Mixed Equilibrium in a Downsian Model with a Favored Candidate
This paper examines competition in the standard one- dimensional Downsian model of two-candidate elections, but where one candidate (A) enjoys an advantage over the other candidate (D). Voters' preferences are Euclidean, but any voter will vote for candidate A over candidate D unless D is closer to her ideal point by some fixed distance \delta. The location of the median voter's ideal point is uncertain, and its distribution is commonly known by both candidates. The candidates simultaneously choose locations to maximize the probability of victory. Pure strategy equilibria often fails to exist in this model, except under special conditions about \delta and the distribution of the median ideal point. We solve for the essentially unique symmetric mixed equilibrium, show that candidate A adopts more moderate policies than candidate D, and obtain some comparative statics results about the probability of victory and the expected distance between the two candidates' policies.
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"Mixed equilibrium in a Downsian model with a favored candidate,"
Economics Working Papers
502, Department of Economics and Business, Universitat Pompeu Fabra.
- Aragones, Enriqueta & Palfrey, Thomas R., 2002. "Mixed Equilibrium in a Downsian Model with a Favored Candidate," Journal of Economic Theory, Elsevier, vol. 103(1), pages 131-161, March.
- Aragones, Enriqueta & Palfrey, Thomas. R., 2000. "Mixed Equilibrium in a Downsian Model With a Favored Candidate," Working Papers 1102, California Institute of Technology, Division of the Humanities and Social Sciences.
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