The Google Book Settlement as Copyright Reform
University of California, Berkeley - School of Law
April 21, 2011
Wisconsin Law Review, Forthcoming
UC Berkeley Public Law Research Paper No. 1683589
An intriguing way to view the proposed settlement of the copyright litigation over the Google Book Search (GBS) Project is as a mechanism through which to achieve copyright reform that Congress has not yet and may never be willing to do. The settlement would, in effect, give Google a compulsory license to commercialize millions of out-of-print books, including those that are “orphans” (that is, books whose rights holders cannot readily be located), establish a revenue-sharing arrangement as to these books, authorize the creation of an institutional subscription database that would be licensed to libraries and other entities, resolve disputes between authors and publishers over who owns copyrights in electronic versions of their books, provide a safe harbor for Google for any mistakes it might make in good faith as to whether books are in the public domain or in-copyright, and immunize libraries from secondary liability for providing books to Google for GBS, among other things.
This Article explains why certain features of U.S. law, particularly copyright law, may have contributed to Google’s willingness to undertake the GBS project in the first place and later to its motivation to settle the Authors Guild lawsuit. It then demonstrates that the proposed settlement would indeed achieve a measure of copyright reform that Congress would find difficult to accomplish. Some of this reform may be in the public interest. It also considers whether the quasi-legislative nature of the GBS settlement is merely an interesting side effect of the agreement or an additional reason in favor or against approval of this settlement.
Number of Pages in PDF File: 84Accepted Paper Series
Date posted: September 28, 2010 ; Last revised: October 28, 2012
© 2013 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo5 in 0.438 seconds