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`1802 Ttrn wireless dE:1vicri 2fi{) rnay ftuttmr include a memory moduk� 140G that inclmfos om� or
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`y"
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`more memorv devices.
`1so4 The nH:�mory module 140G may be arranged be used to store data associated \'Vith an
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`application performing the methods herein when executed in the wireless device 250.
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`JROl.i The memory module 1406 may communicate \Vith the processing module 1405 .
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`.18071\ny other information processed by processing module 1405 rnay be stored in memory
`module 1406,
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`1s12 In some embodiments, information may be received from, for exarnplE:,, network node 210
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`one or for example, rnu In some embodiments, the receiving port 1407 may be connected
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`[0190!
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`through receive port 1407.
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`to.
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`more antennas in the \Nireless device 250.
`1sw In other ernbodlments. the w·Ireless device 250 may receivt� inforrnation from another
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`structure within the \Vireless communication network 200 through receive port 1407.
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`rn.1B Sino� the receiving port 1407 rnay crnnmunicate with the processing module 1405, the
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`receiving port 1407 may then transmit the received infonnation tQ the processing module
`1405.
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`1s;.i.1 The receiving port 1407 ma)' be configured to ff'rnive otlwr information as welL
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`[0191]
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`rn2s Information processed by the processing module 1405 in conm}ction with embodiments of
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`thE:� mf.'thods herein may be stored in the memory 1nodule 1406, which, as already
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`described, has. the processing module 1405 and the receive port 1407. l\.-fay connnunicate
`vvith.
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`!O 192]
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`1s.:i2 The proct•ssing module 1405 rnay be further configured to transmit or transmit inforrnatlon
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`to the nehvork node 210 through the transmission port l 408, .and the transmis.slon port
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`1408 may communicate vvith the processing module 1405 and the rnernory module 1406.
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`[0193!
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`J83H The various modules 140 l ·· 1404 described above function as described above vvhen
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`executed h_'i/ one or rnore processors, such as the processing module ] 405, eg, a
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`combination of analog and dig.ital modules stored i.n memory, and / It \.VUl also be
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`appn.,dated by those skilled in the art that it may refor one or morn processors
`to
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`configured \Nith sofl\,vare and / or firm1;van�,
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`12-05-2021 44
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`IPR2022-00468
`Apple EX1016 Page 1593
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`t844 One or rnon� of Hmse proo�ssors and other digital hardv.?arn may be included in a single
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`application specific integrated circuit (ASIC}, or some processors and various digital
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`hardwan:.' may be individually impk�mented. It may be distributed across several separate
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`components, regardless of whether they are integrated into a systenHm-chip (SoC).
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`[0194]
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`1851 Therefore, the method for the \vireless device 250 according to the ernbodiments described
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`herein
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`\•VHI perform such an acti.on as performed by the v,;-irf.'!ess device 250 described
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`herein \•Vhen performed
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`on at least one processor, Each is executed by a cornputer prograrn
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`produd that includes an instruction that causes this at least one processor to execute, i.e., a
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`soft\'\'an• codt• portion.
`1856 The computer program product may be stored on a computer-readable storage medium.
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`1857 The computer-readable storage medium on ,vhich the computer program is stored perfonns
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`such act.ions as performed by the ,virdess device 250 described herein ,vhen executed on
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`at least one processor. \,lay Induck.! instructions to be executed by the computer.
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`ttwo In some embodinwnts, the cornputer-readabfr, storage medium may' be a non-temporary
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`ccnnputer-readab!e storage mecHum.
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`[O 195]
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`1s65 \Vhen the terms "comprising" or "comprising'" are used, they are intf.•rprNed to rnean non-­
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`limiting, that is, ''consisting of at least". There must be.
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`[O 196]
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`u:no The embodiments herein are not limited to the preferred embodiments described above.
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`t871 Various alternatives, variants, and equivalents .may be employed.
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`invention.
