Solving General Equilibrium Models with Incomplete Markets and Many Assets
Martin D. D. Evans (Georgetown University) and Viktoria Hnatkovska (Georgetown University) ()
Additional contact information Martin D. D. Evans (Georgetown University) and Viktoria Hnatkovska (Georgetown University): Department of Economics, Georgetown University, http://www9.georgetown.edu/faculty/evansm1/ Authors registered in the RePEc Author Service: Martin Evans () and
Viktoria V. Hnatkovska ()
This paper presents a new numerical method for solving general equilibrium models with many assets. The method can be applied to models where there are heterogeneous agents, time-varying investment opportunity sets, and incomplete markets. It also can be used to study models where the equilibrium dynamics are non-stationary. We illustrate how the method is used by solving a one— and two-sector versions of a two—country general equilibrium model with production. We check the accuracy of our method by comparing the numerical solution to the one-sector model against its known analytic properties. We then apply the method to the two-sector model where no analytic solution is available. Classification-JEL Codes: C68; D52; G11.