throbber
DOCKET NO: 0100157-00244
`
`
`IN THE UNITED STATES PATENT AND TRADEMARK OFFICE
`
`PATENT: 6,415,280
`
`INVENTOR: DAVID A. FARBER
`AND RONALD D. LACHMAN
`
`
`
`
`
`FILED: APRIL 1, 1999
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` ISSUED: JULY 2, 2002
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`
`
`TITLE: IDENTIFYING AND
`REQUESTING DATA IN A
`NETWORK USING IDENTIFIERS
`WHICH ARE BASED ON THE
`CONTENT OF THE DATA
`
`
`
`Mail Stop PATENT BOARD
`Patent Trial and Appeal Board
`U.S. Patent & Trademark Office
`P.O. Box 1450
`Alexandria, VA 22313-1450
`
`
`DECLARATION OF KEITH MOORE
`
`I, Keith Moore, declare as follows:
`
`I have been asked by Petitioner to provide this Declaration regarding
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`1.
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`2.
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`certain factual issues that are common to six Inter Partes Review proceedings, Case
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`Nos. IPR2013-00082, -00083, -00084, -00085, -00086 and -00087.
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`EMC/VMware v. PersonalWeb
`IPR2013-00083
`EMCVMW 1048
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`I.
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`Background
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`U.S. Patent No. 6,415,280
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`Declaration of Keith Moore
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`3.
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`I received a Bachelor of Science degree in Electrical Engineering
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`from Tennessee Technological University in 1984, and a Master of Science degree
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`in Computer Science from the University of Tennessee, Knoxville in 1996. My
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`Master’s thesis was entitled “Design and Evaluation of a Multiprotocol Electronic
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`Mail Switching System,” and related to the switching of electronic mail between
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`dissimilar environments.
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`4.
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`From October 1985 to December 1986, I was employed as a Senior
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`Engineer at Philips Subsystems and Peripherals, Knoxville, Tennessee, working on
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`the implementation of firmware, device drivers, and diagnostic software for SCSI
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`CD-ROM drives.
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`5.
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`From April 1987 to December 1990, I was a Graduate Research
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`Assistant in the Computer Science Department, University of Tennessee,
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`Knoxville, and from September 1991 to February 2007, I was a Research
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`Associate in the Innovative Computing Laboratory, Computer Science
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`Department, University of Tennessee, Knoxville. While at the University of
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`Tennessee, I worked on a number of projects in different fields, including
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`computer networking, distributed storage, management of distributed software
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`repositories, cataloging of Internet resources, and parallel computing.
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`6.
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`Since March 2007, I have been self-employed, consulting in technical
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`fields including computer networking, security, and system administration.
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`7.
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`I have been involved with the Internet Engineering Task Force (IETF)
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`since 1990. Specifically, I participated in several IETF standardization working
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`groups, including efforts to define the MIME format for electronic mail messages,
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`extensions to the SMTP protocol for negotiation of the message size and for
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`delivery reporting options, definition of a standard format for reporting electronic
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`mail delivery successes and failures (delivery status notifications or DSNs),
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`definition and resolution mechanisms for Uniform Resource Names (URNs),
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`transition mechanisms for Internet Protocol version 6, email authentication, and
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`DNS internationalization.
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`8. Within IETF, I served on the Internet Engineering Steering Group
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`(IESG) for four years (1996-2000) as one of two Area Directors for the
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`Applications Area. This included co-management of approximately twenty-six
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`working groups; reviewing and commenting on drafts of IETF protocol standards
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`and informational documents from all areas of IETF; assisting in the forming and
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`chartering of new working groups; and arranging collaboration within IETF areas,
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`between working groups, and between IETF and other standards-making
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`organizations. I also served as IESG’s liaison to the Internet Architecture Board
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`(IAB) for approximately three years. I contributed to several workshops on areas
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`of concern for Internet architecture, including security, routing, addressing, and
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`mobility. Prior to serving on IESG, I served as Chair of the IETF DRUMS
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`working group tasked with revising the Internet electronic mail protocol
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`specifications. I was an invited panel speaker at the FTC/NIST Email
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`Authentication Summit, November 2004, on the topic of the utility of email
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`authentication as an anti-spam measure.
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`9.