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`of the the scop(i rn;--2 Therefore, the above ernbodirrtt.•nts should not be considered as limiting
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`12-05-2021
`45
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`IPR2022-00468
`Apple EX1016 Page 1594
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`

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`Notice
`This translation is machim"--generatt>tL It cannot be guaranteed that it is intelligible, accurate,
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`co1nplete, reliable or fit for specific purposes. Critical decisions, such as cornrnercially relevant or
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`financial deci.sions, should not be based on rnachine-translation output
`
`CLAIMS JP2017503386A
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`l.
`node (210) and tJH.' 1 s In the vtireless communication net1Nork (200) in ,.vhich the network
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`win.�less ck,vicE:? (250) operatt.\ the first synchronization signal and the rdat£.�d information
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`message for synchronization beh,vmm the 1;-vir<,!less device (250) and the network node (210), A
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`method performed by the network node (210) to trnnsrnit the first synchronization signal. to
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`the "-'virek�ss device (250) with tvvo or more OFDl'vI symbols in a subframe. At !east once at tllE:?
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`ti.Tn(:'-frequency position in each of the N OFD:tv1 symbols (801), and for each transmission of
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`the first synchronization signal, the first synchronization signal in the OFDM symbol. A
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`method comprising transmitting a n�levant information mE:?ssage associated \'Vith the first
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`synchronization signal at a predefined tirne~frequency position relative to said time-frequency
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`position {802.),
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`2.
`lb' ctairn<:!d that the first synchronization signal is a plirnary synchronization signal (PSS), the
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`related information message includes a Sf.•cond synchronization signal to \-vh!cb it is related,
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`and the second synchronization signal is a secondary synchronization signal (SSS). Item 1. The
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`rnethod according to item 1.
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`3.
`33 The method of dairn 1 or 2, vvherein the relevant infon:nation message corn prises a related
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`physical broadcast channel (PBCH), and the rdated PBCH further comprises rdah�d system
`information.
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`IPR2022-00468
`Apple EX1016 Page 1595
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`4.
`39 According to claim 1. the first synchronization s.ignal is transrnitted in a bean1 state, and the
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`n.'lated information message is transmitted using tlw same bea1n state as the first
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`synchronization sjgnal assodated with the re!attxi information message, The method
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`accordin° to anv one of 3.
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`b
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`5.
`,w The related information message is different for each OFD!v{ symbol to ,.vhich the related
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`information message Is transmitted, and the related inforrnatinn rnessage includes an index,
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`and the subframe timing· can be obtained hv detecting the index bv the wireless device f250).
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`The method according to any one of claims 1 to 4.
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`if
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`��
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`�
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`\
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`fi.
`S3 The related information message is the same for each OF!Jfvl symbol in \•./l1ich tbe related
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`information messagP is transrnitted \Vithin a suhfrarne, and the related information messagP is
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`for each subframe in \Vhich the related information 1nessage h transrn.itted vv.ithin a
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`frame. TlK method according to any one of claims 1 to 4, wherein the
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`transmission target
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`relevant information message comprises an index and thP frarnP timing can be obtained by
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`detecting the index by the \Vireless device (250).
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`7.
`1.>2 The related information message includes the reiat1c�d SSS, the index is a serk�s index, and tlx�
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`subfra1ne timing can be obtained by detecting the series index included in the related SSS by
`the \Vireless deviet,.
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`! (250). , Tht.! method of claim 2 or 5,
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`8.
`t;s Th<:! n:dated inforrnation message includes th<-? related SSS, the index is a series index, and HK
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`frame ffm.lng can be obtained by detEictJng tJw series index induded in the rdatf.id SSS by the
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`vvireless device (250). The method according to claim 2 or 6.
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`9.
