EDMG of SU PPDU transmission Figure 129 the transmitter blocks used to generate the EDMG of SU PPDU. Editor: change the text as page 283, line 11, [2] Figure129—Transmitter block diagram for EDMG of SU PPDU transmission Editor: change the text as below, page 283, line 14, [2] 30.5.3.3.3 EDMG of MU PPDU transmission Figure 130 shows the transmitter blocks used to generate the EDMG of an MU PPDU. Editor: change the text as below, page 284, line 6, [2] Figure 130—Transmitter block diagram for EDMG of an MU PPDU transmission CID 1930, 1932, 2177 Comment: It is not clear what this sentence means: "However, transmitter keeps the common space-time streams numeration over all users." Figure 130 shows that, for each user, Nss and N_STS <=2. But there is no description in the test. No reference to EDMG-Header-B in text Proposed change: Explain or rephrase this sentence: "However, transmitter keeps the common space-time streams numeration over all users." Add a sentence to indicate Nss and <=2 Change text to: "The PPDU encoding uses seed values in EDMG-Header-B as defined in 30.5.6, and......user." Resolution: Revised. Editor: change the text as below, page 283, line 19, [2] Figure 130 shows the transmitter blocks used to generate the EDMG portion of an MU PPDU. The EDMG-STF and EDMG-CEF fields are generated using the Preamble builder block. The TRN field is generated using TRN builder block. The EDMG-Header-B and Data field of the PPDU are generated using scrambler, LDPC encoder, constellation mapper, interleaver, and GI insertion blocks. The PPDU encoding uses seed value defined in and has independent flow per user.If STBC encoder is applied, then a single spatial stream is mapped to two space-time streams as defined in 30.5.9.5.3. The NSTS space-time streams are further mapped to NTX transmit chains, where NSTS NTX. ≤
EDMG of SU PPDU transmission Figure 129 the transmitter blocks used to generate the EDMG of SU PPDU. Editor: change the text as page 283, line 11, [2] Figure129—Transmitter block diagram for EDMG of SU PPDU transmission Editor: change the text as below, page 283, line 14, [2] 30.5.3.3.3 EDMG of MU PPDU transmission Figure 130 shows the transmitter blocks used to generate the EDMG of an MU PPDU. Editor: change the text as below, page 284, line 6, [2] Figure 130—Transmitter block diagram for EDMG of an MU PPDU transmission CID 1930, 1932, 2177 Comment: It is not clear what this sentence means: "However, transmitter keeps the common space-time streams numeration over all users." Figure 130 shows that, for each user, Nss and N_STS <=2. But there is no description in the test. No reference to EDMG-Header-B in text Proposed change: Explain or rephrase this sentence: "However, transmitter keeps the common space-time streams numeration over all users." Add a sentence to indicate Nss and <=2 Change text to: "The PPDU encoding uses seed values in EDMG-Header-B as defined in 30.5.6, and......user." Resolution: Revised. Editor: change the text as below, page 283, line 19, [2] Figure 130 shows the transmitter blocks used to generate the EDMG portion of an MU PPDU. The EDMG-STF and EDMG-CEF fields are generated using the Preamble builder block. The TRN field is generated using TRN builder block. The EDMG-Header-B and Data field of the PPDU are generated using scrambler, LDPC encoder, constellation mapper, interleaver, and GI insertion blocks. The PPDU encoding uses seed value defined in and has independent flow per user.If STBC encoder is applied, then a single spatial stream is mapped to two space-time streams as defined in 30.5.9.5.3. The NSTS space-time streams are further mapped to NTX transmit chains, where NSTS ≤ NTX.
11-18-0308-01-00ay-cid-resolution-part-v.docx