In a 'smart' electricity distribution network, flexible distribution resources (FDRs) can be aggregated to improve efficiency in the power market. But aggregation enables whoever controls resources to exercise market power. This paper establishes a ranking of market structures: Independent...

I generalize the workhorse model of network competition to include income effects in call demand. Empirical work has shown call demand to increase signi ficantly with income. For any positive income effect, network operators prefer a termination rate above marginal cost if networks are...

We analyse network competition in a market with international calls. National regulatory agencies (NRAs) have incentives to set regulated termination rates above marginal cost to extract rent from international call termination. International network ownership and deregulation are alternatives...

We show that a common regulatory mandate in electricity markets that use location-based pricing that requires all customers to purchase their wholesale electricity at the same quantity-weighted average of the locational prices can increase the performance of imperfectly competitive wholesale...

In a 'smart' electricity distribution network, flexible distribution resources (FDRs) can be aggregated to improve efficiency in the power market. But aggregation enables whoever controls resources to exercise market power. This paper establishes a ranking of market structures: Independent...

We extend the workhorse model of network competition to international calls. This model enables us to show that national regulatory authorities (NRAs) maximizing domestic welfare have incentives to increase termination rates above the social optimum to extract rent from international call...

This paper develops a simple nonparametric test for perfect competition in markets for homogenous goods. The method only requires data on prices and some aggregate of output. We then generalize the method to account for variable capacity and intertemporal production decisions. We apply the...