DETERMINING OUTPUT AND INFLATION VARIABILITY: ARE THE PHILLIPS CURVE AND THE MONETARY POLICY REACTION FUNCTION RESPONSIBLE?
Takashi Senda
Abstract
Takashi Senda
Abstract
This study analyzes the policy parameters in a Taylor monetary policy reaction function and a Phillips curve equation to determine the variability of inflation and output. The theoretical and empirical investigations yield two key results. First, countries with large parameters in the monetary policy reaction function have low and stable inflation. Second, countries with flatter Phillips curves (i.e., those with a higher degree of price stickiness) have larger output variability. This article also examines the determinants of inflation and output variability as well as determinants of the slope of the Phillips curve.(JEL E32, E52)
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This study analyzes the policy parameters in a Taylor monetary policy reaction function and a Phillips curve equation to determine the variability of inflation and output. The theoretical and empirical investigations yield two key results. First, countries with large parameters in the monetary policy reaction function have low and stable inflation. Second, countries with flatter Phillips curves (i.e., those with a higher degree of price stickiness) have larger output variability. This article also examines the determinants of inflation and output variability as well as determinants of the slope of the Phillips curve.(JEL E32, E52)
Key concepts: Phillips curve, Economics, Monetary policy, Inflation (cosmology), Inflation targeting, Keynesian economics, Yield curve, Function (biology)