Submission doc.: IEEE 802.11-15/0636r0 May 2015 SangHyun Chang (Samsung Electronics)Slide 1 A View on IEEE 802.11ay Date: 2015-05-11 Authors:

Slides:



Advertisements
Similar presentations
Submission doc.: IEEE /1249r1 Backhaul Support in NG 60 September 2014 Monisha Ghosh (InterDigital)Slide 1 Authors: Date:
Advertisements

A Framework for MIMO Operation over mmWave Links
Submission doc.: IEEE 11-14/1386r1 Takuma Takada (NTT DOCOMO) November 2014 Slide 1 NG60 Usage Models Date: Authors:
Doc.: IEEE /1510r0 Submission November 2014 Edward Au (Marvell Semiconductor)Slide 1 Summary of PAR and CSD Discussion Date: Authors:
Doc.: IEEE /0309r0 Submission March 2013 Ron Porat, Broadcom Next Generation Date: Authors: Slide 1.
Doc.: IEEE /0184r0 Submission January 2011 Rolf de Vegt (Qualcomm)) Slide ah Spec Development Discussion Document Date: Authors:
Beyond ad – Ultra High Capacity and Throughput WLAN 2nd presentation
Doc.: IEEE /0685r0 Submission May 2015 Intel CorporationSlide 1 Channel Measurements Plan Proposal for IEEE ay Date: Authors:
Relay Enhancements For ay
Doc.: IEEE /0271r4 Submission March 2015 Edward Au (Marvell Semiconductor)Slide 1 Comments on TGay PAR and CSD Date: Authors:
Channel Sounding for ay
July ay 11ay Functional Requirements for Channel Bonding Date: Slide 1LG Authors:
Submission doc.: IEEE 11-13/0287r3 March 2013 Yasuhiko Inoue, NTTSlide 1 Beyond ac – A Very High Capacity WLAN Date: Authors:
Doc.: IEEE /1126r0 Submission September 2012 Krishna Sayana, SamsungSlide 1 Wi-Fi for Hotspot Deployments and Cellular Offload Date:
Submission doc.: IEEE 11-12/0844r0 Slide 1 Non-linear Multiuser MIMO for next generation WLAN Date: Authors: Shoichi Kitazawa, ATR.
Doc.: IEEE /0323r0 SubmissionRon Porat, BroadcomSlide 1 Views on ah Use Cases Date: Authors: March 2011.
Channel Sounding for ay
Submission doc.: IEEE 11-14/0026r1 January 2014 Yong Liu, et al.Slide 1 Thoughts on HEW PAR Date: Authors:
Submission doc.: IEEE 11-14/0114r0 January, 2014 James Gilb, TensorcomSlide 1 Requirements for Next Generation mmWave Systems Date: Authors:
Doc.: IEEE d_Intra-Device_Propagation_Measuremets Submission March 2015 Slide 1 Project: IEEE P Working Group for Wireless Personal.
Discussion on MU-MIMO based on Hybrid Beamforming System in ay
Doc.: IEEE /0498r0 Submission April 2008 Eldad Perahia, Intel CorporationSlide 1 Modifications to the 60GHz PAR & 5 C’s Proposal Date:
Doc.: IEEE /0065r0 Submission January 2014 William Carney, SONYSlide 1 Comments on Draft HEW PAR Date: Authors:
Submission doc.: IEEE 11-14/0136r2 January 2014 Gal Basson, WilocitySlide 1 Beyond ad – Ultra High Capacity and Throughput WLAN 2 nd presentation.
Sep 2013 Jinsoo Choi, LG ElectronicsSlide 1 Discussion on HEW Functional Requirements Date: Authors:
Doc.:IEEE /0821r3 Submission July 2008 Minho Cheong, ETRISlide 1 Some Ambiguities about Throughput Conditions in PAR Date: Authors:
Doc.: IEEE r0 Submission November 2002 Pratik Mehta Slide 1 Next Generation WLAN Standard Pratik Mehta.
Wireless Networks Standards and Protocols & x Standards and x refers to a family of specifications developed by the IEEE for.
