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Doc.: IEEE 802.11-13/0507r0 Submission Synch Frame Follow Up Date: 2013-5-13 Authors: May 2013 NameAffiliationsAddressPhoneemail Young Hoon KwonHuawei.

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Presentation on theme: "Doc.: IEEE 802.11-13/0507r0 Submission Synch Frame Follow Up Date: 2013-5-13 Authors: May 2013 NameAffiliationsAddressPhoneemail Young Hoon KwonHuawei."— Presentation transcript:

1 doc.: IEEE 802.11-13/0507r0 Submission Synch Frame Follow Up Date: 2013-5-13 Authors: May 2013 NameAffiliationsAddressPhoneemail Young Hoon KwonHuawei 10180 Telesis Ct, Ste 400, San Diego, CA 92121 younghoon.kwon@huawei.com Yunsong YangHuawei yangyunsong@huawei.com Zhigang RongHuawei zhigang.rong@huawei.com Eric WongBroadcom ewong@broadcom.com Yongho Seok LG Electronics LG R&D Complex Anyang-Shi, Kyungki-Do, Korea yongho.seok@lge.com Huai-Rong Shao Samsung hr.shao@samsung.com Alfred Asterjadhi Qualcomm Minyoung ParkIntel Corp. minyoung.park@intel.com Tom TetzlaffIntel Corp. thomas.a.tetzlaff@intel.com Emily QiIntel Corp. emily.h.qi@intel.com Su Khiong YongMarvell skyong@marvell.com Hongyuan ZhangMarvell Hongyuan@marvell.com Sudhir SrinivasaMarvell sudhirs@marvell.com Jinsoo Choi LG Electronics Jeongki Kim LG Electronics HanGyu Cho LG Electronics

2 doc.: IEEE 802.11-13/0507r0 SubmissionSlide 2Young Hoon Kwon, Huawei Authors: May 2013 NameAffiliationsAddressPhoneemail Matthew FischerBroadcom 190 Mathilda Place, Sunnyvale, CA +1 408 543 3370 mfischer@broadcom.com Rojan ChitrakarPanasonic Rojan.Chitrakar@sg.panasonic.com Ken MoriPanasonic Mori.ken1@jp.panasonic.com Simone MerlinQualcomm 5775 Morehouse Dr, San Diego, CA 8588451243 smerlin@qualcomm.com Amin Jafarian Qualcomm Santosh AbrahamQualcomm Bin TianQualcomm George CherianQualcomm Menzo WentinkQualcomm Hemanth SampathQualcomm VK JonesQualcomm Sun, Bo ZTE sun.bo1@zte.com.cn Lv, Kaiying ZTE lv.kaiying@zte.com.cn Chiu NgoSamsung chiu.ngo@samsung.com Minho CheongETRI 138 Gajeongno, Yuseong-gu, Dajeon, Korea +82 42 860 5635 minho@etri.re.kr Jae Seung LeeETRI jasonlee@etri.re.kr Hyoungjin KwonETRI kwonjin@etri.re.kr Jaewoo ParkETRI parkjw@etri.re.kr Sok-kyu LeeETRI Sk-lee@etri.re.kr Sayantan ChoudhuryNokia 2075 Allston Way, Suite 200, Berkeley, CA 94704 +1 510 599 9268 sayantan.choudhury@nokia.com Klaus DopplerNokia Chittabrata GhoshNokia Sayantan ChoudhuryNokia Esa TuomaalaNokia

3 doc.: IEEE 802.11-13/0507r0 SubmissionSlide 3Young Hoon Kwon, Huawei Authors: May 2013 NameAffiliationsAddressPhoneemail Shoukang ZhengI2R 1 Fusionopolis Way, #21-01 Connexis Tower, Singapore 138632 +65-6408 2000 skzheng@i2r.a-star.edu.sg Haiguang WangI2R hwang@i2r.a-star.edu.sg Wai Leong YeowI2R wlyeow@i2r.a-star.edu.sg Zander LeiI2R leizd@i2r.a-star.edu.sg Yuan ZhouI2R yzhou@i2r.a-star.edu.sg George CalcevHuawei Rolling Meadows, IL USA George.Calcev@huawei.com Osama Aboul MagdHuawei Osama.AboulMagd@huawei.com Betty ZhaoHuawei Betty.Zhao@huawei.com David YangxunHuawei David.Yangxun@huawei.com Bin ZhenHuawei ZhenBin@huawei.com ChaoChun WangMediaTek chaochun.wang@mediatek.com James WangMediaTek james.wang@mediatek.com Jianhan LiuMediaTek jianhan.liu@mediatek.com Vish PonnampalamMediaTek vish.ponnampalam@mediatek.com James YeeMediaTek james.yee@mediatek.com Thomas PareMediaTek thomas.pare@mediatek.com Kiran UlnMediaTek kiran.uln@mediatek.com Anna PantelidouRenesas Mobile Juho PirskanenRenesas Mobile Timo KoskelaRenesas Mobile Liwen Chu STMicroelectronics George Vlantis STMicroelectronics

