Presentation is loading. Please wait.

Presentation is loading. Please wait.

Doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 1 Simulation Results for p-DCF, v-DCF and Legacy DCF Khaled.

Published byThomas Flood Modified over 10 years ago

Similar presentations

Presentation on theme: "Doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 1 Simulation Results for p-DCF, v-DCF and Legacy DCF Khaled."— Presentation transcript:

1 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 1 Simulation Results for p-DCF, v-DCF and Legacy DCF Khaled Turki, Jin-Meng Ho, Sid Schrum, Matthew Shoemake and Don Shaver Texas Instruments Inc.

2 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 2 Simulation Environment Simulation platform: OPNET MAC schemes simulated: 1.p-DCF as described in 00/467r1 2.v-DCF as described in 00/412 and 01/011 3.802.11-1999

3 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 3 Parameters Buffer size = 2 Mbits Packet lifetime = 500 ms Retry limit = 7 PHY = 11 Mbps- DSSS

4 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 4 Scenarios 20 STA 10 STA Bi-directional streams Packet length = 1500 bytes and 500 bytes Packet length distribution : Constant Arrival process : Exponential inter-arrival times

5 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 5 Contention-Based Access: CSMA with Persistent Contention -- State Transition Diagram ESTA active Medium idle for DIFS or EIFS? Calculate PP Yes Any TCPP changed? Transmission permitted? (X PP?) Transmit a frame Contention continued? Stop Slot idle? Recalculate PP No Yes No Yes No

6 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 6 Simulation Results- 20 STA

7 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 7 Simulation Results p-DCF, v-DCF and 802.11-1999 20 STA -Arrival Rate =~ 6 Mbps

8 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 8 Simulation Results (p-DCF) 20 STA -Arrival Rate =~ 6 Mbps In this simulation run, error is added to calculated PP. Error margins are 15% and 20 %.

9 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 9 Simulation Results (p-DCF) 20 STA -Arrival Rate =~ 6 Mbps

10 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 10 Simulation Results (v-DCF) Delay vs. Retries 20 STA Aggregate data arrival rate =~ 6 Mbps CO=10 CW_min=63

11 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 11 Simulation Results (v-DCF) 20 STA Arrival rate =~ 6 Mbps CO=10 CW_min=15

12 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 12 Simulation Results (v-DCF) Back-off Techniques 20 STA Aggregate data arrival rate =~ 6 Mbps CO=10 CW_min=15 New formula = Back-off doubles after first retry

13 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 13 Simulation Results -- Set 2

14 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 14 Simulation Results (v-DCF and p-DCF) 20 STA Aggregate data arrival rate =~ 2 Mbps CO=10 CW_min=63 and p-DCF Packet length = 500 bytes

15 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 15 Simulation Results – Set 3 (v-DCF and p-DCF) 10 STA Aggregate data arrival rate =~ 3 Mbps CO=10 CW_min=63 and p-DCF

16 doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 16 Conclusions Several simulations have been performed in order to evaluate the performance of two EDCF proposals (v-DCF and p-DCF) The probabilistic approach shows performance superiority over v-DCF at higher loads and large STA population. –Delay and delay variance –Dropped frame rate –Stability in terms of frame delay

Download ppt "Doc.: IEEE 802.11-01/037 Submission January 2001 Khaled Turki et. al,Texas InstrumentsSlide 1 Simulation Results for p-DCF, v-DCF and Legacy DCF Khaled."

Similar presentations

Slide 1 Insert your own content. Slide 2 Insert your own content.

Slide 1 Insert your own content. Slide 2 Insert your own content.
Doc.: IEEE 802.11-01/144 Submission March 2001 Mathilde Benveniste, AT&T Labs - ResearchSlide 1 An E-DCF Proposal Using TCMA Mathilde Benveniste AT&T Labs,

Doc.: IEEE /144 Submission March 2001 Mathilde Benveniste, AT&T Labs - ResearchSlide 1 An E-DCF Proposal Using TCMA Mathilde Benveniste AT&T Labs,
March 2001 Sid Schrum, et al., Texas InstrumentsSlide 1 doc.: IEEE 802.11-01/163 Submission p-DCF Proposal Summary Sid Schrum, Jin-Meng Ho, Khaled Turki.

March 2001 Sid Schrum, et al., Texas InstrumentsSlide 1 doc.: IEEE /163 Submission p-DCF Proposal Summary Sid Schrum, Jin-Meng Ho, Khaled Turki.
Doc.: IEEE 802.11-01/037r1 Submission March 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 802.11-01/139 Submission Presentation for Proposed p-DCF Contention Access Enhancement.

March 2001 Jin-Meng Ho, et al., Texas InstrumentsSlide 1 doc.: IEEE /139 Submission Presentation for Proposed p-DCF Contention Access Enhancement.
Doc: IEEE 802.11-02/705ar0 Submission Javier del Prado et. al November 2002 Slide 1 Mandatory TSPEC Parameters and Reference Design of a Simple Scheduler.

Doc: IEEE /705ar0 Submission Javier del Prado et. al November 2002 Slide 1 Mandatory TSPEC Parameters and Reference Design of a Simple Scheduler.
Doc.: IEEE 802.11-12/0338r1 Submission March 2012 Hung-Yu Wei, National Taiwan UniversitySlide 1 DeepSleep: Power Saving Mode to Support a Large Number.

