Distribution of unconditional theoretical 2nd moment
Posted: Sat Jan 10, 2015 2:49 pm
Dear all,
I'm interested in the unconditional first two moments of endogenous variables in an estimated model.
If the theoretical moments are used, the first moments usually come from the calibrated parameters determining the steady states e.g., steady-state technology growth, inflation targets, discount rates etc., so there is no uncertainty around the 1st theoretical moment.
However - and please correct me if I'm wrong - the 2nd theoretical moment can be (and often is) affected by the estimated parameters, and thus the 2nd theoretical moment of endogenous variables has a distribution around it, but Dynare does not report it.
So, my question is, would it be possible to calculate the HPD interval for the 2nd theoretical moment, or should I better go for a simulated moment, if the confidence interval for the unconditional moments are required (e.g. by a journal referee)?
gin
I'm interested in the unconditional first two moments of endogenous variables in an estimated model.
If the theoretical moments are used, the first moments usually come from the calibrated parameters determining the steady states e.g., steady-state technology growth, inflation targets, discount rates etc., so there is no uncertainty around the 1st theoretical moment.
However - and please correct me if I'm wrong - the 2nd theoretical moment can be (and often is) affected by the estimated parameters, and thus the 2nd theoretical moment of endogenous variables has a distribution around it, but Dynare does not report it.
So, my question is, would it be possible to calculate the HPD interval for the 2nd theoretical moment, or should I better go for a simulated moment, if the confidence interval for the unconditional moments are required (e.g. by a journal referee)?
gin