From the Social Choice Problem to a Collusion-Proof Tendering Mechanism for Dynamic Stochastic Projects

📅 2026-08-28
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本文针对动态随机项目中的社会选择问题,提出了一种防共谋的投标机制TU-GUM,改进了AGV机制的不足,并适用于更广泛的动态环境。
📝 Abstract
The VCG family and the AGV mechanism are two classical approaches to efficient implementation in the static social choice problem. In 2024, Csóka et al. showed that AGV has critical weaknesses. In contrast, the transferable-utility Guaranteed Utility Mechanism (TU-GUM) retains all the standard desirable properties of AGV while adding further ones, including collusion-proofness, because it implements efficiency in Guaranteed Utility Equilibrium. TU-GUM also applies to a more general dynamic setting with multiple extensions. Moreover, TU-GUM is a special case of an even more general and robust mechanism that combines contingent first-price tendering with the coordinated execution of dynamic stochastic multi-agent projects through a surprisingly simple rule. This paper summarizes and connects existing results from a different perspective, with some minor new observations.
Problem

Research questions and friction points this paper is trying to address.

Collusion-Proof
Dynamic Stochastic Projects
Mechanism Design
Innovation

Methods, ideas, or system contributions that make the work stand out.

Guaranteed Utility Mechanism
Collusion-proofness
Dynamic Stochastic Projects
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E
Endre Csóka
Alfréd Rényi Institute of Mathematics, Budapest, Hungary