`U.S. Patent No. 8,013,732
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`
`
`
`UNITED STATES PATENT AND TRADEMARK OFFICE
`______________________
`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`______________________
`EMERSON ELECTRIC CO.,
`Petitioner,
`v.
`SIPCO, LLC,
`Patent Owner.
`______________________
`Case IPR2017-00216
`Patent 8,013,732
`______________________
`Before LYNNE E. PETTIGREW, STACEY G. WHITE, and
`CHRISTA P. ZADO, Administrative Patent Judges.
`
`
`PETITIONER’S REPLY TO
`PATENT OWNER’S RESPONSE
`
`
`
`IPR2017-00216
`U.S. Patent No. 8,013,732
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`TABLE OF CONTENTS
`I. CLAIM CONSTRUCTION ................................................................................ 1
`A. “sensor” ..................................................................................................... 1
`B. “actuator” .................................................................................................. 2
` PRIOR ART ......................................................................................................... 3
` Kahn discloses a plurality of transceivers “configured to wirelessly
`retransmit…the select information, the identification information
`associated with the nearby wireless transceiver, and transceiver
`identification information associated with the transceiver making
`retransmission” .......................................................................................... 3
`B. Kahn alone, or alternatively, Kahn in view of Cerf and/or
`Cunningham discloses a “gateway…configured to receive and
`translate the select information, the identification information
`associated with the nearby wireless transceiver, and transceiver
`identification information associated with one or more retransmitting
`transceivers, said gateway further configured to further transmit the
`translated information to the computer over the WAN” ........................... 7
`C. Motivation to combine Kahn with APA ................................................. 15
`D. Motivation to combine Cunningham with Kahn and APA ..................... 21
`E. Motivation to combine Ehlers with APA and Kahn ............................... 23
` THE PETITION COMPLIES WITH GRAHAM ............................................. 25
` IPRS ARE CONSTITUTIONAL ...................................................................... 26
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`
`i
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`
`
`Exhibit
`1001
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`1002
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`1003
`1004
`1005
`1006
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`1007
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`1008
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`1009
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`1010
`1011
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`1012
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`1013
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`1014
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`1015
`1016
`1017
`1018
`1019
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`IPR2017-00216
`U.S. Patent No. 8,013,732
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`
` LIST OF EXHIBITS
`Description
`U.S. Patent No. 8,013,732 to Petite et al. (“the ’732 patent” or
`“Petite”)
`Kahn, Robert E., “Advances in Packet Radio Network
`Protocols,” Proceedings of the IEEE, Vol. 66, No. 11,
`November 1978 (“Kahn”)
`Reserved
`Expert Declaration of Stephen Heppe, Ph.D. (“Heppe Decl.”)
`Curriculum Vitae of Stephen Heppe, Ph.D.
`Claim Construction Opinion Filed July 30, 2012 in the case of
`SIPCO, LLC v. ABB, Inc., et al, Civil Action No. 6:11-CV-
`0048 LED-JDL
`Claim Construction Opinion filed October 19, 2012 in the
`case of SIPCO, LLC v. Amazon.com, Inc., et al., Civil Action
`No. 2:08-CV-359-JRG
`PLAINTIFF SIPCO, LLC’S DISCLOSURE OF ASSERTED
`CLAIMS in Civil Action No. 6:15-cv-907, February 29, 2016
`PLAINTIFFS SIPCO, LLC AND IP CO, LLC’S
`PRELIMINARY ELECTION OF ASSERTED CLAIMS in
`Civil Action No. 1:16-cv-02690-AT, dated July 28, 2016
`Reserved
`Vinton G. Cerf, et al., “Issues in Packet-Network
`Interconnection, Proceedings of the IEEE, Vo. 66, No. 11,
`November 1978 (“Cerf”).
`U.S. Patent No. 5,924,486 (issued July 20, 1999),
`Environmental Condition Control and Energy Management
`System and Method (“Ehlers”)
`U.S. Patent No. 8,000,314 (issued August 16, 2011), Wireless
`Network System and Method for Providing Same
`(“Brownrigg”)
`U.S. Patent No. 6,124,806 to Cunningham et al.
