`____________
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`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`____________
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`JUNIPER NETWORKS, INC., NOKIA CORP. AND NOKIA OF AMERICA CORP.
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`PETITIONERS,
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`V.
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`CORE OPTICAL TECHNOLOGIES, LLC,
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`PATENT OWNER.
`____________
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`U.S. PATENT NO. 6,782,211
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`“CROSS POLARIZATION INTERFACE CANCELER”
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`____________
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`IPR2020-01664
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`____________
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`DECLARATION OF SYLVIA D. HALL-ELLIS, PH.D.
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`Juniper Ex. 1005, page 1
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`I.
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`INTRODUCTION
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`1. My name is Sylvia D. Hall-Ellis. I am submitting this declaration on
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`behalf of the petitioners – Juniper Networks, Inc., Nokia Corp., and Nokia of
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`America Corp.
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`2.
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`I have written this declaration at the request of the petitioners to
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`provide my expert opinion regarding the authenticity and public availability of
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`several publications. My declaration sets forth my opinions in detail and provides
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`the basis for my opinions regarding the public availability of these publications.
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`Due to the current pandemic, I relied on librarian agents at the Linda Hall Library
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`in Kansas City and the University of Wisconsin in Madison to send me copies of
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`these publications. These individuals are professionals who supply documents to
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`me when they are not available in libraries near my residence in Colorado.
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`3.
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`I reserve the right to supplement or amend my opinions, and bases for
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`them, in response any additional evidence, testimony, discovery, argument, and/or
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`other additional information that may be provided to me after the date of this
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`declaration.
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`4.
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`I am being compensated for my time spent working on this matter at
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`my normal consulting rate of $300 per hour, plus reimbursement for any additional
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`reasonable expenses. My compensation is not in any way tied to the content of this
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`1
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`Juniper Ex. 1005, page 2
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`declaration, the substance of my opinions, or the outcome of this litigation. I have
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`no other interests in this proceeding or with any of the parties.
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`5.
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`All of the materials that I considered are discussed explicitly in this
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`declaration.
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`II. QUALIFICATIONS
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`6.
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`I am currently an Adjunct Professor in the School of Information at
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`San José State University. I obtained a Master of Library Science from the
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`University of North Texas in 1972 and a Ph.D. in Library Science from the
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`University of Pittsburgh in 1985. Over the last forty-five years, I have held various
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`positions in the field of library and information resources. I was first employed as
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`a librarian in 1966 and have been involved in the field of library sciences since,
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`holding numerous positions.
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`7.
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`I am a member of the American Library Association (ALA) and its
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`Association for Library Collections & Technical Services (ALCTS) Division, and I
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`served on the Committee on Cataloging: Resource and Description (which wrote
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`the new cataloging rules) and as the chair of the Committee for Education and
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`Training of Catalogers and the Competencies and Education for a Career in
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`Cataloging Interest Group. I also served as the founding Chair of the ALCTS
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`Division’s Task Force on Competencies and Education for a Career in Cataloging.
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`Additionally, I have served as the Chair for the ALA Office of Diversity’s
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`2
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`Juniper Ex. 1005, page 3
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`Committee on Diversity, as a member of the REFORMA National Board of
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`Directors, and as a member of the Editorial Board for the ALCTS premier
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`cataloging journal, Library Resources and Technical Services. Currently I serve as
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`a Co-Chair for the Library Research Round Table of the American Library
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`Association.
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`8.
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`I have also given over one hundred presentations in the field,
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`including several on library cataloging systems and Machine-Readable Cataloging
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`(“MARC”) standards. My current research interests include library cataloging
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`systems, metadata, and organization of electronic resources.
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`9.
