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`I.
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`INTRODUCTION
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`1.
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`I have personal knowledge of the facts and opinions set forth in this
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`declaration, I believe them to be true, and if called upon to do so, I would testify
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`competently to them.
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`I have been warned that willful false statements and the like
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`are punishable by fine or imprisonment, or both.
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`2.
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`I am a retired academic librarian working as a Managing Partner of
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`the firm Prior Art Documentation LLC at 7 11 South Race Street, Urbana, IL,
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`61801-4132. Attached as Appendix A is a true and correct copy of my
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`Curriculum Vitae describing my background and experience.
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`3.
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`I have been retained by Weil, Gotshal & Manges LLP to authenticate
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`and establish the dates of public accessibility of certain documents in inter partes
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`review proceedings brought by Intel Corporation. For this service, I am being
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`paid my usual hourly fee of $88/hour. My compensation in no way depends on
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`the substance of my testimony or the outcome of this proceeding.
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`II.
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`BACKGROUND AND QUALIFICATIONS
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`4.
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`I was previously employed as follows:
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`0
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`0
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`University Librarian, Yale University, New Haven, CT, 1994-2001;
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`Director, The Milton S. Eisenhower Library, The Johns Hopkins
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`University, Baltimore, MD, 1989-1994;
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`Assistant University Librarian for Collection Management,
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`Northwestern University, Evanston, IL, 1981-1989;
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`Instructor, Assistant, and Associate Professor of Library
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`Administration, University of Illinois at Urbana-Champaign, Urbana,
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`IL, 1974-1981, and
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`0
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`Assistant Professor of English, University of Illinois at Urbana-
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`Champaign, 1967-1974.
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`5.
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`Over the course of my work as a librarian, professor of English,
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`researcher, and author of nearly fifty scholarly papers and other publications, I
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`have had extensive experience with cataloging records and online library
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`management systems built around Machine-Readable Cataloging (MARC)
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`standards.
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`I also have substantial experience in authenticating printed documents
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`and establishing the date when they were accessible to researchers.
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`6.
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`In the course of more than fifty years of academic life, I have myself
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`been an active researcher.
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`I have collaborated with many individual researchers
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`and, as a librarian, worked in the services of thousands of researchers at four
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`prominent research universities. Members of my family are university
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`researchers. Over the years, I have read some of the voluminous professional
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`literature 011 the information seeking behaviors of academic researchers. And as
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`an educator, I have a broad knowledge of the ways in which students in a variety
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`of disciplines learn to master the bibliographic resources used in their disciplines.
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`In all of these ways, I have a general knowledge of how researchers work.
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`7.
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`Appendix A is my full resume. Further information about my firm is
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`available at www.priorartdocumentation.com.
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`III.
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`PRELIMINARIES
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`8.
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`Scope of this declaration.
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`I am not a lawyer and I am not rendering
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`an opinion on the legal question of whether any particular document is, or is not, a
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`“printed publication” under the law.
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`9.
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`I am, however, rendering my expert opinion on the authenticity of the
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`documents referenced herein and on when and how each of these documents was
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`disseminated or otherwise made available to the extent that persons interested and
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`ordinarily skilled in the subject matter or art, exercising reasonable diligence,
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`could have located the documents before October 1997 and September 2000.
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`10. Materials considered. In forming the opinions expressed in this
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`declaration, I have reviewed the document and attachments referenced herein.
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`These materials are records created in the ordinary course of business by
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`publishers, libraries, indexing services, and others. From my years of experience,
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`I know these records are created by people with knowledge of the information in
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`the record. Further, these records are created with the expectation that researchers
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`and other members of the public will use them. All materials cited in this
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`declaration and its attachments are of a type that experts in my field would
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`reasonably rely upon and refer to in forming their opinions.
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`ll.
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`Persons of ordinary skill in the art.
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`I am told by counsel that the
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`subject matter of this proceeding relates to computer networking protocols and
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`hardware.
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`12.
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`I have been informed by counsel that the “person of ordinary skill in
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`the art at the time of the inventions” is a hypothetical person who is presumed to
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`be familiar with the relevant field and its literature at the time of the inventions.
