Multiplicity of mixed equilibria in mechanisms: a unified approach to exact and approximate implementation
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Publication:617583
DOI10.1016/j.jmateco.2010.06.002zbMath1232.91200OpenAlexW3126075511MaRDI QIDQ617583
Publication date: 21 January 2011
Published in: Journal of Mathematical Economics (Search for Journal in Brave)
Full work available at URL: http://hdl.handle.net/10419/62639
monotonicityincomplete informationincentive compatibilityapproximate implementationexact implementation
Related Items (9)
Mechanism design and communication networks ⋮ Mixed Bayesian implementation in general environments ⋮ A new necessary condition for implementation in iteratively undominated strategies ⋮ Interdependent preferences and strategic distinguishability ⋮ Bayesian implementation with verifiable information ⋮ Implementation in mixed Nash equilibrium ⋮ Rationalizable implementation ⋮ Weak implementation ⋮ Robust equilibrium outcomes in sequential games under almost common certainty of payoffs
Cites Work
- Nash implementation with lottery mechanisms
- Nash implementation without no-veto power
- Implementation in differential information economies
- A new approach to the implementation problem
- A characterization of virtual Bayesian implementation
- Bayesian monotonicity with side payments
- Robust virtual implementation: toward a reinterpretation of the Wilson doctrine
- Handbook of social choice and welfare. Vol. 1.
- Virtual Implementation in Nash Equilibrium
- On Bayesian Implementable Allocations
- Implementation with Incomplete Information in Exchange Economies
- Bayesian Implementation
- Efficiency and Mechanisms with no Regret
- Virtual Implementation in Iteratively Undominated Strategies: Complete Information
- Implementation in Undominated Strategies: A Look at Bounded Mechanisms
- Nash Equilibrium and Welfare Optimality
- Virtual Bayesian Implementation
- Some Limitations of Virtual Bayesian Implementation
- Implementation via Augmented Revelation Mechanisms
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