Bounded rationality in laboratory bargaining with asymmetric information

This paper reports an experiment on two-player sequential bargaining with asymmetric information that features some forces present in multi-round monopoly pricing environments. Buyer-seller pairs play a series of bargaining games that last for either one or two rounds of offers. The treatment variable is the probability of continuing into a second round. Equilibrium predictions do a poor job of explaining levels of prices and treatment effects. As an alternative to the conventional equilibrium model, we consider models that allow for bounded rationality of subjects. The quantal response equilibrium model captures some of the important features of the results.