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`This hypothetical person 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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`13.
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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 at least the equivalent of a BS. degree in computer
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`science, computer engineering or electrical engineering with at least five years of
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`industry experience including experience in computer architecture, network
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`design, network protocols, software development, and hardware development.
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`14.
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`It is my opinion that such a person would have been engaged in
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`advanced research starting at least in graduate school, learning though study and
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`practice in the field and possibly through formal instruction the bibliographic
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`resources relevant to his or her research. In the 1980s and 1990s such a person
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`would have had access to a vast array of long-established print resources in
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`electrical/computer engineering and computer science as well as to a rich and fast
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`changing set of online resources providing indexing information, abstracts, and
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`full text services for electrical/computer engineering and computer science.
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`15.
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`Library catalog records. Some background 011 MARC formatted
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`records, OCLC, WorldCat, and OCLC’s Connexion is needed to understand the
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`library catalog records used in this declaration.
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`16.
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`Libraries world-wide use the MARC format for catalog records; this
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`machine readable format was developed at the Library of Congress in the 1960s
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`17. MARC formatted records provide a variety of subject access points
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`based on the content of the document being cataloged. A11 may be found in the
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`MARC Fields 6XX. For example, MARC Field 600 identifies personal names
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`used as subjects and the MARC Field 650 identifies topical terms. A researcher
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`might discover material relevant to his or her topic by a search using the terms
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`employed in the MARC Fields 6XX.
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`18.
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`The MARC Field 040, subfield a, identifies the library or other entity
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`that created the original catalog record for a given document and transcribed it into
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`machine readable form. The MARC Field 008 identifies the date when this first
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`catalog record was entered on the file. This date persists in all subsequent uses of
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`the first catalog record, although newly-created records for the same document,
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`separate from the original record, will show a new date.
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`It is not unusual to find
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`multiple catalog records for the same document.
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`19. WorldCat is the world’s largest public online catalog, maintained by
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`the Online Computer Library Center, Inc, or OCLC, and built with the records
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`created by the thousands of libraries that are members of OCLC. WorldCat
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`provides a user-friendly interface for the public to use MARC records; it requires
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`no knowledge of MARC tags and codes. WorldCat records appear in many
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`different catalogs, including the Statewide Illinois Library Catalog. The date a
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`given catalog record was created (corresponding to the MARC Field 008) appears
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`in some detailed WorldCat records as the Date of Entry.
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`20. Whereas WorldCat records are very widely available, the availability
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`of MARC formatted records varies from library to library.
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`21. When an OCLC participating institution acquires a document for
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`which it finds no previously created record in OCLC, or when the institution
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`chooses not to use an existing record, it creates a record for the document using
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`OCLC’s Connexion, the bibliographic system used by catalogers to create MARC
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`records. Connexion automatically supplies the date of record creation in the
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`MARC Field 008.
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`22.
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`Once the MARC record is created by a cataloger at an OCLC
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`participating member institution, it becomes available to other OCLC participating
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`members in Connexion and to the public in WorldCat.
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`23. When a book has been cataloged, it will normally be made available
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`to readers soon thereafter—normally within a few days or (at most) within a few
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`weeks of cataloging.
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`24.
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`Periodical publications. A library typically creates a catalog record
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`for a periodical publication when the library receives its first issue. When the
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`institution receives subsequent issues/volumes of the periodical, the
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`issues/volumes are checked in (often using a date stamp), added to the
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`institution’s holdings records, and made available very soon thereafter—normally
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`within a few days of receipt or (at most) within a few weeks of receipt.
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`25.
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`The initial periodicals record will sometimes not reflect all of the
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`subsequent changes in publication details (including minor variations in title, etc.).
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`26.
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`Internet Engineering Task Force (IETF). The IETF is a volunteer
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`organization which produces technical documents that influence the design, use,
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`and management of the Internet.
