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st: Re: AW: treatment effect estimation with an ordinal 1st step and a continuous 2nd step
From
박재민 <[email protected]>
To
"\"Martin Weiss\"" <[email protected]>
Subject
st: Re: AW: treatment effect estimation with an ordinal 1st step and a continuous 2nd step
Date
Sun, 18 Jul 2010 05:16:38 +0900
Dear Martin,
Thanks for your comment.
It was helpful.
However, the following syntax
xi: cmp (y1 = x1) (y2 = x2 y1), ind(5 1)
where y1 = ordinal numbers like 1, 2, 3, 4
y2 = continuous
gives an error sign like "matrix___00000B not found"
And the program shows (y1 = x1) result only, which is exactly identical to
the outcome from an (oprobit y1 x1) regression.
Thanks in advance.
Jaemin
----- Original Message -----
From: "Martin Weiss" <[email protected]>
To: <[email protected]>
Sent: Saturday, July 17, 2010 10:45 PM
Subject: st: AW: treatment effect estimation with an ordinal 1st step and a
continuous 2nd step
<>
Try
*************
ssc d cmp
*************
HTH
Martin
-----Ursprüngliche Nachricht-----
Von: [email protected]
[mailto:[email protected]] Im Auftrag von ???
Gesendet: Samstag, 17. Juli 2010 15:29
An: [email protected]
Betreff: st: treatment effect estimation with an ordinal 1st step and a
continuous 2nd step
Hi all!
I want to run a treatment effects model.
In my case, the 1st step dependent var. is ordinal (for exmaple,
"perfectly
not matched", "not matched", "matched", and "perfectly matched"), and the
2nd step dependent var. is continuous (for example, wage in log).
I have run the similar model using "treatreg" command if the 1st step
depednat is binary.
Is there any command working in this case.
I found "mtreatreg" is available if
(1) 1st step dependent var. is multivariate and
(2) 2nd step DV is continuous
Of course, 1st step ordinal treatment variable should be shown in the 2nd
step equation as an independent variable explicitly.
P.S.: I don't think running "oprobit" as the 1st step, and insertting IMR
from it as independent variable into the 2nd step OLS regression is valid.
Thanks,
jaemin
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