We deal with new product preannouncements in markets where customer preferences are unknown and highly unstable, as would be the case with disruptive product innovations. Our analysis is focused on the tradeoff between the firms incentive to influence consumer preferences via preannouncements...

In this paper we study a local version of the Minority Game where agents are placed on the nodes of a directed graph. Agents care about beingin the minority of the group of agents they are currently linked to and employ myopic best-reply rules to choose their next-period state. We show that, in...

In this paper it is argued that whether cooperation is established in a prisoner's dilemma-like situation is determined by cognitive learning processes. To prove this claim a simulation model is build. This model is based on knowledge about the cognitive learning process that has been gained in...

The problem of coordination failure, particularly in "team production" situations, is central to a large number of mircroeconomic as well as macroeconomic models. As this type of inefficient coordination poses a severe economic problem, there is a need for institutions fostering efficient...

We propose a computational model to study (the evolution of) post--secondary education. "Consumers" who differ in quality shop around for desirable colleges or universities that also differ in quality. We study the dynamics and asymptotics for three nested variants of this matching model: the...

A well known problem in economics is to describe properly a situation where N agents are repeatedly competing to use the same limited resource. A version of this problem is known in the literature as the El Farol game: week after week N agents face the decision whether to go or not to go to a...

The Use of a Simple Decision Rule in Repeated Oligopoly Games Much interest has been directed towards decision rules and conditions when firms make decisions converging to a non-cooperative Nash equilibrium in repeated oligopoly games. We explore the use of a simple decision rule where firms...

The paper considers the application of Genetic Algorithms (GA) on coordination games with non-point pollution controlling systems including collective and random fines. During the GA simulations populations continually switch between the two symmetric Nash equilibria of the game. Coordination of...