`(“Cunningham”)
`Declaration of Gerard Grenier
`U.S. App. Ser. No 09/271,517 to Petite
`Decision Granting Institution in IPR2015-01973
`Patent Owner’s Preliminary Response in IPR2015-01973
`PO’s Request for Rehearing in IPR2016-984
`
`ii
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`
`
`Exhibit
`1020
`1021
`1022
`1023
`1024
`1025
`1026
`1027
`1028
`1029
`1030
`1031
`1032
`1033
`
`1034
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`1035
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`1036
`1037
`1038
`1039
`1040
`1041
`1042
`1043
`1044
`1045
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`1046
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`1047
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`1048
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`IPR2017-00216
`U.S. Patent No. 8,013,732
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`Description
`U.S. Patent No. 5,971,582
`U.S. Patent No. 8,754,780
`U.S. Patent No. 7,697,492
`Decision on Petition in ’582 patent
`U.S. Patent No. 6,218,953
`U.S. Patent No. 8,193,930
`U.S. Patent No. 8,223,010
`Bibliographic Data Sheet from ’692 patent
`U.S. Patent No. 6,914,533
`U.S. Patent No. 7,295,128
`U.S. Patent No. 8,964,708
`Order in IPR2016-984 (Apr. 20, 2017)
`Order in IPR2016-984 (May 19, 2017)
`Petitioner’s email to the Board in IPR2016-984 opposing
`SIPCO’s request to file a third petition to modify the ’780
`patent's priority
`Troutman’s Pre-Filing Attorney Checklist for the ’780 Patent
`(Ex.1045 in IPR2016-984)
`Troutman’s Cover Page for the ’780 Patent Application
`(Ex.1046 in IPR2016-984)
`Petitioner’s Motion to Deny PO’s Request for a Certificate
`Decision on Petition in ’780 patent
`PTO Pair Printout for ’582 Patent
`Excerpt from File History of the ’692 patent
`Response to Office Action in ’732 patent (May 28, 2010)
`Application Data Sheets from the ’582 patent
`Reserved
`U.S. Patent No. 7,468,661
`June 19, 2017 Hearing Transcript in IPR2017-00001
`Declaration of James R. Batchelder in Support of Motion for
`Pro Hac Vice Admission
`Rebuttal Declaration of Dr. Stephen Heppe In Support of the
`Petition for Inter Partes Review of United States Patent No.
`8,013,732
`Webster’s Third New International Dictionary of the English
`Language Unabridged, United States of America (1993)
`“On measurement facilities in packet radio systems,” Fouad
`
`iii
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`IPR2017-00216
`U.S. Patent No. 8,013,732
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`Description
`A. Tobagi et al., National Computer Conference Proceedings
`(New York), AFIPS Press, June 1976.
`Final Written Decision (Paper 43) in IPR2016-00984 (PTAB
`Oct. 25, 2017)
`Declaration of Dan Braun In Support of the Petition for Inter
`Partes Review of United States Patent No. 8,013,732
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`Exhibit
`
`1049
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`1050
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`
`
`iv
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`IPR2017-00216
`U.S. Patent No. 8,013,732
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`The Board correctly found that Petitioner established a reasonable likelihood
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`of prevailing in proving Claims 1-7 (“Claims”) of U.S. Patent No. 8,013,732
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`(“’732”) unpatentable. IPR2017-00216, Pap. 8 (“ID”), 2-3. Unable to avoid their
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`unpatentability, Patent Owner’s (“PO”) Response (“POR,” Pap. 21) improperly
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`injects limitations into the Claims, and ignores the references’ disclosures and
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`combinations presented in the Petition. The Claims are invalid.1 Ex. 1046 ¶¶ 1-75.
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`I.
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`CLAIM CONSTRUCTION
`The Board correctly determined at institution that “no express construction”
`
`is required. ID 6; Vivid Techs., Inc. v. Am. Sci. & Eng’g, Inc., 200 F.3d 795, 803
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`(Fed. Cir. 1999); POR 15-20; POPR, Pap. 7, 13-18. Indeed, PO does not tie its
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`constructions to any issue here. ID 6; Ex. 1046 ¶ 10.
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`A.
`“sensor”
`If construed, “sensor” means “equipment, program or device that monitors
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`or measures the state or status of a parameter or condition and provides
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`information concerning the parameter or condition.” Pet. 11-12; Ex. 1001, 10:7-
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`16, 9:27-38, 9:46-50, 12:40-46, 11:1-7, 3:6-8, Abstract; Ex. 1004 ¶ 11; Ex. 1046 ¶¶
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`11-13. This is the same construction PO asserted and the court adopted in SIPCO,
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`1 Emphasis added, internal quotations/citations omitted, unless noted. Arguments
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`from Dr. Almeroth’s declaration not cited/made in the POR are waived. Pap. 9, 6;
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`37 C.F.R. §42.6(a)(3).
