Using Midas to estimate a Garch-Midas model
Posted: Sun Apr 02, 2017 11:24 pm
Hi everybody,
I am new in eviews. I want to run a Garch-Midas model using eviews. I conducted the Midas example shown on the eviews webpage and get similar results. However, I need to calculate a long-run component referred to as tau.
The formula for tau is shown in the attachment where c is a constant and X is the monthly macroeconomic variable. As you can see, the formula incorporates two or more regressors X but for the time being I want to apply this formula for the GDPG and emp example shown in the online video.
Phi denotes the weighting scheme depending on w1 and w2.
K is the number of variable lags.
The slope parameter θ reveals the impact the past behaviour of a macroeconomic variable has on the long-run volatility component.
My question now is how can I estimate tau in eviews given the output eviews provides? The goal is to generate a time series of monthly taus.
Furthermore, could you help me with the interpretation of the output? What does Beta01, Beta02 and Beta03 stand for and what is meant by slope? How can I see if a regressor is significant?
Thank you very much in advance.
I am new in eviews. I want to run a Garch-Midas model using eviews. I conducted the Midas example shown on the eviews webpage and get similar results. However, I need to calculate a long-run component referred to as tau.
The formula for tau is shown in the attachment where c is a constant and X is the monthly macroeconomic variable. As you can see, the formula incorporates two or more regressors X but for the time being I want to apply this formula for the GDPG and emp example shown in the online video.
Phi denotes the weighting scheme depending on w1 and w2.
K is the number of variable lags.
The slope parameter θ reveals the impact the past behaviour of a macroeconomic variable has on the long-run volatility component.
My question now is how can I estimate tau in eviews given the output eviews provides? The goal is to generate a time series of monthly taus.
Furthermore, could you help me with the interpretation of the output? What does Beta01, Beta02 and Beta03 stand for and what is meant by slope? How can I see if a regressor is significant?
Thank you very much in advance.