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`I have been deposed thirteen times: (1) Symantec Corp. vs. Finjan,
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`Inc., Petition for Inter Partes Review of U.S. Patent No. 7,613,926, May
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`26, 2016, on behalf of Symantec Corp.; (2) Symantec Corp. vs. Finjan, Inc.,
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`14-cv-299-HSG (N.D. Cal.), on behalf of Symantec Corp., September 14,
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`2017; (3) one deposition for ten matters: Intellectual Ventures I LLC vs. AT&T
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`Mobility LLC; AT&T Mobility II LLC, New Cingular Wireless Services, Inc., SBC
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`Internet Services, Inc., Wayport, Inc., and Cricket Wireless LLC, C.A. No. 12-193
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`(LPS); Intellectual Ventures II LLC vs. AT&T Mobility LLC; AT&T Mobility II
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`LLC, New Cingular Wireless Services, Inc., SBC Internet Services, Inc., Wayport,
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`Inc., and Cricket Wireless LLC, C.A. No. 13-1631 (LPS); Intellectual Ventures I
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`LLC vs. T-Mobile USA, Inc. and T-Mobile US, Inc., C.A. No. 13-1632 (LPS);
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`3
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`Juniper Ex. 1005, page 4
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`
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`Intellectual Ventures II LLC vs. T-Mobile USA, Inc. and T-Mobile US, Inc., C.A.
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`No. 13-1633 (LPS); Intellectual Ventures I LLC, vs. Nextel Operations, Inc., Sprint
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`Spectrum L.P., Boost Mobile, LLC and Virgin Mobile USA, L.P., C.A. No. 13-1634
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`(LPS); Intellectual Ventures II LLC vs. Nextel Operations, Inc., Sprint Spectrum
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`L.P., Boost Mobile, LLC and Virgin Mobile USA, L.P., C.A. No. 13-1635 (LPS);
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`Intellectual Ventures I LLC, vs. United States Cellular Corporation, C.A. No. 13-
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`1636 (LPS); Intellectual Ventures I LLC vs. United States Cellular Corporation,
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`C.A. No. 13-1637 (LPS); Intellectual Ventures II LLC vs. AT&T Mobility LLC,
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`AT&T Mobility II LLC, New Cingular Wireless Services, Inc., C.A. No. 15-799
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`(LPS); Intellectual Ventures I LLC vs. T-Mobile USA, Inc. and T-Mobile US, Inc.,
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`C.A. No. 15-800 (LPS), on behalf of AT&T Mobility LLC; AT&T Mobility II
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`LLC, Boost Mobile, LLC Cricket Wireless LLC, Nextel Operations, Inc., New
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`Cingular Wireless Services, Inc., SBC Internet Services, Inc., Sprint Spectrum
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`L.P., T-Mobile USA, Inc., T-Mobile US, Inc., United States Cellular Corporation
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`Virgin Mobile USA, L.P., and Wayport, Inc., November 15, 2016; (4) Hitachi
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`Maxell, LTD., v. Top Victory Electronics (Taiwan) Co. Ltd., et al., 2:14-cv-1121
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`JRG-RSP (E.D. Texas), on behalf of Top Victory Electronics (Taiwan) Co. LTD,
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`et. al., January 20, 2016; (5) Sprint Spectrum, L.P. vs. General Access Solutions,
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`Ltd., Petition for Inter Partes Review of U.S. Patent No. 7,173,916, on behalf of
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`Sprint Spectrum L.P., July 13, 2018; (6) Nichia Corporation vs. Vizio, Inc., 8:16-
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`4
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`Juniper Ex. 1005, page 5
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`cv-00545; on behalf of Vizio, Inc., October 12, 2018; (7) Intellectual Ventures I
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`LLC, vs. T-Mobile USA, Inc., T-Mobile US, Inc., Ericsson Inc., and
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`Telefonaktiebolaget LM Ericsson, 2:17-cv-00557 (JRG), on behalf of T-Mobile
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`USA, Inc., T-Mobile US, Inc., Ericsson Inc., and Telefonaktiebolaget LM
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`Ericsson, October 19, 2018; (8) Pfizer, Inc. vs. Biogen, Inc., Petition for Inter
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`Partes Review of U.S. Patent No. 8,821,873, on behalf of Pfizer, November 3,
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`2018; (9) Finjan, Inc. vs. ESET, LLC and ESET SPOL. S.R.O., 3:17-cv-00183-
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`CAB-BGS, on behalf of ESET, January 15, 2019; (10) Finjan, Inc. vs. Cisco
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`Systems, Inc., 5:17-cv-00072-BLF-SVK, on behalf of Cisco Systems, Inc.,
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`September 6, 2019; (11) Facebook, Inc., Instagram, LLC and Whatsapp Inc. vs.
