Effectivity functions for finitely many players and alternatives are considered. It is shown that every monotonic and superadditive effectivity function can be augmented with equal chance lotteries to a finite lottery model--i.e., an effectivity function that preserves the original effectivity in terms of supports of lotteries--which has a Nash consistent representation. The latter means that there exists a finite game form which represents the lottery model and which has a Nash equilibrium for any profile of utility functions satisfying the minimal requirement of respecting first order stochastic dominance among lotteries. No additional condition on the original effectivity function is needed.
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Volume (Year): 65 (2009) Issue (Month): 2 (March) Pages: 503-515 Download reference. The following formats are available: HTML
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Hans Keiding & Bezalel Peleg, 2004.
"Binary Effectivity Rules,"
Discussion Paper Series
dp378, Center for Rationality and Interactive Decision Theory, Hebrew University, Jerusalem.
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Gaertner, Wulf & Pattanaik, Prasanta K & Suzumura, Kotaro, 1992.
"Individual Rights Revisited,"
Economica,
London School of Economics and Political Science, vol. 59(234), pages 161-77, May.
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