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`1
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`
`
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`LLC v. ABB, Inc. concerning a related patent, 6:11-cv-00048-JDL (E.D. Tex.) (Ex.
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`1006, 25-29).2
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`B.
`“actuator”
`If construed, “actuator” means “equipment, program or device that controls
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`or affects the state or status of a parameter or condition” consistent with the
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`specification, which generally describes applying a control signal to an “actuator”
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`to control the state or status of a parameter or condition (Pet. 12-13; Ex. 1001,
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`6:11-14, 10:19-25; 10:62-65; 13:28-33, 3:6-8, 1:54-61; Ex. 1004 ¶ 12) and the
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`plain and ordinary meaning (Ex. 1047, 22 (“actuator…one that actuates; …any of
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`various electric, hydraulic, or pneumatic mechanisms by means of which
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`something is moved or controlled indirectly”); Ex. 1046 ¶ 15).
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`PO (POR 16-20) improperly limits “actuator” to “a transducer”—
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`inconsistent with ’732, which distinguishes “actuators” from “transducers.” Ex.
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`1001, 3:21-23. Furthermore, an “actuator” is not limited to converting to
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`“mechanical motion,” but includes controlling the state or status without
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`mechanical motion. Ex. 1001, 3:21-26, 10:19-25, 6:11-14, 3:6-8; Ex. 1047, 22;
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`Ex. 1046 ¶ 14. Nor does ’732’s discussion of a “controller” or the claims’
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`2 Contrary to PO, this construction was not “overridden” by SIPCO, LLC v.
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`Amazon.com, Inc., 2:08-cv-00359-JRG (Ex. 1007), which concerned a related
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`patent.
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`2
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`recitation of a “computer” preclude an actuator from encompassing an “equipment,
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`program or device.” POR 16-20; Ex. 1046 ¶ 16.
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`
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`PRIOR ART3, 4
` Kahn discloses a plurality of transceivers “configured to
`wirelessly retransmit…the select information, the identification
`information associated with the nearby wireless transceiver, and
`transceiver identification information associated with the
`transceiver making retransmission”
`Contrary to PO (POR 41-46, 2, 21), Kahn discloses a plurality of
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`transceivers in a wireless packet radio network (PRNET), wherein a repeater
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`packet radio wirelessly retransmits both payload data and identification
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`information of a nearby transceiver (such as an originating transceiver or another
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`repeater transceiver) and itself (as the transceiver making retransmission) to a
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`station. Ex. 1002 (Kahn), 1477, col. 2, 1479-1480, 1494-1495; Pet. 38-39, 31-37,
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`16-19; ID 14-15.
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`Figure 8 (below) shows payload data (“select information”) transmitted in
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`3 PO does not dispute the Claims are not entitled to a priority date before
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`March 18, 1999 and that Petitioner’s references are prior art. Pet. 13-15.
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`4 PO’s arguments regarding Claim 2 (POR 55-57, 3, 22-23) are irrelevant, as the
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`Petition does not rely on Cunningham for Claim 2. PO does not otherwise dispute
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`that APA (Ground 1) and Ehlers (Ground 2) each disclose Claim 2’s limitation.
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`Pet. 46-47, 62-65.
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`3
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`
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`the “text” of the packet. Ex. 1002, 1477-1479, Figs. 8, 15; Pet. 35-36, 31; Ex.
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`1004 ¶ 59. Kahn states “[e]ach radio has an identifier which we shall call its
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`selector” used for, e.g., “network routing and control procedures.” Ex. 1002,
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`1479, col. 1; ID 7, 14; Pet. 31; Ex. 1004 ¶ 51. Kahn further discloses a routing
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`technique where “each packet originating at [a] radio” “contain[s] the entire set of
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`selectors in its header.” Ex. 1002, 1479, col. 2; Pet. 39; Ex. 1004 ¶¶ 60-62. Thus,
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`Kahn teaches that a repeater packet radio will retransmit payload data (“select
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`information”) and “the entire set of selectors” (“identification information
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`associated with the nearby wireless transceiver, and transceiver identification
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`information associated with the transceiver making retransmission”) to a station.
