garch or as a garch in mean
Thank you so much for your help,
Carlo
__
R-help@stat.math.ethz.ch mai
wrong, because I don’t think that the
function should behave in this way, but I don’t understand what.
Thank you so much for your help,
Carlo Fezzi
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PLEASE do read the p
error?
Is there a function that I can use to calculate the second derivate of
the likelihood function respect to the vector of parameters?
Thank you so much for your help,
Carlo Fezzi
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the information about the
residual correlation to improve predictions?
How can I overcome this problem?
Thank you so much for your help,
Carlo Fezzi
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PLEASE do read t