`
`A complete curriculum vitae, including a list of my publications, is
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`attached hereto as Appendix B.
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`10. The testimony I provide in this Declaration is based on my personal
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`knowledge of the relevant facts. A list of the materials that I reviewed in
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`preparation for this Declaration is attached hereto as Appendix A. In addition, I
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`reviewed each of the materials cited or referred to in this Declaration, even if not
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`listed in Appendix A.
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`II. The Usenet References
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`11.
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`I have been asked to provide my understanding of certain facts
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`relating to the following documents:
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`(cid:120) Albert Langer, “Re: dl/describe (File descriptions)” (August 7, 1991)
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`(the “Langer Reference,” EMCVMW 1003);
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`(cid:120) Ross Williams, “An algorithm for matching text (possibly original)”
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`(January 27, 1992) (the “Williams Reference,” EMCVMW 1027);
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`(cid:120) Brian Miller, “ziplab on bbses other” (Mar. 30, 1992) (the “Miller
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`Reference,” EMCVMW 1045);
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`(cid:120) Norman Hirsch, “Pirated software on server. Who’s liable?” (July 2,
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`1994) (the “Hirsch Reference,” EMCVMW 1046) (collectively, the
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`“Usenet References”).
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`12.
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`It is my belief that the each of the Usenet References is a true and
`
`correct copy of the document that Petitioner claims it is. It is also my belief that
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`each of the Usenet References was publicly accessible prior to April 11, 1995.
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`13. Both the Langer Reference and the Williams Reference are Usenet
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`articles, and they are dated August 7, 1991 and January 27, 1992, respectively. In
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`the 1991–1992 time frame, I was familiar with Usenet. Usenet was a network of
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`computers, or “nodes,” that individuals could use to send and receive “articles”
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`covering a variety of subjects. Articles were grouped into “newsgroups,” each
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`newsgroup covering a specific topic (both technical and non-technical). Usenet
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`nodes automatically communicated among themselves to propagate articles to the
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`entire network, which included many thousands of nodes worldwide. As the name
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`“newsgroup” implies, news (i.e., articles) were delivered, or “pushed” to a group of
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`interested users.
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`14.
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`In the 1991–1992 time frame, I subscribed to several newsgroups in
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`technical areas close to my research interests (e.g., computer networking, operating
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`systems, programming languages). I regularly read articles from those
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`newsgroups. I also wrote and posted articles quite often. Many of those
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`newsgroups and articles were in the same technical field as the Langer Reference
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`and the Williams Reference, namely, the management and distributed storage of
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`data archives. I relied on Usenet as a significant and timely source of information
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`to follow development in that technical field. In that time frame, researchers
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`regularly wrote Usenet articles to disseminate new ideas, and to comment on
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`others’ articles. Since the Usenet community was heavily concentrated around
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`computer science departments, Usenet was a natural forum to discuss topics such
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`as computer networking and Internet technology.
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`15.
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`In the 1991–1992 time frame, I was also intimately familiar with the
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`operation of Usenet nodes. While employed as a Graduate Research Assistant with
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`the University of Tennessee, Knoxville, Computer Science Department from
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`1987–1990, I was one of a handful of people (initially only three) maintaining the
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`department’s local Usenet node. In addition, during that same time period, I did
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`software development work relating to Usenet. For example, I wrote a computer
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`program to recognize and remove early versions of “spam” that were then
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`beginning to circulate within Usenet. The program automatically removed spam
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`articles from a Usenet node, and propagated the removal to other nodes on the
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`network. In order to write that program, I had to study in detail the standards
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`governing the operation of the Usenet network, and the standards specifying the
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`format of Usenet articles.
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`16.
`
`It is my belief that each of the Usenet References is a true and correct
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`copy of the document that Petitioner claims it is. Like all Usenet articles, the
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`Langer Reference includes several “header fields” that provide essential
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`information about the document. Each of those header fields has the format and
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`content one would expect of an authentic Usenet article from the 1991 time frame.
