This paper investigates whether a "Golden Rule" of regulation of an infectious disease may be elicited that balances the economic control and disease costs when the arrival of a future vaccine or a cure is uncertain. Formulating an optimal control problem applied to standard compartment models...

This paper investigates whether a "Golden Rule" of regulation of an infectious disease may be elicited that balances the economic control and disease costs when the arrival of a future vaccine or a cure is uncertain. Formulating an optimal control problem applied to standard compartment models...

In this paper, we study regulation of externalities involving many small-scale polluters, where the damages from emissions depend on the polluters' locations. Examples include nutrient and pesticide emissions from farms, particulate emissions from vehicles and home heating units, emissions of...

In this paper, we study regulation of externalities involving many small-scale polluters, where the damages from emissions depend on the polluters’ locations. Examples include nutrient and pesticide emissions from farms, particulate emissions from vehicles and home heating units, emissions of...

This paper investigates whether a “Golden Rule” of regulation of an infectious disease may be elicited that balances the economic control and disease costs when the arrival of a future vaccine or a cure is uncertain. Formulating an optimal control problem applied to standard compartment...