IEEE 802.11-17/0322r1 BRP Transmit Sector Sweep Protocol

Slide Note
Embed
Share

This presentation introduces a sector sweep protocol for beamforming training using BRP frames in IEEE 802.11-17/0322r1 standard. The protocol aims to enhance the efficiency of transmit sector sweep processes for devices with multiple antennas/subarrays, operating over specified frequency channels. It leverages in-packet training concepts for improved performance.

aseml
aseml Follow

Uploaded on Sep 25, 2024 | 1 Views

Download Presentation

Please find below an Image/Link to download the presentation.

The content on the website is provided AS IS for your information and personal use only. It may not be sold, licensed, or shared on other websites without obtaining consent from the author. Download presentation by click this link. If you encounter any issues during the download, it is possible that the publisher has removed the file from their server.

E N D

Presentation Transcript

  1. March 2017 doc.: IEEE 802.11-17/0322r1 BRP Transmit Sector Sweep Date: 2017-03-07 Authors: Name Claudio da Silva Affiliations Intel Address Phone email claudio.da.silva@intel.com Carlos Cordeiro Jonathan Kosloff Artyom Lomayev Miki Genossar Tom Harel Submission Slide 1 Claudio da Silva, Intel

  2. March 2017 doc.: IEEE 802.11-17/0322r1 Abstract This presentation describes a sector sweep BF training protocol which uses BRP frames. Submission Slide 2 Claudio da Silva, Intel

  3. March 2017 doc.: IEEE 802.11-17/0322r1 Proposed BF Protocol Features This presentation proposes an efficient sector sweep BF protocol flow with the following key features: It allows very efficient BF flow in terms of time consumption, which is critical for STAs equipped with multiple antennas/subarrays Allows for transmit sector sweep over the bonded channel when the initiator and responder operate on a 4.32 GHz, 6.48 GHz, or 8.64 GHz channel The proposed protocol is based on the BRP concept, i.e. in-packet training, rather than packetized BF Submission Slide 3 Claudio da Silva, Intel

  4. March 2017 doc.: IEEE 802.11-17/0322r1 Proposed flow A BRP TXSS procedure starts with the transmission of a BRP frame which indicates the need for transmit sector sweep by the initiator. After receiving confirmation of the BRP TXSS request from the responder, the initiator transmits EDMG BRP-TX packets to perform transmit sector sweep using each of its DMG antennas, and the process is repeated for each DMG antenna of the receiver. The last packet of a BRP TXSS contains feedback of the corresponding procedure based on measurements performed by the responder during the reception of EDMG BRP-TX packets. Submission Slide 4 Claudio da Silva, Intel

  5. March 2017 doc.: IEEE 802.11-17/0322r1 Proposed flow: Setup An initiator starts a BRP TXSS procedure by sending a BRP frame with the TXSS-REQ field in the EDMG BRP Request element set to 1 and the TXSS-SECTORS field set to indicate the total number of transmit sectors the initiator uses in the BRP TXSS procedure combined over all of its DMG antennas. The FBCK-REQ subfield in the DMG Beam Refinement element carried within the BRP frame shall be set to 10001 (binary) (SNR and Sector ID Order Requested). To confirm the BRP TXSS execution, the responder shall respond with a BRP frame containing a DMG Beam Refinement element with the BRP-TXSS-OK subfield set to 1. Submission Slide 5 Claudio da Silva, Intel

  6. March 2017 doc.: IEEE 802.11-17/0322r1 Proposed flow: Execution The initiator shall then transmit Ninit,TX EDMG BRP-TX packets per each DMG antenna of the responder. The total number of sectors trained in the Ninit,TX EDMG BRP-TX packets sent is N, where N is equal to the value of the subfield TXSS-SECTORS in the EDMG BRP Request element sent in the BRP frame that started the procedure. If the responder has more than one receive DMG antenna, the initiator repeats the transmission of the Ninit,TXEDMG BRP-TX packets for the number of DMG antennas indicated in the last negotiated Number of RX DMG Antennas field transmitted by the responder to the initiator. Submission Slide 6 Claudio da Silva, Intel

  7. March 2017 doc.: IEEE 802.11-17/0322r1 Proposed flow: Feedback The BRP frame with feedback sent by the responder shall have the BRP-TXSS-response subfield within the DMG Beam Refinement element set to 1. The feedback type sent by the responder shall be as requested in the FBCK-REQ subfield in the DMG Beam Refinement element present in the BRP frame that started the procedure. Submission Slide 7 Claudio da Silva, Intel