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`For example, the “From:” field identifies the article’s author (Albert Langer). The
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`“Newsgroups:” field indicates that the article was posted to two newsgroups,
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`“alt.sources.d” and “comp.archives.admin.” These newsgroups are listed in the
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`well-known syntax one would expect. The “Subject:” field indicates the subject
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`matter of the article, namely, a computer program relating to “File descriptions”
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`that was posted to the “alt.sources” newsgroup. The “Message-ID:” field includes
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`a unique identifier for the article. The “Date:” field indicates that the article was
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`posted on August 7, 1991 at approximately 10:52pm GMT, and it would have been
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`automatically generated when the article was posted to Usenet. The simple, plain-
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`text formatting and the use of email-like visual conventions (e.g., lines beginning
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`with “>” to quote another article) are also consistent with the format of Usenet
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`articles from the 1991 time frame. While a Usenet article has some similarities to
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`an email, it also has distinctive characteristics which identify it as a Usenet article.
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`For example, the use of the GMT timezone in the “Date:” field was unusual for
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`email at the time, but recommended practice for Usenet. The presence of the
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`“Newsgroups:”, “References:”, “Followup-To:”, “Organization:”, and “Lines:”
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`fields all would have been normal for Usenet but unusual in email. Finally the
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`address that appears in the “Sender:” field would have been unusual for an email
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`but not unusual for Usenet.
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`17. The copy of the Langer Reference provided as EMCVMW 1003 is
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`missing the “Path:” header field which would normally appear in a Usenet article.
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`However, a search of Google Groups1 for this article, followed by a request to
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`display the article in the original format, returns an equivalent copy of the article
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`(attached hereto as EMCVMW 1062) with the same header fields and contents as
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`in EMCVMW 1003, but with the “Path:” header field also included. This “Path:”
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`header field contains the particular list of Usenet nodes that the article traversed
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`until it reached the point where it was archived. This list of nodes is consistent
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`with the topology of Usenet at the time, as I remember it. Therefore I am
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`1 Google Groups is discussed below.
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`confident that the Langer Reference (EMCVMW 1003) was published to Usenet
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`on the approximate date and time indicated, and that the header and contents of the
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`article in EMCVMW 1003 are as originally posted.
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`18. Similarly, the Williams Reference (EMCVMW 1027), Miller
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`Reference (EMCVMW 1045) and Hirsch Reference (EMCVMW 1046) have the
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`format and content one would expect of an authentic Usenet article from their
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`respective time frames as indicated in their “Date:” header fields. Equivalent
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`versions of those documents as obtained from Google Groups,2 including the
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`article header fields, are attached hereto as EMCVMW 1049, 1066, and 1067,
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`respectively. The computer-generated fields show that the Williams Reference
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`was posted to the “comp.compression” newsgroup on Jan. 27, 1992 at
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`approximately 3:10pm GMT, and it would have been automatically generated
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`when the article was posted to Usenet. Likewise, the Miller Reference was posted
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`to the “alt.bbs” newsgroup on March 30, 1992 at approximately 6:38am EST, and
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`the Hirsch Reference was posted to the “comp.sys.novell” newsgroup on July 3,
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`1994 at approximately 2:38pm EDT.3 All the other fields, as well as the body of
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`2 Google Groups is discussed below.
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`3 The archived copy of the Hirsch Reference does not include a time zone, but the
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`author’s address and date suggests that Eastern Daylight Time would apply.
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`the article, confirm that the Williams, Miller and Hirsch References are authentic
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`Usenet articles from their respective time frames.
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`19.
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`In addition, I verified the authenticity of each of the Usenet
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`References by comparing them with equivalent versions obtained from the
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`“Google Groups” website, at address https://groups.google.com/. Google Groups
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`contains a compilation of Usenet articles going back to the 1980s and is recognized
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`as a key archive of Usenet articles. For example, running a Google Groups search
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`on the term “albert langer unique identifier” returns the Langer Reference as one of
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`the top results. Similarly, a search for “ross williams matching text” returns the
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`Williams Reference as one of the top results. I compared each of the Usenet
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`References to the corresponding version downloaded from Google Groups, and
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`found no differences other than that the three characters preceding the ‘@’ sign of
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`any character sequence resembling an email address, had been replaced by an
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`ellipsis (‘…’) (likely for privacy reasons).
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`20.