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`27. Among its technical documents are Internet-Drafts. These are
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`working documents of the IETF. “During the development of a specification,
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`draft versions of the document are made available for informal review and
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`comment by placing them in the IEFTF’s Internet-Drafts directory. This makes
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`an evolving working document readily available to a wide audience, facilitation
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`the process of review and revision” (see https://www.ietf.org/id-info/; emphasis
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`added). The IETF Datatracker (https://datatracker.ietf.org/) provides ready access
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`to documents in the IEFT database, including Internet-Drafts.
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`28.
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`IETF Internet-Drafts are intended to be available for review and
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`comment for relatively brief periods. They “expire” no later than 185 days from
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`the date they are posted. “When an [Internet-Draft] expires, a ‘tombstone’ file
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`will be created .
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`.
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`.
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`. Tombstone files will never expire and will always be
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`available for reference unless they are replaced by updated version of the subject
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`I-D or the expired version is brought back ty the explicit action of an [IETF] Area
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`Director” (https ://www.ietf. org/id-info/guidelines.html#exp_iry).
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`29. Also among the IETF documents are Requests for Comments.
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`Memos in this document series contain technical and organizational notes about
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`the Internet. Requests for Comments may be located using the IETF Datatracker,
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`an RFC Search Page, and the RFC Index (Text) (https://www.ietf.org/rfc.html).
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`30.
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`Internet Archive. The Internet Archive is a non-profit digital library
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`founded in 1996.
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`31.
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`The Internet Archive maintains an archive of webpages collected from
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`the Internet using software called a crawler. Crawlers automatically create a
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`snapshot of webpages as they existed at a certain point in time. The WayBack
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`Machine is an application created by the Internet Archive to search its archive of
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`Web page URLs and to represent, graphically, the date of each crawler capture.
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`The Internet Archive, now with about 50 petabytes of data, collects
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`only Web material that is publicly available. Some sites are “not archived because
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`they were password protected, blocked by robots.txt, or otherwise inaccessible to
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`our automated systems. Site owners might have also requested that their sites be
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`excluded from the WayBack Machine” (see the WayBack Machine FAQ,
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`https://archive.org/about/fags.php#The_Wayback_Machine).
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`32. Many Internet Archive captures made by the WayBack Machine have
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`a banner at the top with the capture date prominently displayed. Other dates when
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`captures of the same URL have been made are indicated to the right and left of the
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`date provided in the banner. Some captures may lack this banner. In these latter
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`cases, the URL for the capture begins with the identification of the Internet
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`Archive page (e.g,, http://web.archive.org/web/) followed by information that dates
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`and time stamps the capture as follows: year in yyyy, month in mm, day in dd, time
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`code in hh:mm:ss (e.g., 20041208081749, or 8 December 2004 at 8:17:49 am).
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`These elements are then followed by the URL of the original capture site.
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`33.
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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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`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. Date
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`information for indexing entries is, however, often unavailable. This is especially
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`true for online indices.
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`34.
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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 formats in which these access terms are presented vary from service to
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`service.
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`35.
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`Online indexing services 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.
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`36.
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`Prominent indexing services include:
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`37.
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`Engineering Village. Produced by Elsevier, a major publisher,
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`Engineering Village provides access to the major databases for engineering,
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`10
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`geology, unclassified government reports and patents both European and domestic.
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`The engineering databases include Engineering Index, EiCompendex, and
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`INSPEC. EiCompendex alone has 18.8 million records from 76 countries across
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`190 engineering disciplines. Inspec has over 15 million records and with its [nspec
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`Archive, dates back to 1898.
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`38.
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`IEEE Xplore Digital Library. The Institute of Electrical and
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`Electronics Engineers is the world’s largest organization for the advancement of
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`technology, with some 430,000 members in 160 countries. Known by its acronym
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`IEEE, it has created IEEE Xplore Digital Library, which provides access to the
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`contents of over 170 journals, more than 1,400 conference proceedings, some
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`5,100 technical standards, 2,000 eBooks, and 400 educational courses. More than
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`3 million documents, dating from 1872, are searchable and available either through
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`subscription or individual purchase.
