Enhanced Channel Access Joint Proposal

Slides:



Advertisements
Similar presentations
March 2001 Sid Schrum, et al., Texas InstrumentsSlide 1 doc.: IEEE /163 Submission p-DCF Proposal Summary Sid Schrum, Jin-Meng Ho, Khaled Turki.
Advertisements

Doc.: IEEE /037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 1 Simulation Results for p-DCF, v-DCF and Legacy DCF Khaled.
Doc.: IEEE /037r1 Submission March 2001 Khaled Turki et. al,Texas InstrumentsSlide 1 Simulation Results for p-DCF, v-DCF and Legacy DCF Khaled.
March 2001 Jin-Meng Ho, et al., Texas InstrumentsSlide 1 doc.: IEEE /139 Submission Presentation for Proposed p-DCF Contention Access Enhancement.
Doc.: IEEE /399 Submission November 2000 Wim Diepstraten, LucentSlide 1 Baseline D-QoS Proposal Greg Chesson-Atheros Wim Diepstraten- Lucent Technologies.
Doc.: IEEE /351 Submission October 2000 Maarten Hoeben, Menzo Wentink, IntersilSlide 1 Enhance D-QoS through Virtual DCF Maarten Hoeben, Menzo.
Doc.: IEEE /011r1 Submission January, 2001 Wim Diepstraten, Agere Systems Slide 1 Comparing V-DCF with other EDCF proposals Wim DiepstratenAgere.
Doc.: IEEE /630r1a Submission S. Choi, Philips Research November 2001 Slide 1 HC Recovery and Backoff Rules Sunghyun Choi and Javier del Prado.
1 Dynamic Adaption of DCF and PCF mode of IEEE WLAN Abhishek Goliya Guided By: Prof. Sridhar Iyer Dr. Leena-Chandran Wadia MTech Dissertation.
Doc.: IEEE /398 Submission October 2000 Wim Diepstraten, LucentSlide 1 Initial D-QoS Proposal Maarten Hoeben-Intersil/NWN Menzo Wentink-Intersil/NWN.
Doc.: IEEE /065r0 Submission January 2001 Brockmann, Hoeben, Wentink (Intersil) g MAC Analysis Menzo Wentink Ron Brockmann.
Doc.: IEEE /452 Submission December, 2000 Michael Fischer, Intersil Slide 1 A Hybrid Coordination Function for QoS Michael Fischer Intersil Corporation.
Doc.: IEEE /132r1 Submission March 2001 Greg Chesson et al, Atheros Slide 1 VDCF Presentation Greg Chesson, Wim Diepstraten,
January 2001 Don Shaver, et.al. Texas InstrumentsSlide 1 doc.: IEEE /036 Submission Enhanced Contention Period Proposal for QoS and Throughput.
March 2001 Jin-Meng Ho, et al., Texas InstrumentsSlide 1 doc.: IEEE /137 Submission Presentation for Proposed Enhanced Contention Access Jin-Meng.
Doc.: IEEE /361 Submission October 2000 Wim Diepstraten, LucentSlide 1 Distributed QoS resolution Greg Chesson-Altheros Wim Diepstraten- Lucent.
Doc.: IEEE /0624r2 SubmissionLiwen Chu Etc.Slide 1 Scheduled Medium Access For Large Low Power BSS Date: Authors: Date: May, 2012.
November 2000 Jin-Meng Ho, Texas InstrumentsSlide 1 doc.: IEEE /367 Submission p-DCF for Prioritized MAC Service Jin-Meng Ho, Sid Schrum, and.
November 2000 Jin-Meng Ho, Texas InstrumentsSlide 1 doc.: IEEE /367r1 Submission p-DCF for Prioritized MAC Service (Expanded version based on.
December 2000 Jin-Meng Ho, Texas InstrumentsSlide 1 doc.: IEEE /467 Submission Contention-Free and Contention- Based Access in Contention Period.
Doc.:IEEE /566r2 Submission November 2001 S. Choi, Philips & M.M. Wentink, Intersil Slide 1 Multiple Frame Exchanges during EDCF TXOP Sunghyun.
Doc.: IEEE /465r0 Submission Wim Diepstraten, Agere Systems July 2002 Slide 1 WiSP Wireless Sidelink Protocol Wim Diepstraten Gerrit Hiddink Agere.
Supporting Authentication/Association for Large Number of Stations
Supporting Authentication/Association for Large Number of Stations
Scheduled DCF vs. Virtual DCF
HCF and EDCF Simulations
Simulation Framework Progress Update - Nov. 2000
Month Year doc.: IEEE yy/xxxxr0 January 2012
IEEE : Wireless LANs ALOHA, Slotted ALOHA
ECA Overview (Enhanced Contention Access)
HCF medium access rules
A Scheduling Scheme for Level-2 Enhanced PCF MAC Service
Purpose Top-down approach for TGh from D1.1 to D2.0
TGz Los Angeles Closing Report
Simulation Results for QoS, pDCF, VDCF, Backoff/Retry
Considerations on Trigger Frame for Random Access Procedure
Why the TGg compromise will work a MAC perspective
Overview of Cisco Per-client Extensions to MIB
Simulation for EDCF Enhancement Comparison
Texas Instruments Incorporated
Element for Legacy Indication
VDCF Presentation Greg Chesson,
Scheduled Medium Access For Large Low Power BSS
AP Location Capability
Resolution for CID 118 and 664 Date: Authors: Month Year
Discussion on CR for CID 5066
EDCF Issues and Suggestions
HCF Channel Access And Inter-BSS Channel Sharing
HCF medium access rules
TGz Los Angeles Closing Report
HCF medium access rules
Response and Rebuttal To Doc. 01/011
Proposed ERTS & ECTS Mechanisms
PCF Enhancements and Contention Free Bursts
Multiple Frame Exchanges during EDCF TXOP
Introduction to the TGe Hybrid Coordination Function (HCF)
HCF medium access rules
5-GHz Unified Protocol (5-UP) Proposal OFDM Extensions for a
Clarification on Beacon Transmission Rules
Supporting Authentication/Association for Large Number of Stations
HCF Channel Access And Inter-BSS Channel Sharing
Joint Proposal R1 update
Peer Service Period Date: Authors: January 2008 Month Year
EDCF Editing Instructions
Group Synchronized DCF
Considerations on Trigger Frame for Random Access Procedure
Location Presentation
Wireless MAC Multimedia Extensions Albert Banchs, Witold Pokorski
Scheduling Allocations Over Multiple Channels
Presentation transcript:

