Multiplexing of MBS and unicast services in 16m Document Number: IEEE S80216m-08/959r1 Date Submitted: 2008-09-16 Source: Kaiying Lv, Changyin Sun, Wei.

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Multiplexing of MBS and unicast services in 16m Document Number: IEEE S80216m-08/959r1 Date Submitted: Source: Kaiying Lv, Changyin Sun, Wei Gou, Ke Yao, Huiying Fang, Hongyun Qu, Wenhuan Wang Voice: ZTE Corp. * Venue: IEEE session #57, Kobe Base Contribution: IEEE C80216m-08/959r1 Purpose: Adopt concept and proposed text into SDD. Notice: This document does not represent the agreed views of the IEEE Working Group or any of its subgroups. It represents only the views of the participants listed in the “Source(s)” field above. It is offered as a basis for discussion. It is not binding on the contributor(s), who reserve(s) the right to add, amend or withdraw material contained herein. Release: The contributor grants a free, irrevocable license to the IEEE to incorporate material contained in this contribution, and any modifications thereof, in the creation of an IEEE Standards publication; to copyright in the IEEE’s name any IEEE Standards publication even though it may include portions of this contribution; and at the IEEE’s sole discretion to permit others to reproduce in whole or in part the resulting IEEE Standards publication. The contributor also acknowledges and accepts that this contribution may be made public by IEEE Patent Policy: The contributor is familiar with the IEEE-SA Patent Policy and Procedures: and. Further information is located at and. S802.16m-08/959r1

Introduction (1) Multi-cell MBS supports MBS single frequency network (MBSFN) operation in order to achieve high spectral efficiency and large coverage of MBS services which are the performance targets of 16m specified in SRD. The MBSFN transmission needs longer CP configuration to obtain the macro-diversity gain (SFN gain). In mixed unicast and MBS carrier deployment, mixed CP configuration for unicast and MBS should be considered in order to improve spectral efficiency.

Introduction (2) Currently in the SDD, two CP lengths are determined. The longer one is 1/8Tu, and the shorter one is 1/16Tu. For the micro-cell deployment, the shorter CP is enough for unicast traffic, while longer CP should be applied for MBS. Unicast and MBS traffic can be multiplexed by TDM and or FDM with mixed CP or identical CP configurations under different scenarios.

Multiplexing schemes for unicast and MBS Pure TDM and hybrid TDM/FDM –Pure TDM: unicast and MBS traffic can be time multiplexed among subframes. –Hybrid TDM/FDM: unicast and MBS traffic can be time multiplexed among subframes, and be frequency multiplexed within a subframe

TDM Multiplexing scheme The CP length for unicast and MBS can be identical or mixed. When the identical CP length is applied, the number of subframe allocated for each kind of traffic is free to choose according to the scheduling requirements When the mixed CP length is applied, the number of subframe allocated for MBS traffic should be carefully considered in order to improve the spectral efficiency.

TDM Multiplexing scheme Suppose that shorter CP (1/16 Tu) is applied to unicast service while longer CP (1/8 Tu ) is applied to MBS The length of 17 symbols of longer CP is 9/8*Teffective *17 The length of 18 symbols of shorter CP is 17/16* T effective *18 9/8*T effective *17 = 17/16* T effective *18 Therefore 18 symbols of shorter CP can just be replaced by 17 symbols of longer CP without leaving any additional idle time so that symbols of mixed CP length can coexist in one frame without any penalty.

TDM Multiplexing scheme Advantages –Simple signaling of resource allocation for the MBS traffic. –Mixed CP length is applicable in order to improve spectral efficiency. –MSs can achieve effective power saving by just monitoring the subframes which are only relevant. Disadvantages –when mixed CP length is applied, some DL real time unicast data and HARQ operation may not have enough resources to transmit in time. –For larger bandwidth system, when mixed CP length is applied, MBS scheduling granularity may be too large. Not flexible for scheduling.

Hybrid TDM/FDM Multiplexing scheme unicast and MBS must apply same CP length which is long CP The shorter CP length may be applied on the subfarmes which contains unicast traffic only in order to improve spectral efficiency. Therefore mixed CP length is more effective for this case 17 or multiple of 17 symbols of longer CP is suitable to be allocated to MBS. It is better to allocate three contiguous subframes for power saving purpose.

Advantages –Flexible resource allocation for MBS traffic –DL real time unicast data transmission and HARQ operation can be effectively implemented. –Higher spectral efficiency by applying mixed CP length –Enable power saving for MBS MSs. Disadvantages –Signaling of resource allocation becomes a little bit more complicated. Hybrid TDM/FDM Multiplexing scheme

Conclusion Both TDM and hybrid TDM/ FDM have advantages and disadvantages. How to adapt the long CP MBS traffic to the short CP frame structure defined in SDD is a critical issue for improving the system spectral efficiency. Both TDM and hybrid TDM/ FDM can be applied for mixed CP scenario, but the Hybrid TDM/FDM approach can provide more flexible and efficient scheduling for both MBS and unicast traffic. Hence, hybrid TDM/FDM multiplexing of unicast and MBS is recommended.

Text Proposal Section 15 Support for Enhanced Multicast Broadcast Service Multi-cell E-MBS with single frequency network (SFN) operation is supported to achieve the high spectral efficiency target. For the mixed unicast/E-MBS carrier deployment, Hybrid TDM/FDM multiplexing approach can be applied, where the unicast traffic and multi-cell E-MBS can be time multiplexed among subframes, and be frequency multiplexed within one subframe. Long CP is used for the subframes containing MBS and unicast traffic. Please refer to contribution IEEE C80216m-08/959r1(or latest version).