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`Id.; ID 7-8; Ex. 1004 ¶¶ 59-62; Ex. 1046 ¶¶ 17-19.
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`
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`Ex. 1002, Fig. 8.
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`4
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`
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`Although Kahn discloses that “the entire set of selectors”—including
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`identification information of each packet radio in the route—is contained in each
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`packet, PO argues that identification information of the retransmitting transceiver
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`is not included.5 POR 42. But the retransmitting transceiver identification
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`information is in the packet transmission, because the retransmitting transceiver is
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`part of the route—thus, its “selector” is in “the entire set of selectors.” Ex. 1002,
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`1479, col. 1, 1477, col. 2; Ex. 1004 ¶¶ 60-62; Ex. 1046 ¶ 19. For example, Kahn
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`discloses that the retransmitting transceiver (a repeater), upon receiving a packet,
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`“processes the header to determine if it should relay the packet, deliver it…, or
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`discard it.” Ex. 1002, 1477, col. 2; Pet. 38. The packet is “relayed from repeater
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`to repeater” until it reaches its destination. Id.
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`Furthermore, contrary to PO (POR 42-43), the Claims do not require that
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`the retransmitting transceiver itself insert the identification information. Thus,
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`Kahn’s disclosure that the retransmitting transceiver’s identification is in the
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`routing information (“the entire set of selectors”) teaches this limitation. Ex. 1002,
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`1479, col. 2; Pet. 38-39. But even under PO’s narrow interpretation, Kahn
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`5 To the extent PO (POR 42) argues that the transceiver identification information
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`must be in the “header,” this is not required by the Claims, and nonetheless is
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`disclosed by Kahn. Ex. 1002, 1477, col. 2, 1479, col. 1; Ex. 1046 ¶ 21.
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`5
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`discloses this. Kahn teaches that a pickup packet “start[s] out empty” and “at each
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`node” “traverse[d] enroute to [the] destination,” picks up identification information
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`of that transceiver to “provid[e] a trace of [its] history.” Ex. 1002, 1495, col. 1;
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`Ex. 1004 ¶ 67; Ex. 1046 ¶¶ 20, 24; Ex. 1048, 594, col. 2, 596, col. 1; POR 27; ID
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`15. Accordingly, a retransmitting transceiver in the pickup packet route inserts its
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`identification information into the pickup packet. Id.
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`PO argues that in Kahn “only a small number of identifiers” are included,
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`ignoring that “the entire set of selectors” is included. POR 43; Ex. 1002, 1479, col.
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`2. Kahn merely explains that including “the entire set of selectors” adds overhead,
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`such that there is a limit on the number of transceivers comprising the overall
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`route. Ex. 1002, 1479, col. 2; Ex. 1046 ¶ 22. Dr. Almeroth’s testimony (POR 43-
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`46) that a POSITA “would have not included the retransmitting transceiver’s own
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`identifier” is irrelevant in view of Kahn’s disclosure of including “the entire set of
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`selectors.” Ex. 1002, 1479, col. 2; Ex. 1046 ¶ 25.
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`And Kahn does not “teach[] away” (POR 45-46) from including “the entire
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`set of selectors.” ID 16-17; Medichem, S.A. v. Rolabo, S.L., 437 F.3d 1157, 1165
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`(Fed. Cir. 2006). Kahn discloses various options for implementing point-to-point
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`routing—one “alternative[]” of which is including “the entire set of selectors.” Ex.
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`1002, 1479, col. 2. Kahn explains that carrying more selectors identifying the
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`route may be “desirable” and “have significant operational…[and] performance
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`6
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`
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`advantages.” Id. For example, including “more than just the next repeater in the
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`header” allows for “a detour…in the event of failures.” Id. 1482, col. 2. Kahn’s
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`disclosure of a known routing technique with certain advantages, while also having
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`other disadvantages, does not teach away. Nor does Kahn’s discussion of a “more
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`attractive choice” eliminate Kahn’s teaching of including the entire set of selectors
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`in each packet so as to discourage the combination. In re Gurley, 27 F.3d 551, 553
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`(Fed. Cir. 1994) (“A known or obvious composition does not become patentable
`
`simply because it has been described as somewhat inferior to some other product
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`for the same use.”). Additionally, Kahn describes sending a “route setup packet”
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`used “to initialize or refresh the renewal table entries in each repeater,” where the
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`packet text includes the “entire path of route selectors” and “data.” Id.; Ex. 1046 ¶
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`22-23, 26.