Enhanced Channel Access Joint Proposal Month 1998 doc.: IEEE 802.11-98/xxx January 2001 Enhanced Channel Access Joint Proposal Jin-Meng Ho TI Khaled Turki TI Sid Schrum TI Wim Diepstraten Agere Systems Menzo Wentink Intersil Maarten Hoeben Intersil Greg Chesson Atheros Harold Teunissen Lucent Technologies Wim Diepstraten, Agere Systems John Doe, His Company

January 2001 P-DCF, V-DCF merger This is a combined proposal of P-DCF and V-DCF mechanisms. Into an ECA (Enhanced Channel Access) mechanism preserving the main characteristics of the individual proposals This primarily relates to the “contention access resolution” mechanisms But we do assume that a Contention free bursting mechanism exists on top of this “contention Access Resolution” mechanism Wim Diepstraten, Agere Systems

Elements of the joint proposal January 2001 Elements of the joint proposal Combined Enhanced Contention Channel Access Method. The AP will distribute the differentiation parameters per TC using a TCPP value (use of CO to be investigated). A “Contention Control Update” element can be send in a separate frame Or in a Beacon. Allowing stations to use a uniform or geometric distribution implementation. For the TxOp event generation. And use a separate scheduler algorithm selecting from which TC to transmit, based on the TCPP’s. EAP will indicate in its contention control update whether the contending ESTAs shall adjust the CWs based on the latest broadcast TCPP values or on a retry backoff rule which is doubling the CW after the xth retry. Wim Diepstraten, Agere Systems

References Ref 1: Doc 00/467r2 latest P-DCF proposal January 2001 References Ref 1: Doc 00/467r2 latest P-DCF proposal Ref 2: Doc 00/399 latest V-DCF proposal The new retry Backoff procedure for V-DCF is defined as: Start exponential backoff by CW doubling after the first retry, on all Q’s, so per station. In an AP CW doubling per Q is more effective. Specific reference to the proposed schedule algorithm is given in ref 1 on slide 11. Wim Diepstraten, Agere Systems