`l4 In a vdreless cornmunication network (200} in which a network nodEi (210) and a w.ireless
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`device (250) operate, transmission is performed by the net\vork node {21 O) for
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`synchronization between the vvireless deviu� (250) and the net\,vork node (2] 0}. Also, a
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`method performed by the \'\'Tn.>less devkE• (250) to detect a first sync signal and related
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`information 1m�ssage, the netvrnrk node {210), which is t\vo or more in a subframe. To detect
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`dw first synchronization signal transmitted at least once at the time-frequency position in each
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`IPR2022-00468
`Apple EX1016 Page 1596
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`of the N OFDivl symbols (901) and dm detr>.ct£:1d first synchronization, D£:•tecting the reh:want
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`information message associated vvith the first synchronization signal at a predefi1wd time­
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`frr:.,quency position relative to the tinw--frnquency position of the signal (903) and said
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`association. A method comprising obtaining subframe t!rning and / or frame timing (904) by
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`detecting an index contained in an informational nwssage,
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`10.
`88 Claimed that the first synchronlzatkm signal is a piirnary synchronization signal (PSS), the
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`related inforrnation message includes a related second synchronization signal. and the second
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`synchronization signal ls a secondary synchronization signal (SSS). Item 9. The method
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`according to itt•m 9.
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`11.
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`,.1,'i 10, The method of clahn 10, vvherein detecting the relevant information message comprises
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`rnatching the sequence of the detected rdatt�d information nmssage \•Vith one of a set of
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`possible information message sequences.
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`12.
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`a co1nprisl�S infonnation nH:�ssage the relevant 101 The method of any one of claims 9-11, vvherdn
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`related physical broadcast channel (PBCH), and the related PBCH furiJwr compdses related
`svstem information.
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`,,
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`13.
`wr The relatt�d information message is <.Hffen>nt for each OFmvl symbol that the related
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`information .message .ls transmitted by thE• rwt\•''>"'ork
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`node (2] 0), the rdated information
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`message includes an index, and the subframe timing is the index by the \Vireless device
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`(250). The method according to any one of claims 9 to 12, \'vhich is obtained by detecting.
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`14,
`each OFDM symbol in which the related rnessage is the same for u4 The related information
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`information message ls transmitted \Vithin a subframe by the net\vork node (210), and the
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`related inh-irmation message is such that the n.ilated inforrnation nwssage is the nehvork
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`node (2 l 0). 9. The related information message includes an index, and the frame timing is
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`acquired by detecting the index by the 1;,vireless device (250), which diffors for each subfranm
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`transrnitkd within the transrnlss.ion targd frame, The rnethod according to any one of 12 to
`12.
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`Apple EX1016 Page 1597
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`15.
`12-1TlH.� related information message indudes the related SSS, the index is a series index, and the
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`subfrmne timing is acquired by detecting the series index included in the rnlated SSS by the
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`v.iirdess device (250), The method according to daim l 1 or 13,
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`16.
`rm A claim that the related information message includes the related SSS, the index is a series
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`index, and the frame thning is acquired by detecting the series index included in the related
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`SSS by the \Vire less device (250}. Item 10. The method according to item 11 or 14.
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`17.
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`nci 12 or 13 or 1 5. ,vherein the related information rnessage includes the related system
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`information and the frame timing is obtained by detecting the index included in the related
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`systf�n1 information by the v,dreless device (250), The method dr,scribPd.
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`18.
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`142 In a wireless communication net\-vork (200) in which a network node (210) and a wireless
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`(250) and the net\vork nod€' (210) ar0 d1:.>vice (250) are s1:'t to op1:.�rate, the wireless devic1:'
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`relative to the \,virdess device {250). A net\.vork node (210) conflgurnd to transmit a first
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`sync signal and relah_>d information messagf'S for synchronization with, the first sync signal
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`being tvvo or more in a subfn.mK, In the N OFmvI symbols, the transmission is performed at
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`least once at the time-frequency position in each of the N OFD:tvl syrnbo!s, and the first
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`synchronization signal in the OFDJv1 syrnbol is transmitted for each trans1nission of the first
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`synchronization signal. Set to transmit relevant infonnation messages associated ,vlth the
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`first synchronization signal at a pnxlefined time-frequency position relative to the time­
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`frequency position of the synchronization signal. Nenvork node (210).
