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1022 Exhibit: Ex 1022 US4700185

Document IPR2016-00726, No. 1022 Exhibit - Ex 1022 US4700185 (P.T.A.B. Mar. 12, 2016)

It is still further an object of the present invention to provide an improved request with response mechanism and method for a local area network controller which allows a user ?exibility as to the trade-off of cost, speed and performance.

When designed using HCMOS technology, proprietary to Motorola, Inc. assignee of the present invention, TBC 10 provides low power as well as high performance with serial data rates up to 10 Mb/s.

Requests to grammed for MAC operation, this channel provides physical layer 30 in this mode are synchronized to the encoded indications of data unit reception.

When the SMREQ =low, the indication functionality where management requests and indica channel symbol lines (RXSMO, RXSYMl, RXDATA) tions are passed between TBC 10 and physical layer 30.

If the transmitter has been disabled in re sponse to a request (TXDIS) or the watchdog timer timing out, this line is asserted and the status is passed to station management by TBC 10.

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1010 Exhibit: Ex 1010 Obraczka

Document IPR2016-00726, No. 1010 Exhibit - Ex 1010 Obraczka (P.T.A.B. Mar. 12, 2016)

In particular, I would like to thank Prof. Rafael Saavedra, Gene Tsudik, Abhjit Khale, Lee Breslau, Steve Hotz, Doug Fang, Danny Mitzel, Ron Cocchi, Sugih Jamin, Shih-Hao Li, Jong-Suk Ahn, Daniel Zappala, Brenda Tim m erm an, John Noll, Kraig Meyer, Louie Ramos and Ari Medvinski.

it manages a Take the Internet news distribution system [31] as an example: highly dynamic, weakly consistent, gigabyte database replicated at thousands of autonomous adm inistrative domains, yet responds to queries in seconds.

1.2 What Current Algorithms Lack As existing naming services and distributed file systems have dem onstrated, the problem of replicating data th at can be partitioned into autonom ously managed subspaces has well-known solutions.

1.5 Dissertation Overview and Outline In the previous sections, we argued th at efficient replication algorithms keep replicas weakly consistent by flooding updates between them and don’t necessarily have to rely on existing m ulticast transport protocols.

This is because hidalgo, which is one of the machines th a t has the biggest memory in the USC Networking and D istributed Systems Laboratory, is usually running big sim ulations, and had the additional load of being the group m aster during this experim ent.

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