  8. March 2017 doc.: IEEE 802.11-17/0322r1 PPDU Transmission/Reception All fields except for the TRN field of EDMG BRP-TX packets used in BRP TXSS shall be transmitted with the same DMG antenna and antenna configuration used in the transmission of the BRP frame that started the BRP TXSS procedure. The TRN field of EDMG BRP-TX packets used in BRP TXSS may be transmitted with a different DMG antenna than the one used in the transmission of the remaining fields of the same EDMG BRP-TX packet. All fields of EDMG BRP-TX packets used in BRP TXSS except for the TRN field shall be received with the same DMG antenna and antenna configuration used in the reception of the BRP frame that started the BRP TXSS procedure. The TRN field of EDMG BRP-TX packets used in BRP TXSS may be received with a DMG antenna that is not the same one used in the reception of the remaining fields of the same EDMG BRP-TX packet. The TRN field of EDMG BRP-TX packets used in BRP TXSS may be received with either a quasi-omni receive pattern or a directional antenna pattern. Submission Slide 8 Claudio da Silva, Intel

  9. March 2017 doc.: IEEE 802.11-17/0322r1 Transition Interval The first TRN-Unit in an EDMG BRP packet used in a BRP TXSS may be used for the initiator and responder to switch DMG antennas and shall not be processed by the responder. Therefore, for EDMG BRP-TX packets transmitted during BRP TXSS, the value of the TXVECTOR parameter EDMG_TRN_LEN shall be set to k + 1, where k is the number of TRN-Units used for sector sweep. When transmitting an EDMG BRP-TX packet as part of a BRP TXSS, an EDMG STA may change the DMG antenna used in the transmission of its TRN field during the first TRN-Unit and shall not change DMG antenna during the remaining TNR-Units. When receiving EDMG BRP-TX packets as part of BRP TXSS, an EDMG STA may change the DMG antenna used in the reception of the TRN field during the first TRN- Unit and shall not change DMG antenna during the remaining TNR-Units. Submission Slide 9 Claudio da Silva, Intel

  10. March 2017 doc.: IEEE 802.11-17/0322r1 Feedback Transmission/Reception The BRP packet sent by the responder with feedback of a BRP TXSS shall be transmitted with the same DMG antenna and antenna configuration used in the transmission of the first BRP frame sent by the responder in the BRP TXSS procedure. The BRP packet sent by the responder with feedback of a BRP TXSS shall be received by the initiator with the same DMG antenna and antenna configuration used in the reception of the first BRP frame sent by the responder in the BRP TXSS procedure. Submission Slide 10 Claudio da Silva, Intel

  11. March 2017 doc.: IEEE 802.11-17/0322r1 Reciprocity The subfield TXSS-REQ-RECIPROCAL within the EDMG BRP Request element in the BRP frame sent by the initiator to start the BRP TXSS may only be set to 1 only if: The Antenna Pattern Reciprocity subfield in the DMG STA Capability Information field of the responder and the Antenna Pattern Reciprocity subfield in the DMG STA Capability Information field of the initiator are both equal to 1; and The last BRP TXSS performed between the BRP frame transmitter (that is, the initiator in the current BRP TXSS) and the BRP frame receiver (that is, the responder in the current BRP TXSS) was performed with the BRP frame transmitter in the role of responder and the BRP frame receiver in the role of initiator. Submission Slide 11 Claudio da Silva, Intel

  12. March 2017 doc.: IEEE 802.11-17/0322r1 Reciprocity If the subfield TXSS-REQ-RECIPROCAL within the EDMG BRP Request element in the BRP frame sent by the initiator to start the BRP TXSS is equal to 1, then: The initiator shall only transmit EDMG BRP-TX packets using the DMG antenna corresponding to the best sector identified in the last BRP TXSS procedure between the two STAs and that was initiated by the responder of the current BRP TXSS procedure. The responder shall use a directional antenna pattern when receiving the EDMG BRP-TX packets sent by the initiator. The AWV used by the responder shall be the best sector identified in the last BRP TXSS procedure between the two STAs and that was initiated by the responder of the current BRP TXSS procedure. Submission Slide 12 Claudio da Silva, Intel

  13. March 2017 doc.: IEEE 802.11-17/0322r1 Reciprocity When the subfield TXSS-REQ-RECIPROCAL within the EDMG BRP Request element in the BRP frame sent by the initiator to start the BRP TXSS is set to 0, then: The total number of AWV combinations trained shall be equal to the sum of all sectors employed on all DMG antennas of the initiator multiplied by the number of DMG antennas of the responder. The responder shall use a quasi-omni pattern when receiving the training field of EDMG BRP-TX packets used in the procedure. Submission Slide 13 Claudio da Silva, Intel

