The paper sets the neoclassical monetary business cycle model within endogenous growth, adds exchange credit shocks, and finds that money and credit shocks explain much of the velocity variation. The role of the shocks varies across sub-periods in an intuitive fashion. Endogenous growth is key...

The explanation of velocity in neoclassical monetary business cycle models relies on a goods productivity shocks to mimic the dataís procyclic velocity feature; money shocks are not important; and the Önancial sector plays no role. This paper sets the model within endogenous growth, adds...

The paper shows that contrary to conventional wisdom an endogenous growth economy with human capital and alternative payment mechanisms can robustly explain major facets of the long run inflation experience. A negative inflation-growth relation is explained, including a striking non-linearity...

The paper constructs credit shocks using data and the solution to a monetary business cycle model. The model extends the standard stochastic cash-in-advance economy by including the production of credit that serves as an alternative to money in exchange. Shocks to goods productivity, money, and...

The paper sets out a monetary business cycle model with three alternative exchange technologies, the cash-only, shopping time, and credit production models. The goods productivity and money shocks affect all three models, while the credit model has in addition a credit productivity shock. The...

In transition economies, there may be a significant mismatch between the types of skills that workers possess and the types of skills that the new economy demands. We consider this problem of human capital mismatch along the dimensions of training type (holding the level) and occupation. We...

The paper shows that contrary to conventional wisdom an endogenous growth economy with human capital and alternative payment mechanisms can robustly explain major facets of the long run inflation experience. A negative inflation-growth relation is explained, including a striking nonlinearity...