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`39. ACM Digital Library. This index is produced by the Association for
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`Computing Machinery, the world’s largest scientific and educational computing
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`society. AMC Digital Library contains the full text of all AMC publications,
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`hosted full-text publications from selected publishers, and the ACM Guide to
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`Computing Literature—a comprehensive bibliography of computing literature
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`beginning in the 1950s with more than a million entries. All metadata in the
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`11
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`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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`40. m 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.
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`41.
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`Google Scholar. Google Scholar indexes the texts and metadata of
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`scholarly publications across a wide range of disciplines.
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`It includes most peer-
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`reviewed online academic journals, conference papers, theses, technical reports,
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`and other material. Google does not publish the size of the Google Scholar
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`database, but researchers have estimated that it contained approximately 160
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`million items in 2014 (Enrique Oduna-Malea, et al., “About the size of Google
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`Scholar: playing the numbers,” Scientometrics, 104,3 (September 2015): 931-949,
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`available at https://arxiv.org/ftp/arxiv/papers/ 1407/ 1 407.623 9 .pdf).
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`IV. OPINIONS REGARDING INDIVIDUAL DOCUMENTS
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`Document 1. Ernst W. Biersack and Erich Riitsche. “Demultiplexing on
`the ATM adapter: experiments with Internet protocols in user space.”
`Journal of High Speed Networks, 5,2 (1996): 193-201.
`
`1.
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`Authentication
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`42. Document lis a research paper by Ernst W. Biersack and Erich
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`Rutsche published in the volume 5, no. 2, 1996 issue of the Journal of High Speed
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`Networks.
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`43. Attachment la is a true and correct copy of Document 1 (along with
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`the volume cover, editorial and other information page, and contents page) from
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`the Linda Hall Library. Attachment lb is a true and correct copy of the Linda
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`Hall Library catalog record for the Journal of High Speed Networks, showing the
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`holdings for volumes l-6 of this periodical.
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`44. Attachment la is in a condition that creates no suspicion about its
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`authenticity. Specifically, Document 1 is not missing any intermediate pages of
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`the article’s text, the text on each page appears to flow seamlessly from one page
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`to the next, and there are no visible alterations to the document. Attachment la
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`was found within the custody of a library — a place where if authentic it would
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`likely be.
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`45. Attachment 10 is a true and correct copy of the Scopus item record
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`for Document 1, showing the various keywords under which Document 1 is
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`indexed.
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`46.
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`I conclude, based on finding Document 1 in a library and on finding
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`library catalog records and an indexing record for Document 1, that Attachment
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`la is an authentic copy of Document 1.
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`2.
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`Public Accessibility
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`47. Attachment ld as a true and correct copy of the Statewide Illinois
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`Library Catalog record for the Journal of High Speed Networks, showing this
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`periodical was first published in 1992 and is held by 74 libraries world-wide.
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`Researchers would have had no difficulty finding copies of the Journal of High
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`Speed Networks.
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`48. Attachment la, from the Linda Hall Library, includes two library
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`date stamps. One of these is on the editorial and other information page (the
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`penultimate page of Attachment la). It is hard to read, but under magnification
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`one can see “NT/7?? IRC” and the date 13 August 1996. This date stamp relates
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`to the label on the cover of volume 5, no. 2, 1996 issue of the Journal of High
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`Speed Networks. This label was affixed by the Richardson, Texas, Information
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`Resource Network of Nortel, the former telecommunications company; the label
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`bears the information “nt413/9603/ric.” I conclude that N ortel’s resource
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`information center in Richardson Texas processed this issue of the Journal of High
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`Speed Networks on behalf of the corporate Information Resource Network on 13
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`August 1996.
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`49.
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`I further conclude that the Linda Hall Library later acquired material
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`from the Nortel Information Resource Network, one of many science collections
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`the library has acquired over the years. The second date stamp, on the issue cover
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`of Attachment la, indicates that the Linda Hall Library processed this copy of the
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`Journal of High Speed Networks on 3 March 2000.
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`50.
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`Based on my experience, I affirm the date stamps just described have
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`the general appearance of date stamps that libraries have long affixed to
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`periodicals in processing them. I do not see any indications or have any reason to
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`believe this date stamp was affixed by anyone other than library personnel on or
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`about the date indicated by the stamp.
