We study a class of single-server queueing systems with a finite population size, FIFO queue discipline, and no balking or reneging. In contrast to the predominant assumptions of queueing theory of exogenously determined arrivals and steady state behavior, we investigate queueing systems with...

We extend the sealed-bid k-double-auction mechanism from a single- to two-round game where offers are made simultaneously during each round. If an agreement is reached on round 1, then the traders realize their profit and the game is over. If not, equipped with information about the round 1 bids...

We study a class of queueing problems with endogenous arrival times that we formulate as non-cooperative n-person games in normal form with discrete strategy spaces, fixed starting and closing times, and complete information. With multiple equilibria in pure strategies, these queueing games give...

A model of coalition government formation is presented in which inefficient, non-minimal winning coalitions may form in Nash equilibrium. Predictions for five games are presented and tested experimentally. The experimental data support potential maximization as a refinement of Nash equilibrium....

We study a class of trust dilemmas with symmetric players that evolve in real-time. In these games, as long as all the n players continue to cooperate, the payoff function increases exponentially over time. Simultaneously, however, the temptation to defect also increases at the same rate. The...

A model of coalition government formation is presented in which inefficient, non-minimal winning coalitions may form in Nash equilibrium. Predictions for five games are presented and tested experimentally. The experimental data support potential maximization as a refinement of Nash equilibrium....

We study a class of trust dilemmas with symmetric players that evolve in real-time. In these games, as long as all the n players continue to cooperate, the payoff function increases exponentially over time. Simultaneously, however, the temptation to defect also increases at the same rate. The...

We report the results of trust dilemmas that are modeled as non-cooperative n-person games evolving over time. As long as all the n players continue cooperating, their potential payoff increases exponentially over time. Simultaneously, the temptation to defect increases too, as the player who is...

We report the results of an experiment on two-stage contests with budget-constrained agents competing to win an exogenously determined prize. We study a class of two-stage contests where in stage 1 agents first compete within their own groups by expending resources, and in stage 2 the winners of...