Doc.: IEEE /0338r1 Submission March 2012 Hung-Yu Wei, National Taiwan UniversitySlide 1 DeepSleep: Power Saving Mode to Support a Large Number.
Doc.: IEEE 802.11-03/567r0 Submission May 2003 Youngsoo Kim, Samsung/SNU and S. Choi, SNU Slide 1 Throughput Enhancement via Frame Aggregation – A Sequel.

Doc.: IEEE /567r0 Submission May 2003 Youngsoo Kim, Samsung/SNU and S. Choi, SNU Slide 1 Throughput Enhancement via Frame Aggregation – A Sequel.
Doc.: IEEE 802.11-03/567r1 Submission July 2003 Youngsoo Kim, Samsung/SNU and S. Choi, SNU Slide 1 Throughput Enhancement via Frame Aggregation – A Sequel.

Doc.: IEEE /567r1 Submission July 2003 Youngsoo Kim, Samsung/SNU and S. Choi, SNU Slide 1 Throughput Enhancement via Frame Aggregation – A Sequel.
Doc.: IEEE 802.11-00/387r1 Submission November 2000 W.-P. Ying, M. Nakahara, S. Ho, NextComm, Inc.Slide 1 A Scheduling Scheme for Level-2 Enhanced PCF.

Doc.: IEEE /387r1 Submission November 2000 W.-P. Ying, M. Nakahara, S. Ho, NextComm, Inc.Slide 1 A Scheduling Scheme for Level-2 Enhanced PCF.
Doc.: IEEE 802.11-02/301R0 Submission May 2002 Terry Cole, AMDSlide 1 A More Efficient Protection Mechanism Terry Cole AMD Fellow +1.

Doc.: IEEE /301R0 Submission May 2002 Terry Cole, AMDSlide 1 A More Efficient Protection Mechanism Terry Cole AMD Fellow +1.
Doc.: IEEE 802.11-02/214r1 Submission March 2002 Wentink, IntersilSlide 1 A simpler and better EDCF Menzo Wentink Ron Brockmann Maarten Hoeben Intersil.

Doc.: IEEE /214r1 Submission March 2002 Wentink, IntersilSlide 1 A simpler and better EDCF Menzo Wentink Ron Brockmann Maarten Hoeben Intersil.
An approach to the problem of optimizing channel parameters March 2001 Vlad Oleynik, Umbrella Technology Slide 1 doc.: IEEE 802.11-01/152 Submission.

An approach to the problem of optimizing channel parameters March 2001 Vlad Oleynik, Umbrella Technology Slide 1 doc.: IEEE /152 Submission.
Doc.: IEEE 802.11-01/011r1 Submission January, 2001 Wim Diepstraten, Agere Systems Slide 1 Comparing V-DCF with other EDCF proposals Wim DiepstratenAgere.

Doc.: IEEE /011r1 Submission January, 2001 Wim Diepstraten, Agere Systems Slide 1 Comparing V-DCF with other EDCF proposals Wim DiepstratenAgere.
Doc.: IEEE 802.15-01/082r0 Submission January 2001 Anuj Batra et al., Texas InstrumentsSlide 1 Project: IEEE P802.15 Working Group for Wireless Personal.

Doc.: IEEE /082r0 Submission January 2001 Anuj Batra et al., Texas InstrumentsSlide 1 Project: IEEE P Working Group for Wireless Personal.
Doc.: IEEE 802.15-01/082r1 Submission January 2001 Anuj Batra et al., Texas InstrumentsSlide 1 An Intelligent Frequency Hopping Scheme for Improved Bluetooth.

Doc.: IEEE /082r1 Submission January 2001 Anuj Batra et al., Texas InstrumentsSlide 1 An Intelligent Frequency Hopping Scheme for Improved Bluetooth.
Doc.: IEEE 802.15-01/026r1 Submission March 2001 Jie Liang, Texas InstrumentsSlide 1 Jie Liang Texas Instruments Incorporated 12500 TI Blvd. Dallas, Texas.

Doc.: IEEE /026r1 Submission March 2001 Jie Liang, Texas InstrumentsSlide 1 Jie Liang Texas Instruments Incorporated TI Blvd. Dallas, Texas.
Doc.: IEEE 802.15-01/081r0 Submission January 2001 Shoemake, Texas InstrumentsSlide 1 Project: IEEE P802.15 Working Group for Wireless Personal Area Networks.

Doc.: IEEE /081r0 Submission January 2001 Shoemake, Texas InstrumentsSlide 1 Project: IEEE P Working Group for Wireless Personal Area Networks.
Doc.: IEEE 802.15- Submission January 2001 Shoemake and Lowry, Texas InstrumentsSlide 1 IEEE 802.11B COEXISTENCE TESTING DATA Matthew B. Shoemake, Ph.D.

Doc.: IEEE Submission January 2001 Shoemake and Lowry, Texas InstrumentsSlide 1 IEEE B COEXISTENCE TESTING DATA Matthew B. Shoemake, Ph.D.
0 - 0.

0 - 0.

Similar presentations

Ads by Google