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`51.
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`The Nortel Information Resource Network date stamp indicates the
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`volume 5, no. 2, 1996 issue of the Journal of High Speed Networks had been
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`mailed to Nortel and to other subscribers (including other library subscribers)
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`sometime before 13 August 1996, because it takes some time for the item to arrive
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`at and to be processed by a library.
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`I therefore conclude that the volume 5, no. 2,
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`1996 issue of the Journal of High Speed Networks would have been received by
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`other subscribers, and that other subscribing libraries would have processed and
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`made this issue available to their readers, at about the same time.
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`52. Allowing for some time between the Nortel date stamping of the
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`volume 5, no. 2, 1996 issue of the Journal of High Speed Networks and its
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`appearance on library shelves, where it would be publicly available, it is my
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`opinion that Document 1 was publicly available at least by September 1996.
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`3.
`
`Conclusion
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`53.
`
`Based on the evidence presented here—periodical publication, online
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`indexing, and, library processing—it is my opinion that Document 1 is an
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`authentic document that was publicly available to researchers by September
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`1996, more than a year before the critical date of October 1997.
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`Document 2. C. M. Woodside et al. “The Protocol Bypass Concept for
`High Speed OSI Data Transfer,” in Protocols for High-Speed Networks,
`II. Proceedings of the IFIP WG 61/WG 6.4 Second International
`
`Workshop on Protocols for High-Speed Networks, Palo Alto, CA,
`U.S.A., 27-29 November 1990, ed. Marjory J. Johnson. Amsterdam:
`North-Holland, 1991.
`
`l .
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`Authentication
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`54. Document 2 is a research paper by C. M. Woodside and others
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`delivered at a conference on protocols for high speed networks in Palo Alto,
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`California, in November 1990 and published in 1991 in the proceedings of that
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`conference.
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`55. Attachment 2a is a true and correct copy of Document 2, along with
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`the book’s cover, title page, title page verso, preface, list of program committee
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`members and reviewers, and table of contents from the University of Illinois at
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`Urbana-Champaign Library. Attachment 2b is a copy of that library’s catalog
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`record, in MARC format, for Document 2.
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`56. Attachment 2a is in a condition that creates no suspicion about its
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`authenticity. Specifically, Document 2 is not missing any intermediate pages, the
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`text on each page appears to flow seamlessly from one page to the next, and there
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`are no Visible alterations to the document. Attachment 2a was found within the
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`custody of a library — a place where if authentic it would likely be.
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`57. Attachment 2c is a true and correct copy of the Engineering Village
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`index record for Document 2.
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`It shows the many terms by which Document might
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`be found.
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`It bears a copyright date of 1992, suggesting that the Institution of
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`Electrical Engineers created this Inspec record in 1992.
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`58.
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`Based on finding a library copy, library records, and an index record
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`for Document 2, it is my opinion that Attachment 2a is an authentic copy of
`
`Document 2.
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`2.
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`Public accessibility
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`59. Attachment 2d is a true and correct copy of the United States
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`Copyright Office record for Document 2. It shows the book was published on 12
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`February 1991 and registered for copyright on 10 May 1991.
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`I conclude from this
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`copyright record that Document 2 was publicly available from its publisher on or
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`about 12 February 1991.
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`60.
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`In Attachment 2b, the MARC Field 040, subfield a, indicates that
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`Document 2 was first cataloged by the Library of Congress (OCLC code = DLC).
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`The MARC Field 008 indicates this catalog record was created on 13 February
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`1991, almost simultaneously with the publication of Document 2.
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`I conclude from
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`this catalog record that Document 2 was bibliographically identifiable by 13
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`February 1991. Allowing for some time between cataloging and the book’s
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`arrival on library shelves, where it would be publicly available, I further conclude
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`that Document 2 was publicly available in at least one library at least by July
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`1991.
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`61.
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`Attachment 2e is a true and correct copy of a Statewide Illinois
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`Library catalog record for Document 2, showing the book in which Document 2
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`was published is available from 65 libraries world-wide. Researchers would have
`
`had no difficulty finding copies of Document 2.
