Some Non Technical Questions - Stationarity & Steady States
Posted: Sun Apr 13, 2014 12:23 pmDear All,
I am working on my Master's thesis and would be very grateful if someone can answer these non-technical questions for me.
1) In dynare user guide chapter 6, there is a solved example Schorfhoide (2000). The equilibrium conditions of the model were non stationary so both the model variables and observed variables were either de-trended or were used in levels to make them stationary.
Usually academic papers now present stationary symmetric equilibrium conditions in the appendix. So for instance if I undertake a replication exercise of any such paper, I will write only those stationary symmetric equilibrium conditions in dynare right? without the need of using de-trending or any other method for making variables stationary?
2) Authors these days also present a steady state section in which they explicitly define steady state equations. Are these the same equations that I am suppose to write when I make an external MATLAB program to calculate exact steady state?
3) When authors say "the group of parameters that are calibrated" they are basically referring to the estimation exercise of models right? either by Bayesian or MLE.
I am working on my Master's thesis and would be very grateful if someone can answer these non-technical questions for me.
1) In dynare user guide chapter 6, there is a solved example Schorfhoide (2000). The equilibrium conditions of the model were non stationary so both the model variables and observed variables were either de-trended or were used in levels to make them stationary.
Usually academic papers now present stationary symmetric equilibrium conditions in the appendix. So for instance if I undertake a replication exercise of any such paper, I will write only those stationary symmetric equilibrium conditions in dynare right? without the need of using de-trending or any other method for making variables stationary?
2) Authors these days also present a steady state section in which they explicitly define steady state equations. Are these the same equations that I am suppose to write when I make an external MATLAB program to calculate exact steady state?
3) When authors say "the group of parameters that are calibrated" they are basically referring to the estimation exercise of models right? either by Bayesian or MLE.