Proposal for New 802.11bd 20MHz Mode for Enhanced ITS Interoperability
The document discusses the necessity of a new 802.11bd 20MHz mode for improved interoperability within Intelligent Transportation Systems (ITS) due to limitations with current Wi-Fi channels and the scope of 256-QAM modulation. It presents proposals approved by the Car-2-Car Communications Consortiu
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Positioning Considerations in IEEE 802.11bd for Vehicular Communication
Discussing the implications of IEEE 802.11mc and 802.11az improvements on Fine Timing Measurement (FTM) protocol for positioning in high mobility environments, particularly focusing on V2X communications and vehicle speeds up to 250 km/h. The document addresses positioning modes, interoperability, c
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IEEE 802.11-19-0202/r1 TGbd Agreed Terminology and Requirements
This document outlines the agreed terminology and requirements for the development of the next generation of IEEE 802.11p technology within IEEE 802.11bd Task Group. It covers aspects such as interoperability, co-existence, backward compatibility, and fairness between IEEE 802.11p and IEEE 802.11bd
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IEEE 802.11-20/1728r2 NGV Ranging Contributions
Review of contributions on ranging for IEEE 802.11bd NGV, highlighting different ranging types and protocols discussed. Various use cases, performance results, and considerations on ranging methods for NGV are explored in the document.
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IEEE 802.11-20/1761r1 Ranging Protocol for 11bd
This document outlines the ranging protocol proposed for IEEE 802.11-20/1761r1, focusing on RTT-based ranging leveraging multi-channel operation. By integrating the 11az ranging protocol, it enables flexible and low-overhead application in 11bd for improved accuracy in ITS bands. The protocol includ
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Modulation Schemes for IEEE 802.11bd Range Extension
The document discusses modulation schemes for extending the range in IEEE 802.11bd, aiming for at least 3dB lower sensitivity levels. It highlights the need for an implementation-friendly, proven technology already adopted in IEEE 802.11. The introduction of the MCS0 DCM scheme in 11ax is also cover
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LDPC Investigation for IEEE 802.11bd Technology in March 2019
In March 2019, the document IEEE 802.11-19/0346r3 delves into the investigation of LDPC (Low-Density Parity-Check) codes for the advancement of 11bd technology. The authors from Marvell explore the potential benefits of LDPC over BCC (Block Code Concatenation) in achieving better sensitivity for 802
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