`
`62. Attachment 2f is a true and correct copy ofa Google Scholar list of
`
`25 publications citing Document 2. One document citing Document 2 is T. Braun
`
`and M. Zitterbart, “A Parallel Implementation of XTP on Transputers,”
`
`Proceedings of the 10th Conference on Local Computer Networks, 14-17 October
`
`1991. Attachment 2g is a true and accurate copy of the IEEE Xplore Digital
`
`Library abstract record for the Braun and Zitterbart paper. Attachment 211 is a true
`
`and accurate copy of the IEEE Xplore Digital Library references record for the
`
`Braun and Zitterbart paper, showing Document 2 as the first item in its list of
`
`references.
`
`18
`
`DELL Ex.1073.018
`Ex.1073.018
`
`DELL
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`
`
`3.
`
`Conclusion
`
`63.
`
`Based on the evidence presented here—book publication, Copyright
`
`Office record, online index record, library cataloging, and citations—it is my
`
`opinion that Document 2 is an authentic document that was publicly
`
`available from its publisher on or about 12 February 1991 and available in at
`
`least one library by July 1991, about six years before the critical date of
`
`October 1997. The citation evidence presented here indicates that Document 2
`
`was in actual use by researchers at least by October 1991.
`
`Document 3. Julian Satran et al. SCSI/TCP (SCSI over TCP). February
`2000. Internet Draft, Expires 14 August 2002.
`
`64. Document 3 is an Internet-Draft by Julian Satran and others made
`
`publicly available as a working document of the Internet Engineering Task Force
`
`(IETF).
`
`65. Attachment 3a is a true and correct copy of Document 3, from the
`
`IETF Web site, https://tools.ietf.org/html/draft-satran-scot—OO. The footer on each
`
`page gives the abbreviated document title, SCSI/TCP, and the date February 2000.
`
`66. Attachment 3b is a true and correct copy of the IETF Datatracker
`
`item record for Document 3, from the IETF Web site,
`
`https://datatracker.ietf.org/doc/draft-satran-scot/. Attachment 3b shows that
`
`Document 3 was last updated on 15 February 2002, the document’s publication
`
`date, and has expired (as expected).
`
`19
`
`DELL Ex.1073.019
`Ex.1073.019
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`DELL
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`
`
`67. Attachment 3c is a true and correct copy of the document history for
`
`Document 3, from the IETF Web site, https://datatracker.ietf.org/doc/draft—satran—
`
`scot/history/. Attachment 3c shows that Document 3 was first available on 15
`
`February 2000 and expired less than a month later, on 6 March 2000, well before
`
`the required expiration date noted in Attachment 3a. Expired documents remain
`
`publicly available as explained in paragraph 28 above.
`
`68. Attachment 3d is a true and correct copy of an Internet Archive
`
`capture, dated 29 February 2000, of the IETF’s Internet-Drafts Web page. This
`
`page describes Internet—Drafts and provides both an index and a keyword search
`
`capability for Internet-Drafts. Attachment 3d provides evidence that IETF
`
`Internet-Drafts were readily available to the public in February 2000 and on
`
`numerous dates before and after this date.
`
`69.
`
`I conclude from the evidence presented here—IETF Web pages and
`
`an Internet Archive capture—that Document 3 is an authentic document posted
`
`on and publicly available from the IETF Internet-Drafts Web page on 15
`
`February 2000, more than six months before the critical date of September
`
`2000. Document 3 expired on 6 March 2000 but remains publicly available.
`
`iSCSI (Internet SCSI). 10 July 2000.
`Document 4. Julian Satran et al.
`Internet Draft, Expires 10 January 2001.
`
`20
`
`DELL Ex.1073.020
`Ex.1073.020
`
`DELL
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`
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`70. Document 4 is an Internet-Draft by Julian Satran and others made
`
`publicly available as a working document of the Internet Engineering Task Force
`
`(IETF).
`
`71. Attachment 4a is a true and correct copy of Document 3, from the
`
`IETF Web site, https://www.ietf.org/archive/id/draft-satran-iscsi-O1.txt The
`
`footer on each page gives the authors’ names, the abbreviated document title,
`
`iSCSI, and the date June 2000. The footer was evidently not updated when
`
`Document 3 was dated 10 July 2000.