  14. March 2017 doc.: IEEE 802.11-17/0322r1 Proposed IFSs Proposed IFSs: Submission Slide 14 Claudio da Silva, Intel

  15. March 2017 doc.: IEEE 802.11-17/0322r1 References Submission Slide 15 Claudio da Silva, Intel

Related


Plane Sweep Algorithms in Computational Geometry

Plane Sweep Algorithms in Computational Geometry

gnid
IEEE 802.11-19-0202/r1 TGbd Agreed Terminology and Requirements

IEEE 802.11-19-0202/r1 TGbd Agreed Terminology and Requirements

valerio
Proposed Approach for MAC Address Assignment in IEEE 802.11

Proposed Approach for MAC Address Assignment in IEEE 802.11

adlai
Suitability of IEEE 802.11ah for LPWAN Applications Analysis

Suitability of IEEE 802.11ah for LPWAN Applications Analysis

milia
IEEE 802.1CQ: Address Assignment and Validation Protocols

IEEE 802.1CQ: Address Assignment and Validation Protocols

coia227
IEEE 802.11-20/1761r1 Ranging Protocol for 11bd

IEEE 802.11-20/1761r1 Ranging Protocol for 11bd

ted
IEEE 802.11-23/1288r0 Bandwidth Utilization Proposal

IEEE 802.11-23/1288r0 Bandwidth Utilization Proposal

kareem
Enhancing Wireless Spectrum Efficiency with Distributed-Tone Resource Units in IEEE 802.11

Enhancing Wireless Spectrum Efficiency with Distributed-Tone Resource Units in IEEE 802.11

honora
IEEE-SA Fellowship Program at IEEE 802 Plenary March 2019 Schedule

IEEE-SA Fellowship Program at IEEE 802 Plenary March 2019 Schedule

jshah
IEEE 802.11-IETF Liaison Report May 2024

IEEE 802.11-IETF Liaison Report May 2024

djai
Understanding Line Sweep Algorithms in Geometry

Understanding Line Sweep Algorithms in Geometry

zealand
Understanding Dynamic Measurement of Viscoelastic Foods

Understanding Dynamic Measurement of Viscoelastic Foods

favor
Evolution of Standards: IEEE 802.11 and 802.1D Relationship

Evolution of Standards: IEEE 802.11 and 802.1D Relationship

amethyst
IEEE 802.11-23/2092r2 AIML Report Summary

IEEE 802.11-23/2092r2 AIML Report Summary

eudora
IEEE 802.11-23-1689r1 Vice Chair Report - November 2023 Plenary Session

IEEE 802.11-23-1689r1 Vice Chair Report - November 2023 Plenary Session

tina
IEEE 802.11-20/0021-00 Priority Access Support for NS/EP Services Overview

IEEE 802.11-20/0021-00 Priority Access Support for NS/EP Services Overview

finlo
IEEE Std. 802.11-22/1017r0 Overview and Architecture Presentation

IEEE Std. 802.11-22/1017r0 Overview and Architecture Presentation

jewel
IEEE 802 Viewpoints on WRC-23 Agenda Items

IEEE 802 Viewpoints on WRC-23 Agenda Items

chtz996
IEEE-SA Fellowship Program at IEEE 802 Plenary March 2018

IEEE-SA Fellowship Program at IEEE 802 Plenary March 2018

wale
Local MAC Address Assignment Protocol (LAAP) and 802.1CQ

Local MAC Address Assignment Protocol (LAAP) and 802.1CQ

hill_z
IEEE 802.11-21/0060r0 Jan. 2021 Modified MU-RTS Frame Format

IEEE 802.11-21/0060r0 Jan. 2021 Modified MU-RTS Frame Format

bethan
Understanding OSI Model and TCP/IP Protocol Suite in Computer Networking

Understanding OSI Model and TCP/IP Protocol Suite in Computer Networking

gwendolyn
Enhancements in Multi-Stage Beamforming Training for IEEE 802.11ay

Enhancements in Multi-Stage Beamforming Training for IEEE 802.11ay

heatwole_l
Proposed Revision of IEEE Std. 802: Key Aspects and Recommendations

Proposed Revision of IEEE Std. 802: Key Aspects and Recommendations

jane_7

More Related Content