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`B. Kahn alone, or alternatively, Kahn in view of Cerf and/or
`Cunningham discloses a “gateway…configured to receive and
`translate the select information, the identification information
`associated with the nearby wireless transceiver, and transceiver
`identification information associated with one or more
`retransmitting transceivers, said gateway further configured to
`further transmit the translated information to the computer over
`the WAN”6
`Contrary to PO (POR 24-41, 2-3, 21), Kahn discloses a station (“gateway”)
`
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`6 Contrary to PO (POR 39-40), Petitioner’s position is fully supported by the
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`evidence.
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`7
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`
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`that receives select information and identification information associated with a
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`nearby transceiver and a retransmitting transceiver, and further translates that
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`information for transmission to a computer over a WAN. Pet. 39-42; ID 14-17.
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`Kahn discloses that a repeater packet radio retransmits payload data and
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`identification information of a nearby transceiver (e.g., an originating packet radio
`
`or another repeater packet radio) and itself (as the transceiver making
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`retransmission) through the PRNET to a station. See § II.A, Ex. 1002, 1479-1480,
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`1494-1495; Pet. 39, 16-19; ID 14-15. Kahn further discloses that the station
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`operates as a “gateway” and transmits this information to a computer over the
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`ARPANET (“WAN”). Ex. 1002, 1494-1495; Ex. 1004 ¶ 63; Pet. 39-40, 16-19.
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`In particular, Kahn discloses performing a “variety of debugging and
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`performance measurement operations” on the network and collection of
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`measurement data to perform such operations. Ex. 1002, 1489, col. 1, 1494-1495;
`
`Pet. 41-42; Ex. 1004 ¶¶ 66-68; Ex. 1046 ¶¶ 27-28. For example, Kahn discloses
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`using measurement tools (i.e., “(CUMSTATS), snapshots, pickup packets, and
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`neighbor tables”) to collect and transmit “measurement data” from the packet
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`radios in the PRNET to the station, which uses “a gateway [34]” to transfer that
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`“PRNET measurement data” over the ARPANET to a “UCLA 360/91 computer.”
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`Ex. 1002, 1494-1495, 1488; Ex. 1004 ¶¶ 63-64, 41; Pet. 39-40, 42; Ex. 2016,
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`39:18-44:20. “[T]o deliver the contents of a ‘pickup packet’ to a remote site on
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`8
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`
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`the ARPANET, the gateway process receives and translates the identification
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`information (‘selectors’) and measurement data.” Ex. 1004 ¶ 67.
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`PO argues that Kahn discusses transmitting only “PRNET measurement
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`data” to the UCLA computer—and does not teach that the “measurement data”
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`includes “an entire set of PR selectors.” POR 27, 29-31, 2, 22. But Kahn discloses
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`that PRNET measurement data transmitted to the UCLA computer includes pickup
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`packet contents containing data and transceiver identification information for every
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`packet radio in the route. Ex. 1002, 1495, col. 1; Ex. 1004 ¶ 67; Ex. 1046 ¶¶ 28-
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`32. For example, Kahn discloses that “[o]perating software in the PRU’s, TIU’s,
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`and station performs the collection of measurement data and uses the system
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`protocols for delivery of this data to a measurement file located at the station.” Id.
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`Kahn’s measurement tools for collecting measurement data includes “pickup
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`packets.” Id.; Pet. 42. The pickup packets, “pick up information at each node
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`they traverse enroute to their destination” and “provid[e] a trace of their
`
`history”—and thus contain data from the packet radios and the full set of
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`“selectors” identifying every packet radio along the route to the station. Id.; Ex.
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`1046 ¶ 32; Ex. 1048, 594, col. 2, 595, col. 2–596, col. 1 (confirming a POSITA
`
`would have understood that pickup packets “contain[] the actual and complete
`
`route taken by the packet” and include the “PRU ID” collected “at each PRU” in
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`addition to other information). “[T]he final destination of the PRNET
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`9
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`
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`measurement data is the UCLA 360/91 computer. The data are sent from the
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`station over the ARPANET and are stored at UCLA, for use by several analysis
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`programs.” Ex. 1002, 1495, col. 1; Ex. 1046 ¶¶ 27-32.
