A Dynamic Homotopy Interpretation of Quantal Response Equilibrium Correspondences
This paper uses properties of the logistic quantal response equilibrium correspondence to compute Nash equilibria in nite games. It is shown that branches of the correspondence may be numerically traversed e ciently and securely. The method can be implemented on a multicomputer, allowing for application to large games. The path followed by the method has an interpretation analogous to Harsanyi and Selten's Tracing Procedure. As an application, it is shown that the principal branch of any quantal response equilibrium correspondence satisfying a monotonicity property converges to the risk-dominant equilibrium in 2x2 games.
|Date of creation:||02 Dec 2002|
|Date of revision:||16 Oct 2003|
|Note:||Type of Document - PDF; prepared on Linux; pages: 26 ; figures: none|
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