This paper is a comprehensive analysis of Hungary’s potential output. Since the concept of potential output is not unique, we present various interpretations of potential GDP, along with a large set of techniques for estimating it. Various estimates are presented and robustness analyses are...

In this paper we investigate the possible effects of fiscal tightening in Hungary from two perspectives. First, simulations in an estimated neo-Keynesian model are used to characterise the effects of different scenarios for fiscal consolidations. We show that the composition of fiscal shocks is...

This paper presents and estimates a dynamic stochastic general equilibrium (DSGE) small-open-economy model for the Hungarian economy. The model features different types of frictions, real and nominal rigidities which are necessary to replicate the empirical persistence of Hungarian data....

This paper presents a Structural Vector Autoregressive (SVAR) model with particular attention to the Hungarian labour market. The identification of structural shocks is based on sign restrictions. We identify four structural shocks: a labour supply, an aggregate supply, an aggregate demand and a...

We explore the properties of welfare-maximizing monetary policy in a medium-scale DSGE model for Hungary. In order to make our results operational from a policymaker’s perspective, we approximate the optimal policy rule with a set of simple rules reacting only to observable variables. Our...

The GPM project is designed to improve the toolkit for studying both own-country and cross-country linkages. This paper creates a special version of GPM that includes the four largest Euro Area (EA) countries. The EA countries are more vulnerable to domestic and external demand shocks because...

Using an estimated DSGE model for Hungary, the paper identifies the possible non-Keynesian channels through which a fiscal consolidation may manifest as expansionary. Simulations show that fiscal consolidation policies are typically contractionary. Nevertheless, taking into account some specific...