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`PO’s assertion that there is “no reason” to transmit the entire set of selectors
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`over the ARPANET (POR 31-32), and that because data in the measurement file is
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`“cumulative” or “aggregated” at the station, “it would not be important to know
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`which Packet Radios sent the data in its original form” (POR 30) contradicts
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`Kahn’s disclosure that the pickup packets “provid[e] a trace of their history” to be
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`used “by several analysis programs” at the UCLA computer. Ex. 1002, 1495, col.
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`1. Because the point of collecting the information is for the “development and
`
`evaluation of efficient network protocols,” it makes no sense to remove routing
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`“history” information before transmitting to UCLA for analysis. Id., 1489, 1495;
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`Ex. 1046 ¶¶ 30-35; POR 29-30. Indeed, a POSITA would have understood that
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`transmitting the full set of selectors to the UCLA computer would beneficially
`
`provide additional details about the network performance at specific nodes, useful
`
`for analyzing debugging/network performance issues. Ex. 1002, 1489, col. 1; Pet.
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`41-42; Ex. 1004 ¶¶ 66-68; Ex. 1046 ¶ 33; POR 31-33. The Tobagi article confirms
`
`this, explaining that pickup packet contents include “the current PRU ID” as a
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`“data item[] required to support” the “measurement functions required to gain
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`insight into the behavior of [the] broadcast network.” Ex. 1048, 595, col. 2–596,
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`10
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`
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`col. 1, 589, col. 2, 594, col. 2; Genzyme Therapeutic Prods. Ltd. P’ship v.
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`Biomarin Pharm. Inc., 825 F.3d 1360, 1366 (Fed. Cir. 2016). Further, while
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`minimizing “impact on PRNET performance” is one goal, eliminating routing
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`history at the station before transmitting over the WAN (see POR 33-34) negates
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`Kahn’s other goal of collecting measurement data to analyze network performance,
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`by using, e.g., pickup packets that provide a trace of their history. Ex. 1002, 1495,
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`col. 1. Nor is Kahn limited to “aggregating” information in a measurement file, as
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`discussed below.
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`PO asserts that Kahn’s station “creates new packets with the measurement
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`file” and “does not perform any protocol conversion/translation” of each received
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`pickup packet. POR 27-29, 21. But the Claims do not require that the gateway
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`“directly” transmit received data to the computer over the WAN, so as to preclude
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`aggregating at the gateway data received over multiple transmissions before
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`transmitting over the WAN. The Claims merely recite that the gateway “receive[s]
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`and translate[s]” the information. Thus, Kahn’s disclosure of collecting data from
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`the transceivers in the PRNET and writing that data into a measurement file for
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`translation and transmission over the WAN meets this limitation. Ex. 1002, 1494-
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`1495; Ex. 1004 ¶ 67; Ex. 1046 ¶ 36. Nor is Kahn limited to collecting data at the
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`station, and a POSITA would have understood that Kahn’s disclosure encompasses
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`the scenario where the station receives a pickup packet, writes it into a single
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`measurement file, and transmits it to a computer over the WAN. Id.
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`Additionally, PO asserts that Kahn does not disclose “translating” the select
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`information and identification information for the retransmitting and nearby
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`transceiver. POR 34, 2-3, 21. But Kahn discloses that the station receives the
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`claimed information from transceivers over the PRNET (using “system protocols”)
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`and transmits it to UCLA “over the ARPANET” (using “internet protocols”). Ex.
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`1002, 1494-1495; Pet. 39-42. Thus, Kahn’s station performs a translation of
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`information (including select information and identification information for a
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`nearby transceiver and a retransmitting transceiver) by converting the information
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`from one protocol for the PRNET to a different protocol for the ARPANET. Id.;
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`Ex. 1004 ¶ 67; Ex. 1046 ¶¶ 36-39.
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`Alternatively, Cerf discloses a gateway that translates. While Kahn
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`discloses “translat[ing],” Cerf alternatively discloses a gateway that serves as
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`network protocol translator (e.g., using encapsulation of datagrams, and mapping
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`of addresses from one network into local network addresses). Pet. 40; Ex. 1011,
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`1397, col. 2–1399, col. 1; Ex. 1004 ¶¶ 69-72. PO does not dispute that a POSITA
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`would have been motivated to combine Cerf with Kahn (and APA), as Kahn
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`expressly references Cerf as providing details of Kahn’s “gateway,” and as Dr.