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`19
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`.tss Claimed that tJH,, first synchronization signal is a primary synchronization signal (PSS}, the
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`related information rnessage includes a second synchronization signal to ·which it is related,
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`and the second synchronization signal is a secondary synchronization signal (SSS}. Item 18.
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`The network node (21 O}.
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`20,
`information message (210) of claim 18 or 19, ,,vherein the n•levant
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`162 Thf� 1wt\\-'Ork nod1:.•
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`includes a relah�d physical broadcast channel (PBCH), and the related PBCH further contains
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`IPR2022-00468
`Apple EX1016 Page 1598
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`related systm-n information.
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`21.
`JIJ-.r.; The first sync s.ignal is further configured to transrnit .ln the beam stat1:.' and the related
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`information message to be transmitted using the sarne bea.m state as the first sync signal
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`associated \Vith the related information message. The network node (210) according to any
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`one of claims 18 to 20.
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`22
`.t 75 Thf.� related information message is different for each OFD!vl symbol in 1.,vhich the related
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`information .message .is set to be transmitted by the rnmvork node (21 0), the related
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`information message Includes an index, and the subframe tirning is the wireless device. The
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`net\vork node (2 l 0) according to any one of clailns 18 to 21, which can he obtained by
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`detecting the index according to (250).
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`23.
`JR3 The rnlated infonnatlon mr,:ssage is the sarne for each OFDl\.-1 symbol in which the related
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`inforrnation message is set to be transmitted within a subfrarne by the network node (210),
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`and the related information message is said to be the related information messagt:�. Is
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`different for each subframe set to be transrnltted within the transmission taT
`J1l�t frame hy Hw
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`network node (2, 10), the r1;.�lated inforrnation message indudl�S an index, and the frame
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`timing is the index b,Y the win-'1ess device (250). Tlw m�twork nock� (210) according to any
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`one of dahns 18 to 21, \Vbich can be obtained by detecting the above.
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`24,
`WJ The related information message includes the related SSS, the index is a series index, and the
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`subframe tirning can be obtained by dd.<:'.Cting the seriE's index included in the related SSS by
`the \•Vir1:ciless
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`device (250), The net\vork norfo (210) according to da!rn 19 or 22.
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`25,
`wg The related information message includes the related SSS, the index is a series index, and the
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`frame timing can be obtained hy detecting the series index induckid in the related SSS by the
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`vdreless device (250), The netvvork node (210) according to claim 19 or 23,
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`26.
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`?o:; ln a \.:Virdess communication nr,:t\•Vork (200) in \'Vhich a netv.'ork node (210) and a \'Virekss
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`IPR2022-00468
`Apple EX1016 Page 1599
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`<-k�vin� {2S0} are configured to operntt�, the rietv.?ork for synchronization of the wireh�ss
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`devic1:� (250) and the net\vork node (210). The wireless dt.'Vice (250), whkh ls set to detect a
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`first synchronization signal and related information message set to be transmitted by the
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`node (2 .l 0), by the netvvork node (210). The first synchronization signal set to he tnmsmitted
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`at least once at the time-frequency position ln each of the N OFDiv1 symbols in two or more N
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`OFDivt symbols in the subfran1e, The association of detecting and being associated with the
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`first synchronization signal at a predefined time-frequency position relative to the time­
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`frequency position of the detected first synchronization signaL A wireless device {250)
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`
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`configured to detect an infonnational nH,•ssage and to obtain subframe timing and / or frarne
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`
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`
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`tirning by detecting an index contained in the relevant informational inessage.
`
`27,
`21.9 Claimed that the first S)Itichronlzation signal is a primary synchronization signal (PSS), the
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`related information message includes a related second synchronizatinn signal, and the
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`second synchronization signal is a secondary synchronization signal (SSS}. Item 2G, The
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`\Virnless device (250),
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`28.
