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. Yoid Software Yoid Documentation Related Projects Mailing Lists People Yoid is a continuation of the Yallcast project started at the NTT Software Labs in Tokyo.

Yallcast Documentation https://web.archive.org/web/20010217184408/http://www.yallcast.com/m... 2 captures 17 Feb 01 - 6 Apr 01 2000 NEW Dec. 15, 1999 Note that the announce and discuss email addresses have been changed.

Members on the former lists have been moved over to these.

Subscribe to Yallcast Discussion Group Enter your e-mail address: yc-discuss archive A group hosted by eGroups.com We can probably expect more lists related to specific aspects of yallcast as projects on those aspects are created.

Paul Francis, NTT Information Sharing Platform Laboratories francis@slab.ntt.co.jp Dec. 15, 1999

Distributed Smart Grid Architecture for Delay and Price Sensitive Power Management (with N. Master, J. Mounzer), accepted to the IEEE International Communications Conference (ICC’14), pp. 3670-3675, Sydney, Australia, June 2014.

Dynamic Resource Management in Virtualized Data Centers with Bursty Traffic (with M. Valdez- Vivas, J. Apostolopoulos), accepted to the IEEE International Communications Conference (ICC’14), Sydney, Australia, June 2014.

Channel Exploration for Wireless Media Streaming with Handoff and Rebuffering Control (with L. Chow, J.P. Singh), accepted to the IEEE International Communications Conference (ICC’14), pp. 2281-2288, Sydney, Australia, June 2014.

Playout-Buffer Aware Hand-Off Control for Wireless Video Streaming (with L. Chow, B. Collins, C. Peylo, H. Einsiedler, N. Bayer, P. Dely, A. Kassler), IEEE Global Communications Conference (GlobeComm), pp. 5237-5242, Los Angeles, CA, 6 pages, Dec. 2012.

Empirical Observations on Wireless LAN Performance in Vehicular Traffic Scenarios and Link Connectivity Based Enhancements for Multihop Routing (with J.P. Singh, B. Shrinivasan, D. Clawin, Y. Yan).

INC., ROCKSTAR GAMES, INC., and 2K

In light of the Court's previous Memorandum (C.A.

145), filed on June 3, 2016, and Plaintiffs letter (C.A.

Defendants' motion to dismiss for lack of standing (C.A.

Entered this Jvo day of June, 2016.

We were in the same organization and regularly discussed projects we worked on and made presentations at the same meetings.

From 1996 through at least 1999, Virgil Bourassa and Fred Holt were working on a technology known as SWAN which I understand stands for Small-World Wide Area Networking.

For example, during this time, I observed that SWAN had undergone beta evaluation internally at Boeing in the application.

I understand that SWAN was incorporated into in order to allow collaborative design reviews to take place at multiple, different locations with a large number of participants.

I further acknowledge that willful false statements and the like are punishable by fine or imprisonment, or both, under 18 U.S.C. § 1001.

This standing Protective Order governs the treatment and filing of confidential information, including documents and testimony.

Access to confidential information is limited to the following individuals who have executed the acknowledgment appended to this order: (A) Parties.

Such employees and representatives shall include the Director, members of the Board and their clerical staff, other support personnel, court reporters, and other persons acting on behalf of the Office.

Standard Acknowledgment for Access to Protective Order Material Patent Owner Acceleration Bay, LLC - Ex. 2013, p. 6

I, _____ ________, affirm that I have read the Protective Order; that I will abide by its terms; that I will use the confidential information only in connection with this proceeding and for no other purpose; that I will only allow access to support staff who are reasonably necessary to assist me in this proceeding; that prior to any disclosure to such support staff I informed or will inform them of the requirements of the Protective Order; that I am personally responsible for the requirements of the terms of the Protective Order and I agree to submit to the jurisdiction of the Office and the United States District Court for the Eastern District of Virginia for purposes of enforcing the terms of the Protective Order and providing remedies for its breach.

Shortly after my return, Virgil Bourassa came to my office to discuss a project he was working on for a CAD visualization tool that was used internally at Boeing.

Virgil knew that as soon as we would deliver a system that allowed for three-person collaboration, there would eventually be a request to keep increasing the number of participants, so we needed to figure out how to solve this beyond a three-person capability.

Therefore, Virgil and I realized that there was a need to create an effective means to allow scalable and reliable sharing of information across multiple processes.

Exhibit 2048 is a print-out of a C++ header file that shows that by April 22, 1997, we had implemented the code necessary to maintain regular graphs based on local information.

In other words, since the system was completely distributed among the participants, any of them could join, depart, or fail at any time and in any order, without causing any interruptions to the connections.

Acceleration Bay is informed and believes that Destiny provides a hybrid system where each area within the game called “destination” has its own dedicated servers while all the players that are in that “destination” are connected to a peer- to-peer network and capable of communicating and interacting with each other.

As a way of example and not a limitation, Destiny provides a multiplayer mode, such as “The Crucible,” where multiple participants can simultaneously interact and communicate with each other utilizing the network technology claimed in the Acceleration Bay Patents.

As a way of example and not a limitation, Call of Duty: Advanced Warfare provides a multiplayer mode, such as “Domination,” where multiple participants can concurrently interact and communicate with each other while also having an option to leave the game without affecting other players in the match by utilizing the network technology as claimed in the Acceleration Bay Patents.

Defendant’s Call of Duty: Advanced Warfare products infringe the ‘966 Patent through, at minimum, its multiplayer technology, which allows individual players to interact and communicate with each other by sending data through neighbor participants.

Defendant’s Call of Duty: Advanced Warfare products infringe the ‘497 Patent through, at minimum, its multiplayer technology, which allows individual players to join, communicate and interact with each other by utilizing a portal computer.

Engraving courtesy of the Bettmann Archive · Cover design by Jay Simpson Next issue: Operating Systems for Highly Parallel Environments May 1985 Volume 2 Number 3 (ISSN 0740-7459) /

It aims to produce cost-effective, high throughpu t netcomputers that can solve large classes of applications, that extend easily to form more powerful systems, and that are always available to users at acceptable processing rates, even after component failure.

Micros and the Stony Brook netcomputer form a re search testbed that is now mature enough to provide a practical environ ment for studying distributed algo rithms, languages, and applications.

The netcomputer resources of channels, hosts, and sockets pro vide a unifying communication frame work for the three packet cast mech anisms: physical, directed, and logical.

Larry D. Wittie is an associate professor in the Department of Computer Science, State University of New York at Stony Brook and previously taught at Purdue and at SUNY at Buffalo.

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