DL Preamble Design for 802.16m Document Number: IEEE S802.16m-08/385 Date Submitted: 2008-05-12 Source: Sun Changyin, Liu Min, Wang Wenhuan,Yao E-mail:

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DL Preamble Design for m Document Number: IEEE S802.16m-08/385 Date Submitted: Source: Sun Changyin, Liu Min, Wang Wenhuan,Yao Yao Ke, Yu Qiuxing, Fang Huiying, Qu Hongyun ZTE Corporation * Venue: Macau, China, May 2008, IEEE m-08/016r1 Call for SDD Comments and ContributionsIEEE m-08/016r1 Base Contributions: IEEE C80216m-08/385 Purpose: Adopt proposed text in base contribution into Project 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 16m Preamble Design Considerations Bandwidth scalability New 16m preamble bandwidth is fixed to a value which is common to the different operating bandwidths: −fast cell search for MS with different capabilities −fast cell search for BS with different operating bandwidths −fast cell search for BS aggregating multiple channels in more than one frequency band within the scope of a single MAC protocol instance −enable new cell search design when 16e system is disabled, to reduce the dependence on the 16e preamble for m only system Backward compatibility −16e preamble reuse to reduce overhead Detection scheme −hierarchical detection scheme to help MS initial access quickly

3 Proposed solution Hierarchical design −The 16m preamble consists of primary preamble (P- Preamble) and secondary preamble (S- Preamble). The primary preamble bandwidth is 5MHz. P-Preamble and S-Preamble are multiplexed by TDM.

4 Proposed solution (cont’d) The sequence of the p-preamble is used to distinguish the M=3 different types of S- Preamble (refer to the following table in next page): −the reused 5MHz 16e preamble as S- Preamble when M=1. −the reused 10 MHz 16e preamble as S- Preamble when M=2. −the new designed 5MHz 16m S- Preamble when M=3. the structure of the p-preamble −every 2 sub-carrier mapping in the frequency domain. In this mapping scheme, 2 periodic waveforms appear within the duration of one OFDM symbol. CP

5 P-Preamble sequence S-Preamble sequenceS-Preamble sub-carrier mapping in the frequency domain M=15MHz 16e Preamble sequence Sector1, with sub-carrier offset=0 M=15MHz 16e Preamble sequence Sector2, with sub-carrier offset =1 M=15MHz 16e Preamble sequence Sector3, with sub-carrier offset =2 M=210MHz 16e Preamble sequence Sector1, with sub-carrier offset=0 M=210MHz 16e Preamble sequence Sector2, with sub-carrier offset =1 M=210MHz 16e Preamble sequence Sector3, with sub-carrier offset =2 M=35MHz 16m new sequenceFFS

6 The S-preamble carries the cell ID. S-preamble sequence belong to different sectors is carried on different sub-carrier set,each sub-carrier set with every 3 sub-carriers mapping in the frequency domain. The transmission period of P-preamble/S-preamble is 10ms to achieve time diversity gain, particularly in a high mobility environment. A basic-BCH(P-BCH) is assumed to provide additional cell specific information such as the system bandwidth, transmission antenna numbers, CP length of each sub-frame and ratio of 16m/16e within the frame,etc. The location of basic-BCH is fixed in the superframe and is part of the superframe header. Proposed solution (cont’d)

7 16m system co-exist with 5MHz 16e system

8 16m system co-exist with 10MHz 16e system

9 16m only system

10 Cell Search Procedure The MS searches P-Preamble and gets frequency, sub-frame and OFDM symbol synchronization by auto-correlation based detection of P-Preamble. The MS gets the sequence index M and fine symbol synchronization by P-Preamble correlation in the frequency domain. The MS seeks the sector ID from the S-Preamble sub-carrier offset. The MS seeks the Cell ID with the S-Preamble sequence detection.

11 Preamble sequence consideration P-Preamble sequence and 16m only system new S- Preamble sequence consideration: –Enabling efficient receiver implementation (both hardware complexity and power consumption) –Good auto-correlation and cross-correlation properties even with large frequency offset –Constant amplitude both in time and frequency –Peak to average ratio consideration

12 Overhead of preamble design For 16m only system, the proposed preamble have an overhead the same as that of a 5 MHz 16e system.

13 Proposed text to m SDD Insert the following text 11.x preamble 11.x.1 Preamble structure The 16m preamble consists of primary preamble(P- Preamble) and secondary preamble(S- Preamble). The primary preamble bandwidth is 5MHz. P-Preamble and S- Preamble are multiplexed by TDM; The structure of the p-preamble: every 2 sub-carrier mapping in the frequency domain. The sequence of the p-preamble is used to distinguish 3 different S- Preamble type: a) the reused 5MHz 16e preamble when M=1 b) the reused 10 MHz 16e preamble when M=2 c) the new 5MHz 16m S-Preamble when M=3. The S-Preamble carries the cell ID, S-Preamble sequence belongs to different sectors is carried on different sub-carrier set with every 3 sub-carriers mapping in the frequency domain.