`220 27, The wireless device (250) of claim 27, wherein detecting the relevant Information
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`the sequence of the dett.�cted related information messag1:' \Vi th
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`messagt.� compris1:'S matching
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`one of a set of possible information rnessage seqtmnces.
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`29.
`za2 The wireless device (250) according to any one of claims 26 to 28, wherein the relevant
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`information mt�ssage includes a related physical broadcast channel (PBCH), and Hrn related
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`PHCH further contains related system .information.
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`30.
`23s The related information message ls different for each OFDJvl sy·mbol ln which the related
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`information 1m�ssage is set to he transrnitted by U-m net\vork node {210}, the related
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`information message .includes an index, and the wireless device (250) The vvireless device
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`(250)according to any one of claims 26 to 29, further configured to acquire subframe tirning
`
`hy detecting the .index_
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`3L
`2#, Tht� n�lated information 1m�ssage is the same for each OFDM symbol in which the relatt.�d
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`information messagP is sr,:t to l_w transrnitted within a sobfranw by thP nPr\'Vork node (210),
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`and the relat(�d informat.km rnessage is said to he the related information messagt�. Is
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`different. for each subfran1e set to be transmitted within the transmission target frame by the
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`network node (2 I 0), th1:.� rele-vant information message contains an imkx, and the \Vireless
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`device (250) detects the Index. 28-The vdrdess device (250) of any one of claims 26-29,
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`v.ihich is further configured to acquire frame tlm.ing.
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`32 ..
`l:"i(, The related inforrnation message includes the related SSS, the lndex is a seiies index, and the
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`in the series index included timing h_y detecting the subframe \•Vire!ess device (250) acquires
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`the related SSS. The \Nireless device (250) of claim 27 or 30, further configured.
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`and the \Vireless device (250) acquires the frame timing by detecting the series .index
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`included in the related SSS. The vdrdess devicr' (250) of claim 27 or 31, \'Vhich is seL
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`c:us Claim that the related infonnation message includes. the related systern inforrnation and the
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`included in the related systen1 inforrnation. 29 or 31 or 33. Thr, vvirdess device (250).
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`35.
`z-14 A computer program comprising an instruction to cm.1se at least one processor to perform the
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`method according to any one of claims 1 to 8 1.-vhen executed on at least one processoc
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`2m A computer in \'Vhkh a computer program including an Instruction for causing the at least one
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`processor to execute the method according to an)'' one of claims 1 to 8 when executed on at
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`leas!. one proressor is stored therein. Readable storage medium.
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`ws A computer program comprising an instruction to cause at least one processor to perform the
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`method according to any one of claims 9 to 17, \\'hen executed on at least one processor.
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`38.
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`Apple EX1016 Page 1601
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`wo A cornputm-in which a computer program comprising an instruction to caus<� the at h=>.ast one
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`processor to execute the method according to any one of daims H to 17 \vlwn l'Xl'Cuted on at
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`k.•ast one processor is stored tlwrein. Readable storagt:� medium.
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`DOCKET NO: l 1574US05
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`IN THE UNITED STATES PATENT & TRA.DEMARK OFFICE
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`IN RE APPLICATION OF
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`YllG-ESvVAR DEENOO
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`EXAMINER: OVEISSL MANSOUR
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`SERIAL NO: 16/099,390
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`FILED: NOVEMBER 6, 2018
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`GROUP A.RT UNIT: 2415
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`FOR: DISTRIBUTED CONTROL IN
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`In response to the Office Action dated April 8, 2021, the following is submitted in
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`Amendments to the claims begin on page 2 of this paper.
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`Remarks/arguments begin on page 7 of this paper.
