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`(34) Title: METHOD AND DEVICE FOR PROCESSING SIDELINK CAPABILITY INFORMATION IN WIRELESS COMMUNI-
`CATION SYSTEM
`
`(54) 299] 94: eA ASH Abo Eee a eS BS Aes7] HebRA!
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`- 800
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`UE Capability Enquiry
`(sidelink rat type)
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`sidelink rat type
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`a4 arra
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`
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`UE Capability Information
`(sidelink rat type, feature set)
`
`
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`815
`
`800 ... Terminal
`813 ... sidelink rat type-based sidelink capability information
`configuration
`850 ... Base station
`811... UE Capability Enquiry (sidelink rat type)
`615 ... UE Capability Information (sidelink rat type, feature set)
`
`(57) Abstract: A terminal in a wireless communication system,
`according to one embodimentof the present disclosure, compris-
`es: a transmission/receptionunit; and at least one processor con-
`nected to the transmission/reception unit, wherein theat least one
`processor receives, from a base station, a UECapabilityEnquiry
`message including at least one among Rat-Type information or
`frequency information, and transmits capability information of
`the terminal to the base station on the basis of the Rat-Typein-
`formationor frequency information, wherein the Rat-Type infor-
`mation is associated with at least one among new radio (nr), eu-
`tra-nr, or eutra, and the frequency information may be associated
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`PCT/KR2021/000469
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`PCT/KR2021/000469
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`PCT/KR2021/000469
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`PCT/KR2021/000469
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`WO 2021/145671
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`PCT/KR2021/000469
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`{
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`

`

`WO 2021/145671
`
`PCT/KR2021/000469
`
`TtS120, 130) 8) Ai (beam search) E4= ¥) #2] (beam management) #1 4}=
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`[65]
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`WO 2021/145671
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`10
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`11
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`

`

`WO 2021/145671
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`12
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`WO 2021/145671
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`PCT/KR2021/000469
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`13
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`[94]
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`WO 2021/145671
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`14
`
`3=e °1 (radio frame)(500)2] 2 °}= 10ms= 41 2] = == glch.abeOdSF oly 2]
`AA AS UAE ABWET Subearrien1. Za] Al AH Al
`tH 4 (Transmission bandwidth) 2] tH 92-2 = N pw 7H 2] AE2] o] S(525)S
`EGESE == BITE. N gyms N pw ooSI 5.)9191ral Al 2 Hol ape} 7} A Oe
`
`[96]
`
`[97]
`
`[98]
`
`[99]
`
`AB] = 9
`*| Zb--F abAA) AAS] viz EAS AY] 2 A(resource element, RE)
`(510)=4] ©]4= OFDM #4! = @1 a) 4% H+ DFT-S-OFDM 4] 1a ~ @
`ARBAB MAAS ues r gic}, z}+-2] 4=-(resource block, RB(515)
`Te AOANpp FHS]2x] U2] 0}(520% BOs = a
`wr4} oe EOE) S|] Aa Ag WSs = RB SoH, NR AZOAT
`AQHA ©ON cy = 14, N pp = 12 OF EF.
`5 52} ZS EA Al ZhaARS] AE Us SIE] Bo] 229] 4B SC}, HES,
`52} GS FA ALAFUE APS Falis APOE =o] & FAL SEA] 4-2-2 =F
`git}
`Soa & WAS] S AA Ao OS Apel ea Salo] Ast Aleee] JS
`SA] SEcH.
`] 6a Apo] 2B St GS (620a, 620b)°] 7] 4) (610)2] AA el2) Hol] Aaah
`Wie 2-9-1 el-71 H] Ee] A] (in-coverage) 4] 4+ 24]9.S oA] ehcp. AFO] Sd =.
`tet S (620a, 620b) 7) 4) 7 (610). 2 77 E] 6+6 (downlink, DL)S = 4
`Woe] 2 Alo ARS PASAY, 714 oS AH SF(uplink, US =]al
`Ao} E] 2 alo ALS S4l]|— arp. eo} a, alole] 2 alo] AS ApolaWa
`SAS Hs ole 2 ale ABA, BE AEC S SAS] ofA Bera el
`asc] SAlS 2 et Bole] BR alo] AES + Blech. HS, E 6ael]A] AFO] SPs
`Ww S (620a, 520b)-2 AAP EY aS Sa APOE SAS Het Fle] B
`alo] ABS #241 4 = 2h
`& 6b B AHAle] S 4A] al)of] of= Apo] == -S-Alol] cH St Alez] 22] ofS
`TA] Se},
`&6bS HAY, ApoE Ba GES = All AH20a)= 71] 4) +7610) 2]
`A 2) A] lol) S14) Spat a2 4 (620b)= 7] 4) (610)2] A 2] 4) Fol]
`HA) SHS FEA 4] 71H] ] A] (partial coverage)2] @-?-= A] Skt. 7] 4] (610) 2]
`AB ey 4) Uo) S14) & AL A 2(620a)e 7IZAFLSE SAAS Ss
`oe] R Ald ARS HAs 7/4)eS AeGas Seal Tole] Rayo
`QS SAS - Ut. VIZ (6102) AB ey A) Bol) P14) SE ai} (6206) =
`7A, Ho BBE SEABAS Ba cole] S Ao] AHS Sree QVeow,
`AS oe AEB AS Say oole] 2oe] Aes HSAs = Qe. 2
`2(620b)-= 411 Yt(620a)s} APOE SAS Sa APOE WA SAS $e
`HOE] 2 Alo ABS S-p4l S - QrH.
`6c # WAS] JS AA] Aol HS Apel asa SAlo] Ue AUeee] ys
`
`[100]
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`[101]
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`[102]
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`

