A silent duel over a cake

Game Theory;Equilibrium Analysis;game theory

Temporal aggregation in a periodically integrated autoregressive process

Time Series;Aggregation;statistics

Maximum likelihood equilibria of random games

Game Theory

A Silent Battle over a Cake

The division of a cake by n players is modeled as a game of timing. We show that such games admit a unique Nash equilibrium.Game of timing;Nash equilibrium

A qualification of the dependence in the generalized extreme value choice model

Choice Theory;Models;econometrics

Frequent sampling in discrete choice

Sampling;Choice Theory;Models;econometrics

Characterizing distributions by quantile measures

Statistical Distribution;statistics

The algebraic Riccati equation and singular optimal control: The discrete-time case

Optimal Control;mathematics