An experimental analysis of multi-attribute auctions
Decision Support Systems
A New and Improved Design for Multiobject Iterative Auctions
Management Science
Models for Iterative Multiattribute Procurement Auctions
Management Science
Journal of Global Optimization
Information revelation in multiattribute English auctions: A laboratory study
Decision Support Systems
A fuzzy TOPSIS based approach for e-sourcing
Engineering Applications of Artificial Intelligence
An efficient reverse auction mechanism for limited supplier base
Electronic Commerce Research and Applications
The impact of business-to-business electronic marketplaces: a field study
International Journal of Networking and Virtual Organisations
A Laboratory Investigation of Rank Feedback in Procurement Auctions
Manufacturing & Service Operations Management
Procuring Commodities: First-Price Sealed-Bid or English Auctions?
Marketing Science
Expert Systems with Applications: An International Journal
Computers and Industrial Engineering
When Does It Pay to Delay Supplier Qualification? Theory and Experiments
Management Science
Journal of Management Information Systems
Relationship preserving multi-attribute reverse auction: A web-based experimental analysis
Computers and Industrial Engineering
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The majority of reverse auctions for procurement use a single-attribute (price) format while providing constraints on nonprice attributes such as quality and lead time. Alternatively, a buyer could choose to conduct a multiattribute auction where bidders can specify both a price and levels of nonprice attributes. While such an auction may provide higher theoretical utility to the buyer, it is not clear that this theoretical improvement will be realized given the increased complexity of the auction. In this research, we present an ascending auction mechanism for a buyer whose utility function is known and dependent on three attributes. Motivated by a supply chain procurement problem setting, we consider quality and lead time for the two attributes in addition to price. The auction mechanism provides the bidders with restricted feedback regarding the buyer's utility function. We explore, experimentally, the performance of this multiattribute auction mechanism as compared to a price-only auction mechanism. Compared with the price-only auction, we find that our mechanism design is effective in increasing both buyer utility and bidder (supplier) profits.