|
||||
|
||||
The Ex Ante Auction Model for the Control of Market Power in Standard Setting OrganizationsAnne Layne-FarrarCharles River Associates Damien GeradinGeorge Mason University School of Law; Tilburg University - Tilburg Law and Economics Center (TILEC); Covington & Burling LLP Jorge PadillaCompass Lexecon April 2007 Abstract: RAND commitments i.e., promises to license on reasonable and non-discriminatory terms play a key role in standard setting processes. However, the usefulness of those commitments has recently been questioned. The problem allegedly lies in the absence of a generally agreed test to determine whether a particular license satisfies a RAND commitment. Swanson and Baumol have suggested that the concept of a 'reasonable' royalty for purposes of RAND licensing must be defined and implemented by reference to ex ante competition. In their opinion, a royalty should be deemed reasonable when it approximates the outcome of an ex ante auction process where IP owners submit RAND commitments coupled with licensing terms and selection to the standard is based on both technological merit and licensing terms. In this paper we investigate whether the ex ante auction approach proposed by Swanson and Baumol is likely to deliver efficient outcomes, both from static and dynamic standpoints. We find that given the peculiar characteristics of some of the industries where standardization takes place, in particular the many different business models adopted by innovating companies in those industries, the ex ante auction approach proposed by Swanson and Baumol may not always deliver the right outcomes from a social welfare viewpoint.
Number of Pages in PDF File: 33 Keywords: RAND, Licensing, Ex Ante Auctions, Reasonable Royalties JEL Classification: O30, L41, L13, K21 working papers seriesDate posted: April 13, 2007Suggested CitationContact Information
|
|
|||||||||||||||||||||||||||||||||
© 2013 Social Science Electronic Publishing, Inc. All Rights Reserved.
FAQ
Terms of Use
Privacy Policy
Copyright
This page was processed by apollo3 in 0.359 seconds