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`IN Tf[E UNITED STATES PATENT & TRADEMARKOFF'ICE
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`Application Number 16/099,390
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`IPR2022-00468
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`IPR2022-00468
`Apple EX1016 Page 1605
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`Electronic Acknowledgement Receipt
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`Title of Invention:
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`DISTRIBUTED CONTROL IN WIRELESS SYSTEMS
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`First Named Inventor/Applicant Name: Yugeswar DEENOO
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`Multipart Description/PDF files in .zip description
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`Applicant Arguments/Remarks Made in an Amendment
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`Claims
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`IPR2022-00468
`Apple EX1016 Page 1607
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`Application No. l 6/099.390
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`Atiorney Docket No. 1 l574US05
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`Reply to OHi.c:e Ac:hon of April 8, 2021
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`REMARKS/ ARGUMENTS
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`Favorable reconsideration of this application, as presently amended and m light of the
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`following discussion, is respectfully requested.
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`Claims 1--40 were pending in the present application as of the outstanding Oflice
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`Action. Claim 1 is amended; and Claims 17-40 are canceled without pre;judice or disclaimer
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`by the present an1endment. No new ma1.1er is presented.
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`In the Office Action:
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`Claim 2 is rejected under 35 1:JS.C § l l2(a) or 35 U.S.C. § J 12 (pre-A.IA), first
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`paragraph, as failing to coi:nply with the written description requirement
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`Claims J -8 and 11 are rejected under 35 U.S.C. § 103 as being unpaten1.ahle over
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`Kubotaba et al (US 20J 6/0234736 A 1) in view of Sun et al. (US 2019/0124650 Al).
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`Claims 9-10 are rejected under 35 U.S C. § J 03 as being unpatentable over Kubotaba
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`in vievv of Sun and further in view of Kubotaba et al. (US 2017/0064691 Al-hereafter
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`Kubota-69 l).
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`Claims 12-16 are allowed. The allowance is acknowledged with appreciation
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`ln response, the rejection under 35 U.S.C. § l 12(a) is respectfully traversed. Present
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`Claim 2 is based on Claim 2 as originally filed. Under MPEP § 2 l 63 and the case law cited
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`therein, "[t]here is a presumption that an adequate written description of the claimed
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`invention is present when the application is filed." Therefore,
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`reasons why persons skilled in the art would not recognize in
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`the disclosure a description of the invention defined by the
`claims.
`••· 1· -If-' 1 .•i , -i41 F' 2:l --,57 26.., 191 US 1> (>
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`G( q7 ·c• C n � 1()76)
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`.. , c1t1ng n re , ertnf,.ni, -- . l �- , , .J, _
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`In light of original Claim 2 and of the above-noted
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`presumption, the Office Action
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`does not satisfy the burden of presenting such evidence or reasons. A.lso, by definition, \vhat
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`Application No. l 6/099.390
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`Atiorney Docket No. 1 l574US05
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`Reply to OHi.c:e Ac:hon of April 8, 2021
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`was originally filed is not new matter. Accordingly, reconsideration ,md withdrawal of that
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`ground of rejection are respectfully solicited.
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`It is forth.er submitted that the present dairned invention would not have been obvious
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`over the applied art. Present Claim l recites, inter alia,
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`determine v,-hether a transmission of the one or more SI
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`message from the communication network will utilize at least
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`one beamft)m1ed. comrrnmication or a non-beamformed
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`commumcation based on one or more commi..mication
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`parameters, wherein the one or more comnnmication
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`parameters include a frequency hand of the transmission or a
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`quality of a dovv11link signal;
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`receive at least one of the one or more Sl messages
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`from the communication network via the at least one
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`beamformed. commi..mication or the non-beamformed
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`communication in accordance vvith a result of determining
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`whether the transmission of the one or more SI message from
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`the communication network vvill utilize the at least one
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`beamformed. commi..mication or the non-beamformed
`communication.
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`The Office Action acknowledges that Kubotaba does not explicitly teach non­
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`heamformed communication but instead applies Sw1. However, Sun does not teach or suggest
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`to determine whether a trnnsmission of the one or n1.ore SI message from the communication
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`network will utilize at least one beamformed corrnnunication or a non-heamfonned
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`comnnmication