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`Blackberry Limited, Petition for Inter Partes Review of U.S. Patent No. 9,349,120
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`B2, on behalf of Facebook, Inc., Instagram, LLC and Whatsapp Inc. December 20,
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`2019; (12) 3Shape A/S and 3Shape Inc. vs. Align Technology, Inc., Petition for
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`Inter Partes Review of U.S. Patent No. 7,156,661, IPR 2020-00222 and IPR
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`2020-00223, August 10, 2020, on behalf of 3Shape A/S and 3Shape Inc.; and,
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`(13) Finjan Inc. vs. Rapid7, Inc. and Rapid7 LLC, Northern District of Delaware;
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`1:18-cv-01519-MN, September 15, 2020.
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`10. My full curriculum vitae is attached hereto as Attachment 1.
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`III. PRELIMINARIES
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`11.
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`Scope of this declaration. I am not an attorney and will not offer
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`5
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`Juniper Ex. 1005, page 6
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`opinions on the law. I am, however, rendering my expert opinion on the
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`authenticity of the documents referenced herein and on when and how each of
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`these documents was disseminated or otherwise made available to the extent that
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`persons interested and ordinarily skilled in the subject matter or art, exercising
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`reasonable diligence, could have located the documents before November 5, 1998.
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`12.
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`I am informed by counsel that a printed publication qualifies as
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`publicly accessible as of the date it was disseminated or otherwise made available
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`such that a person interested in and ordinarily skilled in the relevant subject matter
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`could locate it through the exercise of ordinary diligence.
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`13. While I understand that the determination of public accessibility under
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`the foregoing standard rests on a case-by-case analysis of the facts particular to an
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`individual publication, I also understand that a printed publication is rendered
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`“publicly accessible” if it is cataloged and indexed by a library such that a person
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`interested in the relevant subject matter could locate it (i.e., I understand that
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`cataloging and indexing by a library is sufficient, though there are other ways that
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`a printed publication may qualify as publicly accessible). One manner of sufficient
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`indexing is indexing according to subject matter category. I understand that the
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`cataloging and indexing by a single library of a single instance of a particular
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`printed publication is sufficient, even if the single library is in a foreign country. I
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`understand that, even if access to a library is restricted, a printed publication that
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`6
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`Juniper Ex. 1005, page 7
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`has been cataloged and indexed therein is publicly accessible so long as a
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`presumption is raised that the portion of the public concerned with the relevant
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`subject matter would know of the printed publication. I also understand that the
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`cataloging and indexing of information that would guide a person interested in the
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`relevant subject matter to the printed publication, such as the cataloging and
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`indexing of an abstract for the printed publication, is sufficient to render the
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`printed publication publicly accessible.
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`14.
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`I understand that routine business practices, such as general library
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`cataloging and indexing practices, can be used to establish an approximate date on
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`which a printed publication became publicly accessible. I also understand that the
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`indicia on the face of a reference, such as printed dates and stamps, are considered
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`as part of the totality of the evidence.
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`15. Persons of ordinary skill in the art. I am told by counsel that the
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`subject matter of this proceeding relates to optical communications systems.
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`16.
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`I have been informed by counsel that a “person of ordinary skill in the
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`art at the time of the inventions” is a hypothetical person who is presumed to be
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`familiar with the relevant field and its literature at the time of the inventions. This
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`hypothetical person
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`is also a person of ordinary creativity, capable of
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`understanding the scientific principles applicable to the pertinent field.
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`7
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`Juniper Ex. 1005, page 8
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`17.
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`I am told by counsel that persons of ordinary skill in this subject
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`matter or art would have had at least a master’s degree in electrical engineering or
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`physics, or an equivalent field, and at least two years of professional or research
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`experience in the field of optical communications systems.
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`18.
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`It is my opinion that such a person would have been engaged in
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`research, learning, study, and practice in the field, and possibly formal instruction
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`so that bibliographic resources relevant to his or her research would be familiar. In
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`the 1980s and 1990s such a person would have had access to a vast array of long-
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`established print resources in electrical engineering as well as to a rich set of online
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`resources providing indexing information, abstracts, and full text services for
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`computer science.
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`IV. LIBRARY PROFESSIONAL PRACTICES
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`19.
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`In preparing this declaration, I used authoritative databases, such as
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`the OCLC bibliographic database, the Library of Congress Online Catalog, and the
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`Library of Congress Subject Authorities, to confirm citation details of the various
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`publications discussed. Unless I note otherwise below in reference to a specific
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`serial publication, it is my expert opinion that this standard protocol was followed
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`for the serial publication discussed below.