`

`WO 2021/145671
`
`PCT/KR2021/000469
`
`15
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`[103]
`
`[104]
`
`[105]
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`[106]
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`[107]
`
`SA] SETH,
`i 6c8 HASH, AOE BS ASS (4: All A2(620a), 42 1 Y(620b))°]
`Wit
`Oo =
`7| XH] Ae] x) Foy 9] a] et ALS UEP ACH.whey, AL 20a) B Al
`441(620b) 2 714) SSPE] SIA AS Se] Uole] 2 alo APS HAs +
`Bey, 72) -elH Seas Sal Hole 2 alo ARS SAlS + Wet. Al
`Ss
`i(620a) 2 42 4(620b) Se APOE BAS Sa AoE a SAS Het
`Ho} E] B alo] AS SAB Al aS | Qh.
`6d B AWAle] S BA) do) eS ApoE Ba S Alloy Het Al U4 eo 2] WS
`Al] at},
`= 6dS AAS, AUER ASA SAS HUSE Al A2(620a) Z a2
`—2(620b)°] 4 & = 7) 4) S (4: Al 7141-6 10a), Al2 71 217(610b)) 7]
`Ala APEY (A: RRC AA Abe) ES ASI APEC: RRC AA aa] 2 ey, S, RRC
`o+°] S(idle) AEH) = SI E]-(inter-cell) AhOJ EM a SAIS Yet — Qc}. of AH,
`A] 1 &b2(620a)= APOE Wa SAL GPO] aL a2 (620d) = APOE AS Al
`Tre) == cp, HES, AL 43(620a)°] APOE W a =eEPO] ar a2
`(2(620b)- = APOE Ba SA ASS = Bich. All 2(620a)= ZbAlO]
`41STEAALS] AB Stal WA) 7]24)6l0ODL BFE AOIE Ba AS
`SIB(system information block)=& Pale + BOF, A]2 2(620b)= AAI O]
`A STE ZEA] ANY opal QUs=) HE CHS 7] A] (620d) 2 BFE] APO] EG aL
`AS SIBS 4) & == Sle}. o] a, All 2(620a)°] <P A St APO} Ed a AS
`SIB2] 4H 2} A]2 2(620b)°] —F41S APOE Wal AS SIBS] QH7AAS
`Ayo] & = Qh ep, UpepAq, ASL CEE Aol] 94) SF AS Zb APOE Ma SAS
`FP Vs7| HAASE ARS SIs Ba27t gry.
`Ale Sk & 6a 4] & 6d2] ISA, 2BVe| We
`Ay 1 et 24(610a), A]2 <b(620b)) = FA S] APOE
`ABoBoupy, =H HAS Oo) ap ete] 4) Far, 2 ote] AUSo] FH Se
`Apo) TS aA) Zo ER 4S = QU}. HES, 7] A] 57 (610, 610a, 610b) =}
`ALO] © a EE (620a, 6206)2] ARSE] St! SE SFA A= Ua ME MO AZz
`ZA\Al el <p Glan, ApolEa Wa Ges Zs] Apo Eaat= PC-5 VE MO AS
`A| Al el == lc}.
`0] s+ SYA, 2a a TE SHY at BZ Un clef Ola
`Apo] 3Ja 2 post £83 4 Veh.
`Sb, SALONA, BES ARSE OZ Al (vehicular-to-vehicular, V2V)& | {1 S6}=
`Ale, ape al A} Zt -S-Al(vehicular-to-pedestrian, V2P)& 4] 213H= 2FeF HE
`Haze] ALAA: ATES), ARs UESt Zt SAl(vehicular-to-network,
`V2N)-& 4) SSS SE HES a}ET} OC] = el}A E =) A (infrastructure) 7+
`“6 2l(vehicular-to-infrastructure, V2I)-& 4] Gséhs= ARES S|] St <= Qk}, HE St
`AMAL WAL RES, ESE 7) SS 4} 2} St RSU(road side unit), 7] 4) 7) "SS 42} St
`RSU, 32 714-7 Zle2] SH Rees 7 So] AHS TAS RSUS 2B) S +
`
`

`

`WO 2021/145671
`
`PCT/KR2021/000469
`
`16
`
`roDA
`
`[108]
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`[109]
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`[110]
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`[111]
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`[112]
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`[113]
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`[114]
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`ro
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`tae be Tbs SB MAS] A AlaUS Abo] ada ele] AS BAS
`13 s}7| 7] et So] cy.
`Al A] OE, Se Jats FU 7 2 Ecunicast) YA] -S, % Tbe 144-7] 2 FE(groupcast)
`WA} -S LEERY,
`E7as HASH, SA BE720a)4 4) AEE20b)S V--2! SAS
`<= ot == BIT. 7aet ZS AS BATS FU 7 AE(unicast) A) ©] 2}a
`AZ| Al BU. EB Tbs HAS, SA AH(720a HE 720d) 7} -F A)
`WS S(720b, 720c, 720e, 720f, 720g) 2 S2-d-HAjz SAse +A - Ar. =
`The} ZS ALS WAS 149-7 2 E(egroupcast) Ex= YE) 712 E(multicast) =
`A) al Sb > QT}. & Theol} A], Al EE (720a), A 2 YE =E(720b), Al3 YE (720c)°]
`StL} 2] 134(group)S B79 s-3l, LHAAE SAS FHYS,4 (720d),
`ANS %(720e), Al6 TA(7206)