`
`72. Attachment 4b is a true and correct copy of the IETF Datatracker
`
`item record for Document 4, from the IETF Web site,
`
`http_s://datatracker.ietf.org/doc/draft-satran-iscsi/. Attachment 4b shows that
`
`Document 4 was last updated on 11 July 2000, and has expired (as expected).
`
`73. Attachment 4c is a true and correct copy of the document history for
`
`Document 4, from the IETF Web site https://datatracker.ietf.org/doc/draft—satran-
`
`iscsi/history/. Attachment 4c shows that Document 4 was first available on 6
`
`March 2000, was updated on 11 July 2000 (the date used in Attachment 4a), and
`
`expired on 14 March 2001. Expired documents remain publicly available as
`
`explained in paragraph 28 above.
`
`74. Attachment 3d is a true and correct copy of an Internet Archive
`
`capture, dated 29 February 2000, of the IETF’s Internet-Drafts Web page. This
`
`21
`
`DELL Ex.1073.021
`Ex.1073.021
`
`DELL
`
`
`
`page describes Internet-Drafts and provides an index to them and a keyword
`
`search capability for Internet-Drafts. Attachment 3d provides evidence that IETF
`
`Internet-Drafts were readily available to the public in February 2000 and on
`
`numerous dates before and after this date.
`
`75.
`
`I conclude from the evidence presented here—IETF Web pages and
`
`an Internet Archive capture—that Document 4 is an authentic document posted
`
`on and publicly available from the IETF Internet-Drafts Web page on 6
`
`March 2000 and updated on 11 July 2000, several months before the critical
`
`date of September 2000. Document 4 expired on 14 March 2001 but remains
`
`publicly available.
`
`Document 5. Transmission Control Protocol: DARPA Internet Program,
`Protocol Specification, September 1981, ed. Jon Postel. Request for
`Comments: 793.
`
`76. Document 5 is a protocol description prepared by the Information
`
`Sciences Institute at the University of Southern California for the Defense
`
`Advanced Research Project Agency (DARPA) and made publicly available as a
`
`Request For Comment document, 793, by the Internet Engineering Task Force
`
`(IETF).
`
`77. Attachment 5a is a true and correct copy of Document 5, from the
`
`IETF Web site, https://tools.ietf.org/pdf/rfc793.pdf. The header on each page
`
`22
`
`DELL Ex.1073.022
`Ex.1073.022
`
`DELL
`
`
`
`gives the document title (Transmission Control Protocol), and the date September
`
`1981.
`
`78. Attachment 5b is a true and correct copy of the IETF Datatracker
`
`item record for Document 5, from the IETF Web site,
`
`https://datatracker.ietf.org/doc/rfc793/history/. Attachment 5b indicates a 1
`
`September 1981 date for Document 5.
`
`79. Attachment Sc is a true and correct copy of the document history for
`
`Document 5, from the IETF Web site, https://datatracker.ietf.org/doc/rfc793/.
`
`Attachment Sc shows that Document 5 makes RFC 761 obsolete and was
`
`subsequently updated by four later RFCs. Attachment 5c includes a copy of
`
`Document 5 bearing the document’s September 1981 date.
`
`80. Attachment 5d is a true and correct copy of an Internet Archive
`
`capture, dated 3 November 1996, of an IETF’s RFC index for RFCs 700-799,
`
`including RFC 793 (i.e., Document 5). The link provided to RFC 793 is no
`
`longer active but certainly was on 3 November 1996. The Internet Archive was
`
`founded in 1996, so Attachment 5d should be understood as one of the earliest
`
`captures made by the Internet Archive. The absence of an earlier Internet Archive
`
`capture therefore does not indicate that Document 5 was not available from the
`
`IETF earlier than November 1996.
`
`23
`
`DELL Ex.1073.023
`Ex.1073.023
`
`DELL
`
`
`
`81. Attachment 5d provides evidence that Document 5 was identifiable
`
`and available to th