This paper studies the transmission of monetary shocks to state unemployment rates, within a novel structural factor-augmented VAR framework with a timevarying propagation mechanism. We find evidence of large heterogeneity over time in the responses of state unemployment rates to monetary policy...

This paper studies the transmission of monetary shocks to state unemployment rates, within a novel structural factor-augmented VAR framework with a time-varying propagation mechanism. We find evidence of large heterogeneity over time in the responses of state unemployment rates to monetary...

This paper considers the determinants of regional disparities in unemployment rates for the UK regions at NUTS-II level. We use a mixture panel data model to describe unemployment differentials between heterogeneous groups of regions. The results indicate the existence of two clusters of regions...

This paper studies the transmission of monetary shocks to state unemployment rates, within a novel structural factor-augmented VAR framework with a time-varying propagation mechanism. We find evidence of large heterogeneity over time in the responses of state unemployment rates to monetary...

This paper considers the determinants of regional disparities in unemployment rates for the UK regions at NUTS-II level. We use a mixture panel data model to describe unemployment differentials between heterogeneous groups of regions. The results indicate the existence of two clusters of regions...

In this paper we develop methods for estimation and forecasting in large time-varying parameter vector autoregressive models (TVP-VARs). To overcome computational constraints with likelihood-based estimation of large systems, we rely on Kalman filter estimation with forgetting factors. We also...

This paper extends the current literature which questions the stability of the monetary transmission mechanism, by using a Dynamic Factor Model with time-varying parameters, which allows fast and efficient inference based on hundreds of explanatory variables. Different specifications are...