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`20.
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`Indexing. A researcher may discover material relevant to his or her
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`topic in a variety of ways. One common means of discovery is to search for
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`8
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`Juniper Ex. 1005, page 9
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`relevant information in an index of periodical and other publications. Having
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`found relevant material, the researcher will then normally obtain it online, look for
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`it in libraries, or purchase it from the publisher, a bookstore, a document delivery
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`service, or other provider. Sometimes, the date of a document’s public
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`accessibility will involve both indexing and library date information. However,
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`date information for indexing entries is often unavailable. This is especially true
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`for online indices.
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`21.
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`Indexing services use a wide variety of controlled vocabularies to
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`provide subject access and other means of discovering the content of documents.
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`The Library of Congress Subject Authorities includes standard forms of terms and
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`cross references that are included in bibliographic records. The formats in which
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`these access terms are presented vary from service to service.
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`22. Online
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`indexing
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`services
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`commonly provide bibliographic
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`information, abstracts, and full-text copies of the indexed publications, along with
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`a list of the documents cited in the indexed publication. These services also often
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`provide lists of publications that cite a given document. A citation of a document
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`is evidence that the document was publicly available and in use by researchers no
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`later than the publication date of the citing document. Prominent indexing services
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`include the ACM Digital Library, IEEE Xplore, ResearchGate, Semantic Scholar,
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`Google Scholar, and Scopus.
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`23. Prominent indexing services include the following:
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`a.
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`ACM Digital Library.1 This index is produced by the Association for
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`Computing Machinery (ACM), the world’s largest scientific and educational
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`computing society. The ACM Digital Library contains the full text of all ACM
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`publications, hosted full-text publications from selected publishers, and the ACM
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`Guide to Computing Literature—a comprehensive bibliography of computing
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`literature beginning in the 1950s with more than a million entries. All metadata in
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`the database are freely available on the Web, including abstracts, linked references,
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`citing work, and usage statistics. Full-text articles are available with subscription.
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`b.
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`IEEE Xplore. 2 This scholarly research database includes indexes,
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`abstracts, and full-text for articles and papers on computer science, electrical
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`engineering, and electronics. The database mainly covers material from the
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`Institute of Electrical and Electronics Engineers (IEEE) and the Institution of
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`Engineering and Technology. The IEEE Xplore digital library provides Web
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`access to more than 5.1-million full-text documents from some of the world's most
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`highly cited publications. The content comprises over 180 journals, over 1,400
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`conference proceedings, more than 3,800 technical standards, over 1,800 eBooks
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`and over 400 educational courses. Approximately 20,000 new documents are
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`
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`1 https://dl.acm.org/
`2 https://ieeexplore.ieee.org/Xplore/home.jsp
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`
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`added to IEEE Xplore each month. Abstracts are free to access, but access to full
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`text requires a subscription or institutional login.
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`c.
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`ResearchGate.3 Designed to be a social networking site for scientists
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`and researchers to share papers, ask and answer questions, and find collaborators,
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`ResearchGate is the largest academic network in terms of active users, although
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`other services have more registered users, and a 2015–2016 survey suggests that
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`almost as many academics have Google Scholar profiles. Features available to
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`ResearchGate members include following a research interest and the work of other
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`individual participants, a blogging feature for users to write short reviews on peer-
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`reviewed articles, private chat rooms for sharing data, editing documents, or
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`discussing confidential topics, and a research-focused job board. ResearchGate
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`indexes self-published information on user profiles and suggests members to
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`connect with others who have similar interests. Member questions are fielded to
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`others who have identified relevant expertise on their profiles.
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`d.
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`Semantic Scholar. 4 A project developed at the Allen Institute for
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`Artificial Intelligence (AI) and publicly released in November 2015, Semantic
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`Scholar is designed to be an AI-backed search engine for scientific journal articles
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`which uses a combination of machine learning, natural language processing,
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`
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`3 www.researchgate.net
`4 www.semanticscholar.org
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`and machine vision to add a layer of semantic analysis to the traditional methods
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`of citation analysis, and to extract relevant figures, entities, and venues from
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`papers. Semantic Scholar is designed to highlight important, influential papers, and
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`to identify the connections between them. As of January 2018, following a 2017
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`project that added biomedical papers and topic summaries, the Semantic Scholar
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`corpus
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`included more
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`than
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`40 million
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`papers
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`from computer
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`science and biomedicine. In March 2018, Doug Raymond, who developed machine
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`learning initiatives for the Amazon Alexa platform, was hired to lead the Semantic
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`Scholar project. As of August 2019, the number of included papers had grown to
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`more
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`than 173 million after
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`the addition of
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`the Microsoft Academic
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`Graph records, already used by Lens.org.
