domain HE modulated qualifications (or IEEE delete it if the field signals summed spec specifies over all transmit chains these powers should not exceed the clearly in other total power of places and the the time domain pre-HE line is redundant) modulated field signals summed over all transmit chains." may not be true for extended range PPDUs with boosted LTFs etc. 9173 SUNGEUN 270.14 Change The GI parameter in Eq LEE (28-10) based on It is resolved by to the resolution of P802.11ax D1.0 is in L-LTF CID4907 in doc wrong. It should be equation for TGI,L-LTF is 0, i.e., Eq. (28-10) based on P802.11ax D1.0 9176 SUNGEUN 272.05 The summation for Change LEE summation iBW should be from 0 to It is resolved by bound of iBW the resolution of N_20MHz-1 from N20MHz to CID10403 in doc N20MHz-1 for equation, ie.g., Eq (28-13) noh 314.01 As in the clarify the setence comment. It is resolved by below how to the resolution of recommended. CID8990 in doc "When a 1x, 2x or 4x is transmitted, it is recommended that the spatial mapping matrix applied to HE-STF and beyond is chosen such that it preserves the smoothness of the physical channel, achieved by limiting the variation of each element's real and imaginary values in the spatial mapping matrix across successive within one RU."
domain HE modulated field signals summed over all transmit chains should not exceed the total power of the time domain pre-HE modulated field signals summed over all transmit chains." may not be true for extended range PPDUs with boosted LTFs etc. qualifications (or delete it if the spec specifies these powers clearly in other places and the line is redundant) IEEE 9173 SUNGEUN LEE 270.14 The GI parameter in Eq (28-10) based on P802.11ax D1.0 is wrong. It should be TGI,L-LTF Change to in L-LTF equation for is 0, i.e., Eq. (28-10) based on P802.11ax D1.0 It is resolved by the resolution of CID4907 in doc 9176 SUNGEUN LEE 272.05 The summation for iBW should be from 0 to N_20MHz-1 Change summation bound of iBW from N20MHz to N20MHz-1 for equation, ie.g., Eq (28-13) It is resolved by the resolution of CID10403 in doc noh 314.01 clarify the setence below how to recommended. "When a 1x, 2x or 4x is transmitted, it is recommended that the spatial mapping matrix applied to HE-STF and beyond is chosen such that it preserves the smoothness of the physical channel, achieved by limiting the variation of each element's real and imaginary values in the spatial mapping matrix across successive within one RU." As in the comment. It is resolved by the resolution of CID8990 in doc
11-17-0993-01-00ax-comment-resolutions-on-data-field.docx