Practically Implementable Auction for a Good with Countervailing Positive Externalities
Kornpob Bhirombhakdi, Tanapong Potipiti
Abstract
Open-access reader
Kornpob Bhirombhakdi, Tanapong Potipiti
Abstract
Open-access reader
This study theoretically presents a new auction design called "take-or-give auction." The auction solves the free-rider problem in the case of two symmetric and risk-neutral bidders competing for a good with countervailing positive externalities. The auction makes efficient allocation. Moreover, the extension of the auction by addition some rules maximizes the seller's expected revenue.
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This study theoretically presents a new auction design called "take-or-give auction." The auction solves the free-rider problem in the case of two symmetric and risk-neutral bidders competing for a good with countervailing positive externalities. The auction makes efficient allocation. Moreover, the extension of the auction by addition some rules maximizes the seller's expected revenue.
Key concepts: Revenue equivalence, Auction theory, Pooling, Vickrey–Clarke–Groves auction, Auction algorithm, Microeconomics, Vickrey auction, Generalized second-price auction