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`Heppe explained, “[s]ince the ARPANET does not support the linklayer protocols
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`employed by the PRNET, networking protocols must be converted or translated.”
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`Pet. 40; Ex. 1002, 1494, col. 2; Ex. 1004 ¶ 33; ID 22-23; POR 34-36. Despite
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`Cerf’s disclosure of “Protocol Translation Gateways,” PO argues Cerf does not
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`teach a gateway that translates, asserting that the PRNET and ARPANET in Cerf
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`“share the same end-to-end protocols.” Ex. 1011, 1398, col. 2–1399, col. 1; Pet.
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`40; POR 34-36, 41. But PO (POR 34-36) ignores Cerf’s disclosures in the Petition
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`(e.g., Ex. 1011, 1397, col. 2–1399, col. 1) that teach gateways that translate. Pet.
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`40. Cerf explains that gateways perform translations through “encapsulation and
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`decapsulation of datagrams” and “mapping of internet source/destination addresses
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`into local network addresses.” Ex. 1011, 1398, col. 1, 1399, col. 1; Ex. 1004 ¶¶ 21,
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`70. Additionally, as explained, Kahn discloses transmitting over the PRNET and
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`ARPANET with different protocols, thus requiring a translation. Ex. 1002, 1494-
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`1495; Ex. 1004 ¶ 33. Furthermore, while Cerf describes using a “host-host
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`protocol” where “each packet includes an ‘Internet Header,’” the ARPANET and
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`PRNET utilize different link-layer protocols, which require translation by the
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`gateway. Ex. 1011, 1404, col. 1, 1398, Figs. 12-13, 1, 3; Ex. 1004 ¶ 33; Ex. 1046 ¶
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`40; Ex. 2016, 50:7-54:4. Thus, PO’s assertion (POR 36) that the measurement file
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`in Kahn “would not undergo any protocol translation, as taught by Cerf,” is
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`incorrect. Ex. 1046 ¶¶ 40-43.
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`Alternatively, Cunningham discloses a gateway connected to the wide area
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`network. The Petition explained that, alternatively, Cunningham discloses a data
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`collection module (gateway) that receives and transmits information to a host
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`module (computer) over the internet (WAN).7 Pet. 24-26, 41; Ex. 1014, 7:19-27,
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`44:12-41, 44:53-64, 47:44-54, 32:42-46, Fig. 49; Ex. 1004 ¶ 32. PO (POR 41, 36-
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`39) asserts Cunningham does not teach “protocol conversion/translation of each
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`meter reading.” This is irrelevant because for this, the Petition relies on Kahn, or
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`alternatively, Cerf—not Cunningham.8 PO (POR 37, 3) further asserts that
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`Cunningham’s data collection module (gateway) does not “directly
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`forward[]/route[]” signals to the host module (computer), but as explained, the
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`Claims do not require this or preclude collecting/aggregating data before
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`transmitting to the computer over the WAN. And Cunningham is not limited to
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`collecting data at the gateway before transmitting to the computer—the data
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`collection module receives information from a sensor interface module and
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`“forwards the transmitted information” to a host module over a WAN. Ex. 1014,
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`7:19-27, 44:12-41, 44:53-64, 47:44-54, 32:42-46, 14:12-61, 32:6-9, Figs. 49, 21;
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`Pet. 41. Where the sensor interface module takes only a single reading, it is
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`7 PO does not dispute that a POSITA would have been motivated to implement
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`Cunningham’s teaching of a gateway connected to the WAN in Kahn’s system.
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`Pet. 41.
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`8 Cunningham nonetheless discloses “translat[ing].” Ex. 1014, 45:60-46:2.
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`transmitted to the data collection module and directly forwarded to the host
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`module. Ex. 1014, 7:19-27, 12:52-59, 14:12-61, 32:6-9, Fig. 21, 13:44-56, 31:6-
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`27; Ex. 1046 ¶¶ 44-45.
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`C. Motivation to combine Kahn with APA
`A POSITA would have been motivated to combine Kahn with APA as
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`supported by Kahn’s express teachings, Dr. Heppe’s testimony, and ’732’s
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`admissions about the known state of the art. Pet. 20-22. There is no “hindsight.”9
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`POR 57-61; ID 19-21.
