Incomplete Written Contracts: Undescribable States of Nature
Luca Anderlini, Leonardo Felli
Abstract
Luca Anderlini, Leonardo Felli
Abstract
This paper extends the classic two-armed bandit problem to a many-agent setting in which N players each face the same experimentation problem. The difference with the single-agent problem is that agents can now learn from the experiments of others. Thus, experiementation produces a public good and a free-rider problem in experimentation naturally arises. More interestingly, future experimentation by others encourages current individual experimentation. The paper provides an analysis of the set of Markov equilibria in terms of the free-rider effect and the encouragement effect.
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This paper extends the classic two-armed bandit problem to a many-agent setting in which N players each face the same experimentation problem. The difference with the single-agent problem is that agents can now learn from the experiments of others. Thus, experiementation produces a public good and a free-rider problem in experimentation naturally arises. More interestingly, future experimentation by others encourages current individual experimentation. The paper provides an analysis of the set of Markov equilibria in terms of the free-rider effect and the encouragement effect.
Key concepts: Process (computing), State (computer science), Selection (genetic algorithm), Incomplete contracts, Law and economics, Business, Economics, Microeconomics