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1042 Exhibit: Exhibit 1042 nmslcsmitedu projectes ron refs

Document IPR2017-01600, No. 1042-45 Exhibit - Exhibit 1042 nmslcsmitedu projectes ron refs (P.T.A.B. Jun. 16, 2017)
6/15/2017 Index of /projects/ron/refs Index of /projects/ron/refs Name Last modified Size Description Parent Directory - draft-ietf-mpls-framework-05.txt 22-Sep-1999 09:09 176K overlays.ps 03-Sep-2000 22:48 405K rfc2991.txt 02-Nov-2000 11:53 17K rfc2992.txt 02-Nov-2000 11:50 17K stemm-thesis.ps.
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1007 Exhibit: Exhibit 1007 Yallcast Homepage

Document IPR2017-01600, No. 1007 Exhibit - Exhibit 1007 Yallcast Homepage (P.T.A.B. Jun. 16, 2017)
It allows a group of hosts that are receiving/sending content to dynamically self-organize themselves into a distribution topology tunneled over unicast and, where available, multicast IP.
So organized, the hosts can efficiently distribute content synchronously (as with the mbone) or asynchronously (as with netnews).
The first and enduring goal of this project is to create an open-source software base upon which a wide range of content distribution applications can be built.
The second goal is to use the knowledge gained from the software to create IETF standards for content distribution.
We envision these standards as being positioned as "lower-middleware"---above TCP/UDP but below other middleware such as messaging, mail, channels, etc. Yallcast Software Yallcast Documentation (new Dec. 15, 1999) Related Projects Mailing Lists (new Dec. 15, 1999) People Paul Francis, NTT Information Sharing Platform Laboratories francis@slab.ntt.co.jp Dec. 15, 1999
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2012 Exhibit: Exhibit 2012

Document IPR2017-01600, No. 2012 Exhibit - Exhibit 2012 (P.T.A.B. Oct. 12, 2017)
Stations in a token-ring network are physically connected, typically in a star-wired ring topology, to a wiring concentrator such as the IBM® 8228 Multistation Access Unit.
Each station is connected to the concentrator typically by shielded twisted pair (STP) cabling.
When a station transmits its data packet, the token-ring switch reads the packet's destination address information and forwards the data directly to the receiving station.
The switch then establishes a dedicated connection between the two stations, enabling data to be transmitted and received at the same time.
Full-duplex token ring increases sending and receiving bandwidth for connected stations, improving network performance.
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2010 Exhibit: Exhibit 2010 Redacted

Document IPR2017-01600, No. 2010-2 Exhibit - Exhibit 2010 Redacted (P.T.A.B. Oct. 12, 2017)
Page 1 of [7 This form Is to be used for disclosure to The Boeing Company of Inventions, discoveries, improvements or Innovations, whetheror not considered patentable.
Introduction in collaborative workflow, and to The need has been increasing in large software projects, facilitate enterprise-wide-engineering, for an effective means to allow scalable and reliable sharing of information across multiple processes.
For example, has proven valuable in allowing collaborative design reviews to take place at geographically distant sites, such as between Everett, WA, and St. Louis, MO.
To enhance the value of J and enable additional world-wide electronic collaboration applications, programmers need a software mechanism allowing dozens, hundreds, or perhaps thousands of participating computer processes to simultaneously share information easily, quickly, and reliably across the world.
Background There are four categories of computer network communication systems that might be applied to the problem of wide-area simultaneous sharing of information for the purpose of collaborative processing.
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2008 Exhibit: Exhibit 2008 Redacted

Document IPR2017-01600, No. 2008-2 Exhibit - Exhibit 2008 Redacted (P.T.A.B. Oct. 12, 2017)

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1003 Exhibit: Exhibit 1003 Declaration of Dr Nicholas Bambo, PhD

Document IPR2017-01600, No. 1003 Exhibit - Exhibit 1003 Declaration of Dr Nicholas Bambo, PhD (P.T.A.B. Jun. 16, 2017)

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1013 Exhibit: Exhibit 1013 UMich Seminar

Document IPR2017-01600, No. 1013 Exhibit - Exhibit 1013 UMich Seminar (P.T.A.B. Jun. 16, 2017)

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1015 Exhibit: Exhibit 1015 Yallcast Architecture Presentation

Document IPR2017-01600, No. 1015 Exhibit - Exhibit 1015 Yallcast Architecture Presentation (P.T.A.B. Jun. 16, 2017)

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1002 Exhibit: Exhibit 1002 US 6,910,069 File History Part 4 of 5

Document IPR2017-01600, No. 1002-5 Exhibit - Exhibit 1002 US 6,910,069 File History Part 4 of 5 (P.T.A.B. Jun. 16, 2017)

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1002 Exhibit: Exhibit 1002 US 6,910,069 File History Part 3 of 5

Document IPR2017-01600, No. 1002-2 Exhibit - Exhibit 1002 US 6,910,069 File History Part 3 of 5 (P.T.A.B. Jun. 16, 2017)

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1020 Exhibit: Exhibit 1020 Francis Decl

Document IPR2017-01600, No. 1020 Exhibit - Exhibit 1020 Francis Decl (P.T.A.B. Jun. 16, 2017)

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1019 Exhibit: Exhibit 1019 Francis Yoid Extending the Internet Multicast Architectu...

Document IPR2017-01600, No. 1019 Exhibit - Exhibit 1019 Francis Yoid Extending the Internet Multicast Architecture (P.T.A.B. Jun. 16, 2017)

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1002 Exhibit: Exhibit 1002 US 6,910,069 File History Part 2 of 5

Document IPR2017-01600, No. 1002-4 Exhibit - Exhibit 1002 US 6,910,069 File History Part 2 of 5 (P.T.A.B. Jun. 16, 2017)

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1045 Exhibit: Exhibit 1045 Memorandum re Standing

Document IPR2017-01600, No. 1045 Exhibit - Exhibit 1045 Memorandum re Standing (P.T.A.B. Nov. 27, 2017)

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2007 Exhibit: Exhibit 2007 Redacted

Document IPR2017-01600, No. 2007 Exhibit - Exhibit 2007 Redacted (P.T.A.B. Oct. 12, 2017)

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