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`It is also my belief that each of the Usenet References was publicly
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`accessible prior to April 11, 1995. In the 1991–1992 time frame, Usenet was one
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`of the preeminent Internet-based sources of information in a variety of technical
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`fields. During that time, Usenet was widely available to University faculty,
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`students, and staff, as well as to research and development employees of several
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`commercial institutions that had Internet access. In addition, in the same time
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`frame, access to Usenet via a telephone modem was commercially available to
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`anyone for a fee (and the cost of access network or telephone service). See G.
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`Todino et al., Using UUCP and Usenet (1991), at 100-101 (EMCVMW 1054).
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`21. Each Usenet newsgroup was essentially an electronic newsletter
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`which was delivered in real time to interested readers. Anyone could subscribe to
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`any newsgroup without restrictions. Users would log onto their local Usenet nodes
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`and read articles from the newsgroups that they subscribed to, in much the same
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`way that one would go to a newsstand and buy the daily newspaper.
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`22. Each newsgroup was devoted to a specific topic. Thus, the readership
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`of each newsgroup generally consisted of individuals with a specific interest in that
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`topic. In addition, an article could be posted to multiple newsgroups, thus
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`multiplying its readership. For example, the Langer Reference was posted to two
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`newsgroups: “alt.sources.d,” which hosted technical discussions about source code
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`posted to the “alt.sources” newsgroup; and “comp.archives.admin,” which focused
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`on technical issues relating to the administration of computer archives. Similarly,
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`the Williams Reference was posted to the “comp.compression” newsgroup, which
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`related to data compression. Data compression is a family of techniques used to
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`reduce the size of data files, and is closely related to the fields of storage
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`technology and archive management.
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`23.
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`In the 1991–1992 time frame, total Usenet readership already
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`numbered in the millions. For example, a contemporary article provides an
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`estimate of about 1.7 million “netreaders” in August 1991. B. Reid, “USENET
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`READERSHIP SUMMARY REPORT FOR AUG 91” (Sept. 1, 1991)
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`(EMCVMW 1050). The readership for the “alt.sources.d” and
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`“comp.archives.admin” newsgroups was also large, numbering 37,000 and 27,000
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`users, respectively. B. Reid, “USENET Readership report for Aug 91” (Sept. 1,
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`1991) (EMCVMW 1051). Similarly, as of January 1992, the “comp.compression”
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`newsgroup had approximately 46,000 readers. B. Reid, “USENET Readership
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`report for Jan 92” (Feb. 2, 1992) (EMCVMW 1052). These figures are consistent
`
`with my personal recollection of the facts at the time. Note that by default, each
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`article was propagated to the entire Usenet network; neither the Langer Reference
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`nor the Williams Reference includes any of the indicia (e.g., a “Distribution:”
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`field) that would indicate that the intended recipients were limited to a specific
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`geographical area or set of nodes. Whether to accept or retain articles from any
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`particular newsgroup was a policy that was settable on a per-node and per-
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`newsgroup basis. However, the vast majority of Usenet sites accepted articles
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`from any newsgroup with a name beginning with “comp.”, as these were
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`considered to be both valuable and low-volume. Also, the program that generated
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`the statistics used to produce the above mentioned readership reports actually
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`examined each user’s records of which groups and articles had been read, so the
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`readership statistics of each newsgroup reflect both node policy and actual
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`readership. Each of the Usenet References was thus publicly available to a large
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`audience of persons interested in the subject matter. Specifically, the Langer
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`Reference and the Williams Reference were delivered to at least tens of thousands
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`of users who had a specific technical interest in the administration of computer
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`archives and data compression, respectively.
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`24. The intended audience received each of the Usenet References within
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`at most a day or two from the date on which it was posted. Since Usenet articles
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`were small plain-text files, propagation to the entire Usenet network was rather
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`fast, despite the low network speeds of the time. In fact, according to a
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`contemporary source, more than 90% of all messages reached 90% of all nodes for
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`which they were intended within one day. J.S. Quarterman, The Matrix (1990), at
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`237 (EMCVMW 1053). This is consistent with my personal recollection of the
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`facts at the time. Consequently, Usenet articles in general, and the Langer and
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`Williams References in particular, were automatically pushed and distributed to a
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`set of users who had registered interest in the relevant topics (administration of
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`computer archives and data compression, respectively).
