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[STDS-802-11-TGAX] Figures



Hello All,

 

I’m looking for the Visio source for the figures below. If you have any please send them to me.

 

Figure 10-ax1—Example of MU-RTS/CTS/DL MU PPDU/Acknowledgement Response and NAV setting

Figure 10-ax2—Example of MU-RTS/CTS/Trigger/HE trigger-based PPDU/Multi-STA BlockAck and

NAV setting

Figure 10-ax3—Example of MU-RTSand CTS responses on the primary 40 MHz channel

Figure 10-ax4—An example of a TXOP containing an HE MU PPDU transmission with an immediate UL

OFDMA acknowledgement

Figure 10-ax5—An example of a TXOP containing an UL MU transmission with an immediate DL MU transmission containing unicast BlockAck frames acknowledging the frames received from the respective STAs

Figure 10-ax6—An example of a TXOP containing UL MU transmissions with an immediate Multi-STA

BlockAck (M-BA) frame acknowledging the MPDUs that were correctly received from each STA. The UL

MU transmission may be OFDMA or MU-MIMO

Figure 10-ax7—An example of a TXOP containing UL MU transmissions with an immediate DL non-HT

duplicate PPDU containing the M-BA frame. The UL MU transmissions may be OFDMA or MU-MIMO44

Figure 10-ax8—An example of a TXOP containing UL MU transmissions with an immediate OFDMA HE

MU PPDU containing Multi-STA BlockAck frames. The UL MU transmissions may be OFDMA or MUMIMO

Figure 10-ax9—Example of a frame exchange with GCR block ack retransmission policy

Figure 10-ax10—Example of broadcast TWT operation

 

Figure 25-1—Illustration of the UL OFDMA-based random access procedure

Figure 25-2—An example of cascading sequence of MU PPDUs

Figure 25-3—An example of the HE sounding protocol using MU operation

Figure 25-4—Illustration of Trigger frame (TF) Start Time in Beacon frame for power save operation with

random access operation

 

 

Figure 26-14—Illustration of OFDM and OFDMA concepts

Figure 26-15—RU locations in a 20 MHz HE PPDU

Figure 26-16—RU locations in a 40 MHz HE PPDU

Figure 26-17—RU locations in an80 MHz HE PPDU

 

Figure 26-22—Data tone constellation of HE-SIG-A symbols

Figure 26-23—HE-SIG-B field encoding structure in each 20 MHz

Figure 26-24—HE-SIG-B content channel for a 20 MHz PPDU

Figure 26-25—HE-SIG-B content channel for a 40 MHz PPDU

Figure 26-26—Default mapping of the two HE-SIG-B channels and their duplication in an 80 MHz PPDU

Figure 26-27—Default mapping of the two HE-SIG-B channels and their duplication in a 160 MHz PPDU

Figure 26-28—Illustration for the mapping of the 8-bit RU allocation subfield and the position of the user field to the STA's assignment

 

-Robert

 

 

 

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