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Uplink Data Delivery Date: Authors: Month Year

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Presentation on theme: "Uplink Data Delivery Date: Authors: Month Year"— Presentation transcript:

1 Uplink Data Delivery Date: 2012-07-13 Authors: Month Year
doc.: IEEE yy/xxxxr0 Uplink Data Delivery Date: Authors: Name Affiliations Address Phone Yanping Jiang Huawei Betty Zhao David Xun Yang Osama Aboul-Magd Young Hoon Kwon George Calcev Yongho Seok LG Electronics Seunghee Han Jinsoo Choi Jeongki Kim Jinsam Kwak Matthew Fischer Broadcom Eric Wong Simone Merlin Qualcomm Zhi Quan Santosh Abraham Hemanth Sampath VK Jones Menzo Wentink Betty Zhao, et. al, Huawei Huawei John Doe, Some Company

2 Authors: Name Affiliations Address Phone email Yong Liu Marvell
Hongyuan Zhang Raja Banerjea Minyoung Park Intel Corp. Tom Tetzlaff Emily Qi Thomas Kenney ChaoChun Wang MediaTek James Wang Jianhan Liu Vish Ponnampalam James Yee Sun, Bo         ZTE Lv, Kaiying         Huai-Rong Shao   Samsung Chiu Ngo Minho Cheong ETRI Jae Seung Lee Heejung Yu Sayantan Choudhury Nokia Taejoon Kim Klaus Doppler Chittabrara Ghosh Esa Tumaala Betty Zhao, et. al, Huawei

3 Introduction So far, most contributions focus on DL data delivery with PS-Poll or trigger frame, such as [1] and [2]. According to the analysis [4, 5], UL data delivery is more problematic than DL data delivery in the real world, especially when sensor STAs and offloading STAs coexist. - [3] has provided some solutions on the coexistence of Z-class STAs and H-class STAs. We try to give a solution on the UL data delivery when sensor STAs and offloading STAs contend medium together. Betty Zhao, et. al, Huawei Huawei

4 Issues Sensor STAs consume more power and have longer medium access time when they coexist with offloading STAs, because - Sensor STAs are more likely to be hidden nodes of offloading STAs and suffer more collisions. - Offloading STAs occupy the medium much longer than sensor STAs once they own the medium. Because TIM can indicate the DL data explicitly, AP may reserve a duration of time in each Beacon Interval for the DL data and PS-Poll/trigger frame, such as [1] and [2]. And the remaining time in BI should be mainly for UL data delivery. - DL/UL window is not restricted strictly for DL/UL data delivery. Actually, for the STAs not listening to beacon, no one can limit their behaviors. DL window UL window Betty Zhao, et. al, Huawei Huawei

5 Solution To reduce the interference from offloading STAs on UL data delivery, UL window is divided to two parts: - Sensor-only Window (SW) - Mixed Window (MW) AP indicates T1 and T2 in the beacon. T1 and T2 may vary from beacon to beacon. - T1 is the time of end of DL window. T1 can be determined based on TIM. - T2 is the time of end of SW. The estimation method of T2 is TBD. It may depend on AP’s knowledge of the traffic pattern of sensor STAs. Sensor STAs with UL data may sleep until T1 and try to access the medium between T1 and T2 (SW). If its medium accessing or data delivery failed during SW, it still can retry during MW. Offloading STAs are restricted to access the medium after T2 (MW). DL window UL window SW MW sensor STAs offloading STAs T1 T2 Sensor STAs may sleep between beacon and T1, and then choose a time between T1 and T2 to wake up. Betty Zhao, et. al, Huawei Huawei

6 Benefits Sensor STAs can save power by avoiding contending medium with offloading STAs. Sensor STAs can reduce collision and medium access time, because most medium contentions are limited between sensor STAs. Significantly alleviate the hidden node problem between sensor STAs and offloading STAs. Betty Zhao, et. al, Huawei Huawei

7 Straw Poll Do you support that AP may indicate a window in beacon, and during that window offloading STAs can not access medium to send uplink data? Betty Zhao, et. al, Huawei Huawei

8 Month Year doc.: IEEE yy/xxxxr0 References [1] r0_LGE-INTEL-Marvell-Nokia-Uplink-Channel-Access-Follow-Up [2] r0-Qualcomm-Enhanced PS-Poll-Mechanism [3] r0-Broadcom-TargetWakeTime [4] SG Network System Requirements Specification v4.1-draft6, OpenSG Users Group [5] SG-NET-diagram-r0.6Di , OpenSG Users Group Betty Zhao, et. al, Huawei Huawei John Doe, Some Company

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