4 doc.: IEEE 802.11-13/0507r0 Submission Background TGah defined synch frame transmission procedure for uplink traffic, which minimizes the time for medium synchronization for a STA that is changing from Doze to Awake in order to transmit [1] –When requested by a STA, the AP sends a synch frame at the slot boundary or the target wake time of the STA, if the channel is idle, to help the STA quickly synch to the medium. (optional to AP and STA) It is recommended that the AP sends a Short CTS frame defined in 4.4.2.3 as a synch frame. Therefore, for a STA that requested for a synch frame transmission, the UL-Synch capable AP shall schedule a synch frame at the slot boundary of the STA in the RAW or at the TWT of the STA. Slide 4Young Hoon Kwon, Huawei May 2013

5 doc.: IEEE 802.11-13/0507r0 Submission Background TGah also defined RAW operation [2]: –A Restricted Access Window (RAW) is divided in time slots. –STA wakes up at TBTT and it listens to a Beacon frame that indicates the slot duration for each Restricted Access Window (RAW). Slot duration for each RAW may be different –STA determines its channel access slot assigned by AP. –STA may sleep before its channel access slot. –STA shall start to access the channel at the slot boundary of its channel access slot based on EDCA. –AP indicates whether the following TXOP rule is applied in each RAW: A TXOP or transmission within a TXOP shall not extend across a slot boundary If the above TXOP rule is applied, the STA does not wait for ProbeDelay when waking up at the slot boundary. Slide 5Young Hoon Kwon, Huawei May 2013

6 doc.: IEEE 802.11-13/0507r0 Submission Issue In some situations, synch frame operation during RAW period may not be efficient, especially for a RAW for polling/trigger frames: –If cross slot boundary is not allowed, as a STA does not wait for ProbeDelay when waking up at the slot boundary, the benefit of using synch frame diminishes. –Slot duration within a RAW for polling/trigger frames may be very short, and in this case overhead due to synch frame can not be ignored. –If some STAs request to use synch frame but some STAs not, the slot duration for all STAs within a RAW may need to include time for synch frame transmission, as slot duration is defined per RAW. Slide 6Young Hoon Kwon, Huawei May 2013

7 doc.: IEEE 802.11-13/0507r0 Submission Proposed Solution AP sends synch frame only when synch frame is helpful, for example: –An AP does not send a synch frame if a STA doesn’t need to wait Probe Delay when it wakes up. –An AP does not send a synch frame if the overhead of the synch frame is over a threshold. To be more specific, we propose the following restriction in AP’s synch frame transmission rule: –An AP should not send a synch frame at each slot boundary within a RAW period if Cross-Slot Boundary transmission is not allowed within the RAW period. –For a STA that requested for a synch frame transmission, the UL-Synch capable AP shall schedule a synch frame at the slot boundary of the STA at the TWT of the STA, or in the RAW if Cross-Slot Boundary transmission is allowed. –If NAV setting is requested by a STA, even though Cross-Slot Boundary transmission is not allowed, AP shall send synch frame. Slide 7Young Hoon Kwon, Huawei May 2013

8 doc.: IEEE 802.11-13/0507r0 Submission Benefits Doesn’t add any additional operational complexity More efficient RAW operation, especially for polling/trigger frame transmission Slide 8Young Hoon Kwon, Huawei May 2013

9 doc.: IEEE 802.11-13/0507r0 Submission SP Do you agree that an AP should not send a synch frame at each slot boundary within a RAW period if Cross- Slot Boundary transmission is not allowed within the RAW period unless NAV protection is requested by the STA? Slide 9Young Hoon Kwon, Huawei May 2013

10 doc.: IEEE 802.11-13/0507r0 Submission References [1] IEEE 802.11-12/0840r1, AP assisted medium synchronization [2] IEEE 802.11-12/0831r0, Uplink channel access general procedure Slide 10Young Hoon Kwon, Huawei May 2013

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