Research map / Learning theory and algorithms / Submodular and game algorithms
Extensive-Form Perfect Equilibrium Computation in Two-Player Games
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Measured effects reported in the paper
| What was changed | Where | Measured | Effect |
|---|---|---|---|
| Represent agent-form trembles as multiplicative sequence-form perturbations and solve the resulting perturbed LCP | EFPE computation in 2-player general-sum games · 2-player general-sum games | computational complexity: PPAD-complete | Helped |
| Use the zero-sum structure to convert the complementarity condition into a linear condition | EFPE computation in 2-player zero-sum games · 2-player zero-sum games | computational complexity: FP | Helped |
| Use the paper's multiplicative perturbation to model uncertain action execution | Nash equilibrium computation with execution uncertainty · 2-player games with execution uncertainty | computational complexity: PPAD-complete or in FP in general-sum and zero-sum games, respectively | Helped |
| Use the prior non-uniform sequence perturbation criticized by the authors | Earlier EFPE algorithm · Counterexample game in Appendix | EFPE correctness: null | Hurt |
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