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`A POSITA would have been motivated to use Kahn’s wireless network as a
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`network for the APA’s monitoring and control systems having sensors and
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`actuators to achieve flexibility, rapid deployment, and ease of reconfiguration
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`offered by a wireless system and to save costs (by, e.g., avoiding the expense
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`associated with wired systems, such as having to install physical cables and
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`wiring). Pet. 20-22, 31-35, 43-48; Ex. 1004 ¶¶ 29-31, 58, 74, 77, 85; Ex. 1002,
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`1469, col. 1, 1468-1470, col. 2, 1477, col. 1, 1495, col. 2; Ex. 1046 ¶¶ 46-64.
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`Kahn’s teaching that wireless radio “provid[es] a degree of flexibility in
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`9 The findings in IPR2015-01973 (currently on appeal) are not binding here. See
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`POR 58-59, 4-5. Moreover, the Board found there was no “hindsight” in
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`combining Kahn and APA in IPR2016-00984, involving a related patent with
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`similar claims. Pap. 43, pp. 35-55 (Ex. 1049).
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`rapid deployment and reconfiguration not currently possible with most fixed [i.e.,
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`wired] plant installations” would have motivated a POSITA to implement Kahn’s
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`wireless teachings in APA’s wired monitoring and control system. Ex. 1002,
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`1469, col. 1; Pet. 21; Ex. 1004 ¶ 31. As Dr. Heppe explained, implementing
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`Kahn’s wireless teachings in the APA system would have saved costs by, e.g.,
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`“avoid[ing] the expense associated with installation of wiring.” Ex. 1004 ¶ 31;
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`Pet. 20-22. Kahn further confirms its wireless system “requir[es] little more than
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`mounting the equipment at the desired location,” as there is no need to install
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`physical wires. Ex. 1002, 1470, col. 2. The advantages of wireless technology,
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`including flexibility, rapid deployment, reconfiguration, mobile user support, and
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`cost savings would have motivated a POSITA to combine Kahn with APA. Ex.
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`1004 ¶ 31; Ex. 1002, 1469, col. 1, 1495, col. 2; Ex. 1046 ¶¶ 53-55.
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`Furthermore, the cost problems of wired systems were well-known (as Dr.
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`Heppe explained) and not uniquely identified by the ’732 Applicants. Ex. 1004 ¶¶
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`30-31; Ex. 1046 ¶¶ 55-57; POR 5, 57-60. Greeves (discussed by Dr. Almeroth)
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`confirms that wireless radio “is relatively cost-effective when compared with other
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`physical links” and has higher integrity and incorruptibility, ease of set-up and
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`operation, and greater cost-effectiveness. Ex. 2018, 31-33; Ex. 2014 ¶ 176. Nor is
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`it improper hindsight to rely on ’732’s statements that confirm the known cost
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`problems of the prior art wired systems. Under KSR, “any need or problem known
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`in the field of endeavor at the time of invention and addressed by the patent can
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`provide a reason for combining.” 550 U.S. 398, 420 (2007). The ’732 Applicants
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`admitted that the problems with the cost of wiring were known—and described
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`these problems alongside the APA. Ex. 1001, 2:34-43, 5:48-61; Ex. 1004 ¶¶ 30-
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`31.
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`Moreover, contrary to PO (POR 60, 4-6), a POSITA would have had “a
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`reasonable expectation of success.”10 Dr. Heppe explained that prior art sensors
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`and actuators, intended for “third-party” integration into control systems, have
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`“well-defined behaviors and interface specifications to enable…integration with
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`relative ease…, and with predictable results.” Ex. 1004 ¶ 31. ’732 admits “[a]s is
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`known, there are a variety of systems for monitoring and controlling,”
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`confirming their well-defined behaviors and interface specifications. Ex. 1001,
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`1:54-61. Additionally, Kahn discloses that its packet radio technology is
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`applicable in “an extremely wide range” of applications, including the applications
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`described in APA. Ex. 1002, 1468-1469, col. 1; Pet. 21-22; Ex. 1004 ¶¶ 31, 74;
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`10 As discussed (§§ II.C-E), Petitioner provided objective evidence supporting the
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`motivation to combine. “[E]xperimental data” is not required; “all that is required
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`is a reasonable expectation of