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`e.
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`Google Scholar.5 A freely accessible web search engine that indexes
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`the full text or metadata of scholarly literature across an array of publishing
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`formats and disciplines and released in beta in November 2004, the Google
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`Scholar index includes a significant number of peer-reviewed online academic
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`journals, books, conference papers, selected theses and dissertations, preprints,
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`abstracts, technical reports, and other scholarly literature. While the size of Google
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`Scholar is not published, scientometric researchers estimated it to contain roughly
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`389 million documents, making it the world's largest academic search engine in
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`
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`5 https://scholar.google.com
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`12
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`Juniper Ex. 1005, page 13
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`
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`January 2018. Because many search results link to commercial journal articles,
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`searchers will be able to access only an abstract and the citation details of an article
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`and may have to pay a fee to access the entire article. The most relevant results for
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`the searched keywords will be listed first, in order of the author's ranking, the
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`number of references that are linked to it and their relevance to other scholarly
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`literature, and the ranking of the publication that the journal appears in. Through
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`its “cited by” feature, Google Scholar provides access to abstracts of articles that
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`have cited the article being viewed. Through its “Related articles” feature, Google
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`Scholar presents a list of closely related articles, ranked primarily by how similar
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`these articles are to the original result, but also suggesting the relevance of each
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`paper.
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`f.
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`Scopus. 6 Produced by Elsevier, a major publisher, Scopus is the
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`largest database of abstracts and citations of peer-reviewed literature. Its scope
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`includes the social sciences, science, technology, medicine, and the arts. It
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`includes 60 million records from more than 21,500 titles from some 5,000
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`international publishers. Coverage includes 360 trade publications, over 530 book
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`series, more than 7.2 million conference papers, and 116,000 books. Records date
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`from 1823. Researchers trust the information and data they discover with Scopus
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`
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`6 https://www.elsevier.com/solutions/scopus
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`Juniper Ex. 1005, page 14
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`
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`because the content on Scopus comes from over 5,000 publishers that must be
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`reviewed and selected by an independent Content Selection and Advisory Board
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`(CSAB) to be, and continue to be, indexed on Scopus. Researchers may use Scopus
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`to assist with their research, such as searching authors, and learning more about
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`Scopus content coverage and source metrics.
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`V. LIBRARY CATALOGING PRACTICES
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`24.
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`I am fully familiar with the library cataloging standard known as the
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`MARC standard, which is an industry-wide standard method of storing and
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`organizing library catalog information.7 MARC was first developed in the 1960’s
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`by the Library of Congress. A MARC-compatible library is one that has a catalog
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`consisting of individual MARC records for each of its items. Today, MARC is the
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`primary communications protocol for the transfer and storage of bibliographic
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`metadata in libraries.8
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`25. Since at least the early 1970s and continuing to the present day,
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`
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`7 The full text of the standard is available from the Library of Congress at
`http://www.loc.gov/marc/bibliographic/ (last visited September 10, 2020).
`8 Almost every major library in the world is MARC-compatible. See, e.g., MARC
`Frequently Asked Questions (FAQ), Library of Congress,
`https://www.loc.gov/marc/faq.html (last visited September 10, 2020) (“MARC is
`the acronym for MAchine-Readable Cataloging. It defines a data format that
`emerged from a Library of Congress-led initiative that began nearly fifty years ago.
`It provides the mechanism by which computers exchange, use, and interpret
`bibliographic information, and its data elements make up the foundation of most
`library catalogs used today.”). MARC is the ANSI/NISO Z39.2-1994 (reaffirmed
`2016) standard for Information Interchange Format.