Doc.: IEEE /0632r0 Submission May 2015 Intel CorporationSlide 1 Experimental Measurements for Short Range LOS SU-MIMO Date: Authors:
Doc.: IEEE 11-14/0660r0 Submission May 2014 Minho Cheong, NEWRACOMSlide ax Timeline Date: Authors: NameAffiliationsAddressPhone .
January ay Frequency Multiple Access in 11ay Date: Slide 1LG Authors:
January 2016 doc.: IEEE /0095r1 Frequency Multiple Access in 11ay Date: Slide 1LG Authors:
Doc.: IEEE / Submission March 2013 Juho Pirskanen, Renesas Mobile CorporationSlide 1 Discussion On Basic Technical Aspects for HEW Date:
Submission doc /0595r0: May 2013 Jun Lei, NufrontSlide 1 Introduction of EUHT Date: Authors:
Submission doc.: IEEE /0098r0 January 2016 Assaf Kasher, IntelSlide 1 Channel bonding proposals Date: Authors:
Doc.: IEEE j Submission May 2011 Kiran Bynam, Samsung Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)
May 2011doc.: IEEE 15-XX-XXXX-XX-Xpsc SubmissionSamsung Electronics, ETRI Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)
Doc.: IEEE /0349r1 Submission March 2008 Harkirat Singh, et al., Samsung ElectronicsSlide 1 Potential Benefits of Dual-radio VHT Systems Date:
Submission doc.: IEEE /1158r0 September 2013 William Carney (SONY)Slide 1 Video Traffic and Applications for HEW Date: Authors:
Submission doc.: IEEE /0314r1 March 2016 Katsuo Yunoki, KDDI R&D Labs.Slide 1 Possible Solutions for Mobile Offloading Use Case Date:
Submission doc.: IEEE /1064r0 September 2015 Jarkko Kneckt, NokiaSlide 1 Long Range, Low Power Design Criteria Date: Authors:
Doc.: IEEE /0506r0 Submission January 2007 Bruce Kraemer, MarvellSlide 1 IMT-Advanced Report Tech Requirements Outline Date: Authors:
Doc.: IEEE /1366r3 Submission November 2013 Laurent Cariou (Orange)Slide 1 Some propositions to progress towards the PAR definition Date: 2013-xx-11Authors:
Submission doc.: IEEE /1144 September 2015 Simulation Scenarios for TGay PHY Layer Evaluation Methodology Slide 1Alexander Maltsev, Intel Authors:
Doc.: IEEE /0778r0 Submission Zhendong Luo, CATR July MHz PHY Transmission Date: Authors: Slide 1.
Proposed basis for PAR discussion
On AP Power Saving Usage Model
On the Channel Model for Short Range Communications
2111 NE 25th Ave, Hillsboro OR 97124, USA
Distribution network use case for consumer devices
11ay Features and Design Principles
VHT60 Tutorial Date: Authors: July 2008 April 2007
IMT-Advanced Report Tech Requirements Outline
2111 NE 25th Ave, Hillsboro OR 97124, USA
Potential TGbb task group documents
Proposed Scope for Tgac Ad Hoc Groups
VHT60 Tutorial Date: Authors: July 2008 April 2007
IEEE ah Use Case – Outdoor Wi-Fi for cellular traffic offloading
VHT in Below 6 GHz Frequency Bands
VHT in Below 6 GHz Frequency Bands
120 MHz PHY Transmission Date: Authors: January 2010
WiGig technologies IEEE ad/ay
On AP Power Saving Usage Model
D2D Technology for HEW Date: Authors: January 2010
Proposed Scope for Tgac Ad Hoc Groups
11ay Features and Design Principles
Relay Enhancement Date: Authors: September 2016
Proposed Merge of Simulation Scenarios
Proposed basis for PAR discussion
Presentation transcript:

