Multiagent Systems

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Prof. Dr. Jürgen Dix · Department of Informatics, TUC Multiagent Systems, WS 06/07 300/731 4. Decision Making (2) 2. Tactical Voting Definition 4.15 (Mechanism as an Implementation) Let A and O be fixed. Let a social choice function C ∗ be given. We say that a mechanism 〈Act, M〉 implements the function C ∗ in dominant strategies, if for all utility profiles µ the game 〈N, A, O, M, µ〉 has an equilibrium in dominant strategies and for any equilibrium 〈s ∗ 1, s ∗ 2, . . . , s ∗ n〉 we have: M(〈s ∗ 1, s ∗ 2, . . . , s ∗ n〉) = C ∗ (µ)
Prof. Dr. Jürgen Dix · Department of Informatics, TUC Multiagent Systems, WS 06/07 301/731 4. Decision Making (2) 2. Tactical Voting What about our example? Is there a mechanism implementing our social choice function in dominant strategies? Lying There are situations, where one does not want to reveal its true preferences. Lying might pay off: not only to get the desired result, but also to ensure that critical information is not disclosed.
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2. Basic Architectures 2. BDI-Archi
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9. Agents based on FOL 1. First Ord
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9. Agents based on FOL 4. (Con-)Gol
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Situation independent functions dec
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9. Agents based on FOL 7. Reference
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