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`14
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`Juniper Ex. 1005, page 15
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`MARC has been the primary communications protocol for the transfer and storage
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`of bibliographic metadata in libraries.9 As explained by the Library of Congress:
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`You could devise your own method of organizing the bibliographic
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`information, but you would be isolating your library, limiting its
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`options, and creating much more work for yourself. Using the MARC
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`standard prevents duplication of work and allows libraries to better
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`share bibliographic resources. Choosing to use MARC enables
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`libraries to acquire cataloging data that is predictable and reliable. If a
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`library were to develop a “home-grown” system that did not use
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`MARC records, it would not be taking advantage of an industry-wide
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`standard whose primary purpose is to foster communication of
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`information.
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`Using the MARC standard also enables libraries to make use of
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`commercially available library automation systems to manage library
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`operations. Many systems are available for libraries of all sizes and
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`are designed to work with the MARC format. Systems are maintained
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`and improved by the vendor so that libraries can benefit from the
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`latest advances in computer technology. The MARC standard also
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`allows libraries to replace one system with another with the assurance
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`that their data will still be compatible.
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`
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`9 A complete history of the development of MARC can be found in MARC: Its
`History and Implications by Henrietta D. Avram (Washington, DC: Library of
`Congress, 1975) and available online from the Hathi Trust
`(https://babel.hathitrust.org/cgi/pt?id=mdp.39015034388556;view=1up;seq=1; last
`visited September 10, 2020).
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`Why Is a MARC Record Necessary? LIBRARY OF CONGRESS. 10
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`26. Thus, almost every major library in the world is MARC-compatible.
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`See, e.g., MARC Frequently Asked Questions (FAQ), LIBRARY OF CONGRESS.11
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`(“MARC is the acronym for MAchine-Readable Cataloging. It defines a data
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`format that emerged from a Library of Congress-led initiative that began nearly
`
`fifty years ago. It provides the mechanism by which computers exchange, use, and
`
`interpret bibliographic information, and its data elements make up the foundation
`
`of most library catalogs used today.”). MARC is the ANSI/NISO Z39.2-1994
`
`standard (reaffirmed in 2016) for Information Interchange Format. The full text of
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`the standard is available from the Library of Congress.12
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`27. A MARC record comprises several fields, each of which contains
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`specific data about the work. Each field is identified by a standardized, unique,
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`three-digit code corresponding to the type of data that follow. For example, a
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`work’s title is recorded in field 245; the primary author of the work is transcribed
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`in field 100; an item’s International Standard Book Number (“ISBN”) consisting of
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`ten or thirteen digits is transcribed in field 020; an item’s International Standard
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`Serial Number (“ISSN”) is transcribed in field 022; the Library of Congress
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`classification notation is recorded in field 050; and, the publication date is recorded
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`
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`10 http://www.loc.gov/marc/umb/um01to06.html#part2.
`11 https://www.loc.gov/marc/faq.html.
`12 http://www.loc.gov/marc/bibliographic/.
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`16
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`Juniper Ex. 1005, page 17
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`
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`
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`in field 260 under the subfield “c.” If a work is a periodical, then its publication
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`frequency is recorded in field 310, and the publication dates (e.g., the first and last
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`publication) are recorded in field 362, which is also referred to as the
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`enumeration/chronology field.13
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`28. The library that created the record is recorded in field 040 in subfield
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`“a” with a unique library code. When viewing the MARC record online via Online
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`Computer Library Center’s (“OCLC”) bibliographic database, hovering over this
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`code with the mouse reveals the full name of the library. I used this method of
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`“mousing over” the library codes in the OCLC database to identify the originating
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`library for the MARC records discussed in this declaration. Where this “mouse
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`over” option was not available, I consulted the Directory of OCLC Libraries in
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`order to identify the institution that created the MARC record.14
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`29. MARC records also include several fields that include subject matter
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`classification information. An overview of MARC record fields is available
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`through the Library of Congress.15 For example, 6XX fields are termed “Subject
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`Access Fields.”16 Among these, for example, is the 650 field; this is the “Subject
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`
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`13 http://www.loc.gov/marc/bibliographic/bd3xx.html.
`14 https://www.oclc.org/en/contacts/libraries.html.
`15 http://www.loc.gov/marc/bibliographic/.
`16 http://www.loc.gov/marc/bibliographic/bd6xx.html.
