We estimate forward-looking Taylor rules on data from macroeconomic forecasts of three central banks (Bank of England, National Bank of Poland and Swiss National Bank) in order to determine the extent to which these banks are forward looking in their monetary policy decisions. We find that all...

This paper analyzes the monetary policy interdependence between the European Central Bank (ECB) and the Federal Reserve (Fed) for the period 1999-2006. Two models are specified: a partial Vector Error Correction Model (VECM) and a general VECM. In the partial VECM, we look for a long-run...

Against the background of the recent discussion whether the smoothing behavior of the Fed detected by empirical Taylor rules is indeed a fact or rather a statistically fiction, this paper re-examines the empirical evidence for interest rate smoothing for the case of the ECB. Based on data...

This paper re-examines the use of estimated Taylor rule equations as a standard long run description of Federal Reserve policy. The empirical results suggest that until 1979 Fed policy changed the real funds rate in response to the output gap, with no response to an inflation target. During the...

The paper derives the monetary policy reaction function implied by money growth targeting. It consists of an interest rate response to deviations of the inflation rate from target, to the change in the output gap, to money demand shocks and to the lagged interest rate. In the second part, it is...

In this paper, we derive a modification of a forward-looking Taylor rule, which integrates two variables measuring the uncertainty of inflation and GDP growth forecasts into an otherwise standard New Keynesian model. We show that certainty-equivalence in New Keynesian models is a consequence of...

Asymmetric effects in a monetary policy rule could appear due to asymmetric preferences of the central bank or/and due to nonlinearities in the economic system. It might be suspected that monetary authorities are more aggressive to the inflation rate when it is above its target level than when...