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Title: MIMO Transmission modes for E-MBS

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1 Title: MIMO Transmission modes for E-MBS
Document Number: IEEE C802.16m-09/0096r1 Date Submitted: – Source: Kaushik Josiam, Zhouyue Pi, Sudhir Ramakrishna, David Mazzareze, Bruno Clerckx, JaeJeong Shim , Farooq Khan Voice: Samsung Telecommunications America 1301 E. Lookout Dr Richardson TX 75082 Session 58, January Re: m-08/052: Call for Contributions and Comments on SDD C802.16m-08/003r6 - Section E-MBS zone specific pilots for MBSFN Purpose: To discuss and adopt the proposed text in the revision of the m 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 < >.

2 Single-Frequency Network (SFN)
An SFN operation is realized by transmitting the same information in the same OFDM time-frequency resource from multiple “synchronized” cells: Cell synchronization within the OFDM symbol cyclic prefix required A CP of 18.88μs used for E-MBS

3 Min Spectral Efficiency (bps/Hz)
Requirements Performance Requirement: 1% average FER Coverage Target: 95% of locations Desired spectral efficiency targets assuming SFN and ignoring overhead [1]: Inter-cell Distance Min Spectral Efficiency (bps/Hz) 500m 4 1500m 2

4 Maximum SINR is capped to 30dB per antenna
Broadcast Geometry Maximum SINR is capped to 30dB per antenna

5 MIMO for MBS Proposed scheme to achieve minimum spectral efficiency targets 2x2 MIMO with open loop spatial multiplexing. Both single codeword and multi-codeword transmission must be supported For this simulation, 2 layers corresponding to two code words. both equal and unequal MCS between the layers are tested.

6 System Simulation Parameters
Layout 19 cells, 3 sectors per cell Operating Frequency 2000 MHz Minimum Mobile-to-BS distance 35m Test Sector Center cell, any sector Sector Orientation Bore-sight pointing Antenna Pattern 70° sectored beam Propagation Model log10(d) Shadowing Standard Deviation 8dB Shadowing Correlation between BSs 0.5 Penetration Loss 20dB Rx Noise Figure 9dB SFN Combining 57 Sectors BS power per sector per antenna 43dBm

7 System Simulation Parameters
Bandwidth 10 MHz Tone Spacing 10.913KHz Number of Tones 432 Channel Model Composite Channel simulated for each user concatenating paths from all 19 cells; 3 Km/h TX antennas 1,2 RX antennas 2 Spatial Correlation None Receiver MMSE-SIC Link-to-system mapping EESM Pilot and Cyclic Prefix Overhead 28% Cyclic Prefix duration 18.88μs Channel Estimation Perfect FEC Inner Turbo Code, no outer code

8 MCS and Spectral Efficiency: Both layers have equal MCS
Spectral Efficiency (b/s/Hz) (Accounting for pilot and CP overhead) QPSK Rate ½ 0.72 16 QAM Rate 1/3 0.96 16 QAM Rate ½ 1.44 16 QAM Rate 2/3 1.92 64 QAM Rate ½ 2.16 64 QAM Rate 2/3 2.88 64 QAM Rate ¾ 3.24 64 QAM Rate 4/5 3.45

9 Results: ICD = 500m Max MCS – 64QAM Rate 4/5
100% improvement in spectral efficiency at 95% coverage

10 Results: ICD = 1000m 50% improvement in spectral efficiency at 95% coverage

11 Proposed multi-codeword transmission scheme

12 Base and Enhanced Layer
The base layer and enhanced layer carry the same broadcast program such as a video streaming application In the case of “video streaming application”, for example, base layer carries a lower quality audio and/or a lower quality picture resolution The enhanced layer can carry additional information to enhance the audio and video quality of the video streaming application In general, base layer is decoded by all the users receiving the broadcast content The enhanced layer is only decoded by users experiencing good channel quality such as users close to a base station The users experiencing good channel quality can then experience a higher quality video streaming by decoding the enhanced layer

13 Summary For ICD = 500m, we see doubling in spectral efficiency for the same coverage with SFN Increasing ICD, reduces this gain in spectral efficiency 50% improvement with ICD 1Km MCW is similar to hierarchical encoding used in DVB-H. Multiple codeword is easier to implement for MBS No HARQ retransmission for MBS as in unicast SIC receiver is not mandatory. Only those users with advanced receivers can decode both the base and enhanced layers. All users decode the base layer.

14 Suggested Text Make the following changes to the text on line 15 in Section Support for SCW and MCW is FFS. The MBS data shall contain at most two layers and shall contain up to two codewords. The transmission format for multi-codeword transmission shall include a base codeword and an enhanced codeword. The base and enhanced codewords may use different modulation and coding and/or power offsets in order to enable efficient interference cancellation at the mobile station.

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