Please enter the search related information in the fields below. Partial information works, e.g. "SP-21" in the "tdoc" field lists all TSG SA documents from 2021. Regular expressions mostly work in all fields (e.g. "2[34].501" in the "Spec" field lists all documents related to 23.501 and 24.501. Capitalization is disregarded, i.e. "3GPP" gives the same results as "3gpp".

Download results in JSON format

tdoc Title Type / Revs Source Spec / CR S/WID Release Meeting Status Links
R1-1812259 Low PAPR RS discussion ZTE R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812326 Discussion on low PAPR RS discussion vivo Rel-16 R1-95

AI: 7.2.8.5

noted [WTS] [JSN]
R1-1812352 Low PAPR RS discussion MediaTek Inc. R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812510 Low PAPR reference signals discussion

revised to R1-1813892

Intel Corporation Rel-16 R1-95

AI: 7.2.8.5

revised [WTS] [JSN]
R1-1812584 Discussions on low PAPR RS discussion LG Electronics R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812638 Discussion on the RS PAPR issue discussion CATT R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812657 Discussion on low PAPR RS discussion NEC NR_eMIMO Rel-16 R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812688 Discussion on PAPR for CSI-RS and DMRS other Huawei, HiSilicon R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812808 Discussion on RS enhancement for PAPR reduction discussion OPPO R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812851 Remaining Issues of PAPR in NR discussion AT&T R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1812889 Discussion on low PAPR RS discussion CMCC R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813006 View on Low PAPR RS discussion Samsung R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813086 Low PAPR Reference Signals discussion

revised to R1-1900215

Indian Institute of Tech (H) R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813136 On low PAPR RS in NR MIMO in Rel. 16 discussion Panasonic R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813262 Further details on RS PAPR reduction discussion Ericsson R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813445 Lower PAPR reference signals discussion

revised to R1-1813898

Qualcomm Incorporated Rel-16 R1-95

AI: 7.2.8.5

revised [WTS] [JSN]
R1-1813492 Discussion on Low PAPR RS discussion Nokia, Nokia Shanghai Bell R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813892 Low PAPR reference signals discussion

revision of R1-1812510

Intel Corporation Rel-16 R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813898 Lower PAPR reference signals discussion

revision of R1-1813445

Qualcomm Incorporated Rel-16 R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1813982 Feature lead summary of low PAPR RS discussion

revised to R1-1814012

Ericsson NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

revised [WTS] [JSN]
R1-1814012 Feature lead summary#2 of low PAPR RS discussion

revision of R1-1813982

Ericsson NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

noted [WTS] [JSN]
R1-1814108 Summary of offline discussion on low PAPR RS discussion Ericsson NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

withdrawn [WTS] [JSN]
R1-1814109 Feature lead summary #3 on low PAPR RS discussion Ericsson NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

noted [WTS] [JSN]
R1-1814139 Draft WF on Length-12, length-18, and length-24 CG sequences for pi/2 BPSK discussion

revised to R1-1814179

Qualcomm Incorporated NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

revised [WTS] [JSN]
R1-1814179 WF on Length-12, length-18, and length-24 CG sequences for pi/2 BPSK discussion

revision of R1-1814139

revised to R1-1814205

Qualcomm NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

revised [WTS] [JSN]
R1-1814203 Feature lead summary #4 on low PAPR RS discussion Ericsson NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

not treated [WTS] [JSN]
R1-1814205 Joint proposal on Length-12, length-18, and length-24 CG sequences for pi/2 BPSK discussion

revision of R1-1814179

Qualcomm, Intel, ZTE, Sanechips, Huawei, HiSilicon, IITH, CEWiT, Reliance Jio, IITM, Tejas Networks NR_eMIMO-Core Rel-16 R1-95

AI: 7.2.8.5

noted [WTS] [JSN]

27 documents (0.3493058681488 seconds)