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`25. Each of the individuals who received one of the Usenet References
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`had the opportunity to read it on their computer screen and/or save it to disk for
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`future reference. That functionality was available through standard programs such
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`as “rn” (for “read news”) with which I was familiar in the 1991–92 time frame.
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`See G. Todino et al., Using UUCP and Usenet (1991), at 116–21 (EMCVMW
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`1054). Similarly to a user’s ability to save an article, a system administrator could
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`archive entire newsgroups, and it is my understanding that the copies of the Langer
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`and Williams References in existence today are the result of such archival.
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`III. The RFC References
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`26.
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`I have been asked to provide my understanding of certain facts
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`relating to the following documents:
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`(cid:120) R. Rivest, “The MD5 Message-Digest Algorithm,” Internet RFC 1321
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`(Apr. 1992) (EMCVMW 1012);
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`(cid:120) T. Berners-Lee et al., “Uniform Resource Locators (URL),” Internet
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`RFC 1738 (Dec. 1994) (EMCVMW 1018);
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`(cid:120) P. Deutsch et al., “How to Use Anonymous FTP,” Internet RFC 1635
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`(EMCVMW 1068);
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`(cid:120) EARN Staff, “Guide to Network Resource Tools,” Internet RFC 1580
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`(March 1994) (EMCVMW 1069);
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`(cid:120) C. Adie, “Network Access to Multimedia Information,” Internet RFC
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`1614 (May 1994) (EMCVMW 1070);
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`(cid:120) G. Kessler et al., “A Primer On Internet and TCP/IP Tools,” Internet
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`RFC 1739 (Dec. 1994) (EMCVMW 1071) (collectively, the “RFC
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`References”).
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`27.
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` It is my belief that each of the RFC References is a true and correct
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`copy of the document that Petitioner claims it is. It is also my belief that each of
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`the RFC References was publicly accessible prior to April 11, 1995.
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`28. Each of the RFC References is an Internet Request for Comments
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`(RFC). In the 1995 time frame, I was familiar with RFCs because, as explained in
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`the Background section of this Declaration, I have been closely involved with the
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`Internet Engineering Task Force (IETF) since 1990. Though the RFC series was
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`(and still is) curated and published by the RFC Editor, an administrative function
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`which operates independently of IETF, IETF was (and still is) the organization
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`responsible for approving the vast majority of RFCs.
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`29.
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`I personally authored or co-authored several RFCs, for example in the
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`field of electronic mail protocol specifications. In addition, I personally assisted
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`with the specification of numerous other protocols that were published as RFCs.
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`In October 1995, I hosted a “URN Implementors’ Meeting” which resulted in the
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`later standardization of Uniform Resource Names (URNs) by IETF. During my
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`career I relied on many RFCs, for example for the purpose of developing software
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`programs in compliance with networking protocols.
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`30.
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`It is my belief that each of the RFC References is a true and correct
`
`copy of the document that Petitioner claims it is. As discussed above, I am
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`familiar with the general appearance of an RFC, and each of the RFC References
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`bears all the indicia that one would expect to find in an authentic document. For
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`example, each of the documents bears the legend “Network Working Group” at the
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`top left (typical of RFCs of the time), followed by the RFC number assigned to it.
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`The simple plain-text formatting , pagination, style of section headings and
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`references, and the inclusion of certain required sections such as “Status of this
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`Memo” and “Security Considerations,” are also typical of RFCs.
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`31.
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` In the 1994–1995 timeframe I was also personally familiar with
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`several of these RFCs. I referred to RFC 1321 (MD5, EMCVMW 1012) and RFC
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`1738 (URLs, EMCVMW 1018) on multiple occasions in my work. I was aware of
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`the existence of and general contents of RFCs 1635, 1580, 1614, and 1739
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`(EMCVMW 1068–1071), though I did not need to use them as I was already
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`generally familiar with the subject matter included in these documents.
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`32.