`
`17
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`Juniper Ex. 1005, page 18
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`Added Entry – Topical Term” field.17 The 650 field is a “[s]ubject added entry in
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`which the entry element is a topical term.” These entries “are assigned to a
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`bibliographic record to provide access according to generally accepted thesaurus-
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`building rules (e.g., Library of Congress Subject Headings (LCSH), Medical
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`Subject Headings (MeSH)).” Id. Further, MARC records include call numbers,
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`which themselves include a classification number. For example, the 050 field is
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`the “Library of Congress Call Number.” 18 A defined portion of the Library of
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`Congress Call (LCC) Number is the classification number, and “source of the
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`classification number
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`is Library of Congress Classification and
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`the LC
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`Classification-Additions and Changes.” Thus, included in the 050 field is a subject
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`matter classification. Further, the 082 field is the “Dewey Decimal Call
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`Number.”19 A defined portion of the Dewey Decimal Call (DDC) Number is the
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`classification number, and “source of the classification number is the Dewey
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`Decimal Classification and Relative Index.” Thus, included in the 082 field is a
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`subject matter classification. Each item in a library has a single classification
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`number. A library selects a classification scheme (e.g., the Library of Congress
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`Classification scheme just described or a similar scheme such as the Dewey
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`Decimal Classification scheme) and uses it consistently. When the Library of
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`
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`17 http://www.loc.gov/marc/bibliographic/bd650.html.
`18 http://www.loc.gov/marc/bibliographic/bd050.html.
`19 http://www.loc.gov/marc/bibliographic/bd082.html.
`
`18
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`Juniper Ex. 1005, page 19
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`
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`Congress assigns the LCC classification number, it appears as part of the 050 field.
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`When the Library of Congress assigns the DDC classification number, it appears as
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`part of the 082 field. If a local library assigns the classification number, it appears
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`in a 090 field. In either scenario, the MARC record includes a classification
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`number that represents a subject matter classification.
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`30. The OCLC was created “to establish, maintain and operate a
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`computerized library network and to promote the evolution of library use, of
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`libraries themselves, and of librarianship, and to provide processes and products
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`for the benefit of library users and libraries, including such objectives as increasing
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`availability of library resources to individual library patrons and reducing the rate
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`of rise of library per-unit costs, all for the fundamental public purpose of furthering
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`ease of access to and use of the ever-expanding body of worldwide scientific,
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`literary and educational knowledge and information.” 20 Among other services,
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`OCLC and its members are responsible for maintaining the WorldCat database
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`(http://www.worldcat.org/), used by
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`independent and
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`institutional
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`libraries
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`throughout the world.
`
`31. OCLC also provides its members online access to MARC records
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`through its OCLC bibliographic database. When an OCLC member institution
`
`
`
`20 Third Article, Amended Articles of Incorporation of OCLC Online Computer
`Library Center, Incorporated (available at
`https://www.oclc.org/content/dam/oclc/membership/articles-of-incorporation.pdf).
`
`19
`
`Juniper Ex. 1005, page 20
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`
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`acquires a work, it creates a MARC record for this work in its computer catalog
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`system in the ordinary course of its business. MARC records created at the Library
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`of Congress are tape-loaded into the OCLC database through a subscription to
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`MARC Distribution Services daily or weekly. Once the MARC record is created
`
`by a cataloger at an OCLC member institution or is tape-loaded from the Library
`
`of Congress, the MARC record is then made available to any other OCLC
`
`members online, and therefore made available to the public. Accordingly, once the
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`MARC record is created by a cataloger at an OCLC member institution or is tape-
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`loaded from the Library of Congress or another library anywhere in the world, any
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`publication corresponding to the MARC record has been cataloged and indexed
`
`according to its subject matter such that a person interested in that subject matter
`
`could, with reasonable diligence, locate and access the publication through any
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`library with access to the OCLC bibliographic database or through the Library of
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`Congress.
`
`32. When an OCLC member institution creates a new MARC record,
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`OCLC automatically supplies the date of creation for that record. The date of
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`creation for the MARC record appears in the fixed Field (008), characters 00
`
`through 05. The MARC record creation date reflects the date on which, or shortly
`
`after which, the item was first acquired or cataloged. Initially, Field 005 of the
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`MARC record is automatically populated with the date the MARC record was
`
`20
`
`Juniper Ex. 1005, page 21
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`
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`
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`created in year, month, day format (YYYYMMDD) (some of the newer library
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`catalog systems also include hour, minute, second (HHMMSS)). Thereafter, the
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`library’s computer system may automatically update the date in Field 005 every
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`time the library updates the MARC record (e.g., to reflect that an item