Em 15 de janeiro de 2011 Allin escreveu:
(...)
The original model has time-varying X = (const, INFL(-1),
LHUR) and time-invariant X = LHUR(-1). Your revision has just
one time-varying X (= LHUR) and no time-invariant terms, not
even a constant. Is that really what you want?
Yes, it is.
Actually, the aim of my model is to decompose the government balance into
two components: rule and discretion. Please take a look at my model:
FP(t) = dR(t) + w1(t)
dR(t) = b(t)dgap(t)
b(t) = b(t-1)+ w2(t)
Where:
FP represents the fiscal policy (measured as changes in the government
balance)
R represents the automatic component of the fiscal policy that responds to
changes in the output gap (dgap)
w1, w2, and w3 represent the errors
To make the estimations, I'm transforming the system above into this:
FP(t) = b(t)dgap(t) + w1(t)
b(t) = b(t-1)+ w2(t)
So the first term on the right side is the "rule" and the second is the
"discretion".
In the context of Jack's script, what could I do to estimate something like
this:
list t_var_X = LHUR # time-varying
list X = t_var_X
Thanks a lot for your help, Allin!
Best,
Henrique Andrade*
*