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`In addition, I verified the authenticity of each of the RFC References
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`by comparing them with equivalent versions obtained directly from the RFC
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`Editor, at the address http://www.rfc-editor.org. The RFC Editor has been
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`continuously maintaining an archive of approved RFC’s since at least the mid
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`1980s. In general, once approved, an RFC is not modified; it can be
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`complemented by an errata (published as a separate document), or it can be
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`superseded by another RFC with a different assigned number, but it cannot be
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`changed. As stated on the RFC Editor’s website, “[o]nce an RFC is published, it
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`cannot be changed.” RFC Frequently Asked Questions, http://www.rfc-
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`editor.org/rfcfaq.html (EMCVMW 1055). Therefore, an RFC as obtained in its
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`original publication format from the RFC Editor today is exactly the same RFC as
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`it appeared on the date on which it was published. Because the RFC References
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`were originally created as “plain text” files which do not display or print properly
`
`on many modern computer systems, they were converted to the PDF format after
`
`their original publication. I compared each of the (PDF format) RFC References
`
`to the corresponding “plain text” version downloaded from the RFC Editor’s
`
`website, and found no differences.
`
`33.
`
`I further tested the authenticity of the RFC References by examining
`
`the modification dates for the corresponding “plain text” files stored on the RFC
`
`Editor’s file server. The modification dates are computer-generated, and provide
`
`an objective indication that the RFC References have not been modified over time.
`
`The RFC Editor’s file server is accessible via the File Transfer Protocol (FTP), a
`
`text-based interface that allows a user to examine file metadata, including
`- 17 -
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`

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`
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`U.S. Patent No. 6,415,280
`IPR2013-00083
`Declaration of Keith Moore
`
`modification dates. A transcript of the corresponding FTP session, showing the
`
`modification dates of the files corresponding to the RFC References, is attached
`
`hereto as EMCVMW 1056. As the transcript shows, none of the plain-text RFC
`
`References were created or modified after December 20, 1994.
`
`34.
`
`It is also my belief that each of the RFC References was publicly
`
`accessible prior to April 11, 1995. For example, before an RFC could be
`
`approved, the entire “IETF-Announce” electronic mailing list was sent a “last call”
`
`message including the name of the draft RFC and its location on the Internet,
`
`where it remained available for about six months. Such location was a File
`
`Transfer Protocol (FTP) site. By 1995, this electronic mailing list had several
`
`thousand subscribers, all of whom were involved in the development of
`
`technologies relating to computer networking. Each of those subscribers received
`
`the “last call” message and had an opportunity to access and review the pending
`
`draft and provide feedback prior to its approval for publication. Therefore, even
`
`before being approved, each of the RFC References was publicly accessible by
`
`thousands of people working in the field of computer networking. In addition,
`
`upon publication of each new RFC, an announcement was sent to the same IETF-
`
`Announce mailing list, indicating that the new RFC had been published, and
`
`containing instructions for the retrieval of that RFC from the FTP site ftp.isi.edu.
`
`
`
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`U.S. Patent No. 6,415,280
`IPR2013-00083
`Declaration of Keith Moore
`
`35. After approval, both IETF and the RFC Editor made all RFCs
`
`available to the general public without restrictions. In fact, many RFCs were
`
`intended as standards to be followed by the industry, and therefore public
`
`accessibility was of great importance to IETF. It was well known in the 1995 time
`
`frame that the FTP site ftp.isi.edu was the authoritative source (from the RFC
`
`Editor) for electronic copies of RFCs. IETF also made copies of those RFCs
`
`available from ftp.ietf.org. Both sites were widely “mirrored” to various sites
`
`around the world. Interested researchers and implementors generally monitored
`
`one of these sites for new RFCs being posted. In addition, the RFC Editor, through
`
`the ftp.isi.edu site, provided a master index in the form of a text file called “rfc-
`
`index.txt” which included the full title, author(s) and date of each RFC published
`
`to date, and which was generally mirrored along with the RFCs. Since RFC titles
`
`were generally descriptive of their subject matter, downloading and searching the
`
`index would have allowed any interested person to simply and efficiently locate
`
`any RFC that related to a given subject. Once the RFC number was identified, a
`
`user would have been able to download a copy of the corresponding document
`
`from the same FTP site.
`
`IV. The LIFN References
`
`36.