Submission doc.: IEEE /0636r0 May 2015 SangHyun Chang (Samsung Electronics)Slide 1 A View on IEEE ay Date: Authors:

Submission doc.: IEEE /0636r0 Motivation To promote TGay documents development, we’d like to share our view on ay, especially for (1) what type of new functional features we need to concentrate on to enable the pre-discussed NG60 use cases and (2) what kind of technical aspects we need to consider to establish functional requirements from the key features. Slide 2 May 2015 SangHyun Chang (Samsung Electronics)

Submission doc.: IEEE /0636r0 Use Case Observation (1/2) Slide 3SangHyun Chang (Samsung Electronics) May 2015 Use Case (in 15/0328r4)RangeThroughputChannel Ultra Short Range Communication< 10 cm10 Gbps 4k/8k UHD Transmission< 5 m< 28 GbpsIndoor VR< 10 m~20 GbpsIndoor, LOS Data Center< 1.5 m~40 GbpsIndoor, Mostly LOS Video/Mass-data Distribution, VOD< 100 mLOS/NLOS Mobile Offloading & Multiband Operation< 100 m~20 GbpsIndoor + Outdoor, LOS/NLOS Mobile Fronthauling< 200 m~20 GbpsOutdoor LOS Wireless Backhauling w/ Single Hop< 1000 m~20 GbpsOutdoor LOS w/ Multi-hop< 150 m~2 Gbps per LinkOutdoor LOS For the use case in 15/0328r4, ‘Tens of Gbps’, ‘Mobile’, and ‘Outdoor’ are beyond the scope of the IEEE ad specification.

Submission doc.: IEEE /0636r0 Use Case Observation (2/2) To draw a market impact of the next generation 60 GHz technology, the IEEE ay specification needs to enable the attractive usage scenarios in the previous slide. In regards of our gap analysis, the IEEE ad specification is lack of consideration of ‘Tens of Gbps’, ‘Mobile’, and ‘Outdoor’. Also, in a market perspective, it would be important to fulfill the needs for a higher data-rate, mobile support, and outdoor support. Slide 4SangHyun Chang (Samsung Electronics) May 2015

Submission doc.: IEEE /0636r0 New Functional Features for ay Slide 5SangHyun Chang (Samsung Electronics) May 2015 Channel Model Backward Compatibility & Coexistence Higher Data-rate Support Outdoor Support Mobility Support We consider ‘higher data-rate support’, ‘mobility support’, and ‘outdoor support’ as important functional features in ay. To integrate those features in the ay spec, functional requirements can be developed with the constraint of channel characteristics, as well as backward compatibility.

Submission doc.: IEEE /0636r0 Functional Feature vs. Tech Items Slide 6SangHyun Chang (Samsung Electronics) May 2015 Higher Data Rate Support Outdoor Support Mobility Support MIMO Capability Overlapping/Clustered-BSS Support BF Training Enhancement Large Bandwidth Support QoS (Quality-of-Service) Support Coverage Extension Multi-user Support Spectral Efficiency Enhancement MAC Enhancement

Submission doc.: IEEE /0636r0 Higher Data-rate Support The following tech items can be considered to achieve ‘higher data-rate support’: –MIMO Capability (e.g., spatial or polarization diversity/multiplexing) –Large Bandwidth Support (e.g., channel bonding) –Spectral Efficiency Enhancement (e.g., modulation and coding schemes) –Multi-user Support (e.g., DL MU-MIMO) –MAC Enhancement –BF Training Enhancement –QoS Support Functional requirements for the tech items can be developed with the constraint of channel characteristics, backward compatibility, as well as power consumption budget (power saving). Slide 7 May 2015 SangHyun Chang (Samsung Electronics)

Submission doc.: IEEE /0636r0 Mobility Support There are 3 types of time-variance in a radio channel: –Position of the radio varies over time (i.e., mobility) –Orientation of the radio varies over time –Object’s mobility in an environment changes scattering or blockage pattern. To reflect the ‘mobility support’ in a developed channel model, the following tech items can be considered: –MAC Enhancement –BF Training Enhancement –QoS Support –Coverage Extension Slide 8 May 2015 SangHyun Chang (Samsung Electronics)

Submission doc.: IEEE /0636r0 Outdoor Support The following tech items can be considered to achieve ‘outdoor support’ in outdoor access and backhaul: –BF Training Enhancement –Large Bandwidth Support –QoS Support –Coverage Extension –Overlapping/Clustered-BSS Support Functional requirements for the tech items can be developed with the constraint of channel characteristics, backward compatibility, as well as power consumption budget (power saving). Slide 9 May 2015 SangHyun Chang (Samsung Electronics)

Submission doc.: IEEE /0636r0 Conclusion We have listed the primary functional features in ay as follows: –Higher Data-rate Support –Mobility Support –Outdoor Support We’d like to discuss about the technical aspects in ay tech items to achieve the features and to establish functional requirements. Slide 10 May 2015 SangHyun Chang (Samsung Electronics)

Submission doc.: IEEE /0636r0May 2015 SangHyun Chang (Samsung Electronics)Slide 11 References ng60-ng-60-usage-models.pptx ng60-ng6-proposed-par.docx