`
`I have been asked to provide my understanding of certain facts
`
`relating to the following documents:
`
`
`
`- 19 -
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`

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`U.S. Patent No. 6,415,280
`IPR2013-00083
`Declaration of Keith Moore
`
`(cid:120)
`
` S. Browne et al., “Location-Independent Naming for Virtual
`
`Distributed Software Repositories,” University of Tennessee
`
`Technical Report CS-95-278 (Feb. 1995) (EMCVMW 1002);
`
`(cid:120)
`
` S. Browne et al., “Location-Independent Naming for Virtual
`
`Distributed Software Repositories,”
`
`http://www.netlib.org/utk/papers/lifn/main.html (Nov. 11, 1994)
`
`(EMCVMW 1006); and
`
`(cid:120)
`
` K. Moore et al., “An Architecture for Bulk File Distribution,”
`
`Network Working Group Internet Draft (July 27, 1994) (EMCVMW
`
`1007) (collectively, the “LIFN References”).
`
`37.
`
`It is my belief that each of the LIFN References is a true and correct
`
`copy of the document that Petitioner claims it is. It is also my belief that each of
`
`the LIFN References was publicly accessible prior to April 11, 1995.
`
`38.
`
`I have personal knowledge of each of the LIFN References because I
`
`was a co-author on each of them. The earliest of the LIFN References
`
`(EMCVMW 1007) lists myself as the lead author, and is a “Network Working
`
`Group Internet Draft,” that is, an informal document meant to be freely
`
`disseminated for purposes of discussion. The date it bears (July 27, 1994) is the
`
`date on which my coworkers and I completed the preparation of the document,
`
`
`
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`

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`
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`U.S. Patent No. 6,415,280
`IPR2013-00083
`Declaration of Keith Moore
`
`which would have been also on or about the date on which we submitted it to IETF
`
`for public distribution. The Internet Draft (EMCVMW 1007) was also referenced
`
`in an email dated August 8, 1994 by one of my coworkers, Reed Wade (attached
`
`hereto as EMCVMW 1057). The email was sent to a mailing list, called “WWW-
`
`Talk,” which at the time had a broad distribution; virtually anybody with an
`
`interest in the early Web technology subscribed to it. Mr. Wade’s email confirms
`
`that the Internet Draft (EMCVMW 1007) was made public prior to August 8, 1994.
`
`39. The two other LIFN References were versions of a paper intended for
`
`submission to the ACM-SIGSOFT Symposium on Software Reusability (SSR’95)
`
`to be held on April 28–30, 1995 in Seattle, Washington. The earlier of the two
`
`references (EMCVMW 1006) bears the date of Nov. 11, 1994 and was an early
`
`draft of the paper, for initial submission to the symposium organizers. The later
`
`version (EMCVMW 1002) was completed in February 1995, and was the final
`
`version of the paper that my coworkers and I submitted for inclusion in the
`
`symposium proceedings.
`
`40. The dates of these documents (EMCVMW 1006 and 1002) are
`
`consistent with the timeline of paper submission to SSR’95. For example, the
`
`Final Call for Papers (CFP) for SSR’95 (attached hereto as EMCVMW 1058) sets
`
`out the dates of November 14, 1994 for paper submission, and February 27, 1995
`
`
`
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`U.S. Patent No. 6,415,280
`IPR2013-00083
`Declaration of Keith Moore
`
`for submission of the final version of the paper. Therefore, the SSR’95 Final CFP
`
`corroborates my recollection of the facts regarding the LIFN References.
`
`41.
`
`I could further verify the February 1995 date of EMCVMW 1002 by
`
`comparing it with an identical version downloaded from the EECS Computer
`
`Science Library at the University of Tennessee, Knoxville. The library’s online
`
`catalog of 1995 technical reports, at address
`
`http://web.eecs.utk.edu/~library/1995.html, lists the document as “ut-cs-95-278 --
`
`Location-Independent Naming for Virtual Distributed Software Repositories.
`
`Shirley Browne, Jack Dongarra, Stan Green, Keith Moore, Theresa Pepin, Tom
`
`Rowan, Reed Wade, and Eric Grosse, February 1995.” A copy of the library
`
`webpage is attached hereto as EMCVMW 1059. I compared EMCVMW 1002 to
`
`the corresponding version downloaded from the library, and found no differences.
`
`As discussed below, such technical reports were made publicly available without
`
`restrictions.
`
`42.
`
`I have been informed that the Patent Owner contends that the

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