IEEE C80216m-09/0958r1.doc
Project
IEEE 802.16 Broadband Wireless Access Working Group <http://ieee802.org/16>
Title
Proposed Text of Advanced Preamble for the IEEE 802.16m Amendment
Date
Submitted
2009-05-04
Source(s)
Sung-Eun Park, Songnam Hong,
Seunghoon Choi, Chiwoo Lim,
Jaeweon Cho, Jaehee Cho, Hokyu Choi,
Heewon Kang
Samsung Electronics Co., Ltd.
se.park@samsung.com
Yang-Seok Choi, Ahmed Ibrahim, Jiacheng
Wang
yang-seok.choi@intel.com
Intel Corporation
Pei-Kai Liao, Yu-Hao Chang, Kuo-Ming Wu
MediaTek Inc.
pk.liao@mediatek.com
Changyin Sun, Huiying Fang
Fang.huiying@zte.com.cn
ZTE Corporation
Zexian Li
zexian.li@nokia.com
Nokia
Luciano Sarperi
luciano.sarperi@uk.fujitsu.com
Fujitsu
Re:
Category: AWD-DG Comments / Area: Others (SCH DG)
“Comments on AWD 15.3.6.1 Advanced Preamble”
Abstract
The contribution proposes the text of synchronization channel of DL control structure section to
be included in the 802.16m amendment.
Purpose
To be discussed and adopted by TGm for the 802.16m amendment.
Notice
Release
Patent
Policy
This document does not represent the agreed views of the IEEE 802.16 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.
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 802.16.
The contributor is familiar with the IEEE-SA Patent Policy and Procedures:
<http://standards.ieee.org/guides/bylaws/sect6-7.html#6> and
<http://standards.ieee.org/guides/opman/sect6.html#6.3>.
Further information is located at <http://standards.ieee.org/board/pat/pat-material.html> and
<http://standards.ieee.org/board/pat>.
1
IEEE C80216m-09/0958r1.doc
Proposed Text of Advanced Preamble
for the IEEE 802.16m Amendment
Sung-Eun Park, Songnam Hong, Seunghoon Choi, Chiwoo Lim,
Jaeweon Cho, Jaehee Cho, Hokyu Choi, Heewon Kang
Samsung Electronics Co., Ltd.
Yang-Seok Choi, Ahmed Ibrahim and Jiacheng Wang
Intel Corporation
Pei-Kai Liao, Yu-Hao Chang, Kuo-Ming Wu
MediaTek Inc.
Changyin Sun, Huiying Fang
ZTE Corporation
Zexian Li
Nokia
1. Introduction
The contribution proposes the text of Advanced Preamble in DL control structure section to be included in the
802.16m amendment. The proposed text is developed so that it can be readily combined with IEEE P802.16
Rev2/D8 [1], it is compliant to the 802.16m SRD [2] and the 802.16m SDD [3], and it follows the style and
format guidelines in [4].
2. Modifications to the SDD text
The text proposed in this contribution is based on subclauses 11.7.2.1 in the IEEE 802.16m SDD [3]. The
modifications to the SDD text are summarized below:

Number of cell IDs is changed from at least 512 to 768.

Overhead is fixed to 8 symbols per superframe in mixed deployments, 4 symbols per superframe in
IEEE 802.16m only mode.

The location of the A-Preamble symbol is specified as the first symbol of frame. PA-Preamble is located
at the first symbol of second frame in a superframe while SA-Preamble is located at the first symbol of
remaining three frames.

PA-Preamble carries the information of BW information and ABS type.

The mappings on the subcarrier are specified for each PA-Preamble and SA-Preamble.

Specific sequences are provided for PA-Preamble and SA-Preamble.
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IEEE C80216m-09/0958r1.doc
3. References
[1] IEEE P802.16 Rev2/D8, “Draft IEEE Standard for Local and Metropolitan Area Networks: Air Interface
for Broadband Wireless Access,” Dec. 2008.
[2] IEEE 802.16m-07/002r8, “IEEE 802.16m System Requirements Document”
[3] IEEE 802.16m-08/003r7, “IEEE 802.16m System Description Document”
[4] IEEE 802.16m-08/043, “Style guide for writing the IEEE 802.16m amendment”
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IEEE C80216m-09/0958r1.doc
4. Text proposal for inclusion in the 802.16m amendment
--------------------------------------------- Text Start
---------------------------------------------------
4. Abbreviations and acronyms
Insert the following at section 4 in alphabetic order:
A-Preamble
PA-Preamble
SA-Preamble
advanced preamble
primary advanced preamble
secondary advanced preamble
Insert the following subsection at a new section 15:
15.3.x.
DL control structure
15.3.x.1.
Advanced Preamble (A-Preamble)
There are two types of Advanced Preamble (A-Preamble): primary advanced preamble (PA-Preamble) and secondary
advanced preamble (SA-Preamble). One PA-Preamble symbol and three SA-Preamble symbols exist within the
superframe. The location of the A-Preamble symbol is specified as the first symbol of frame. PA-Preamble is located at
the first symbol of second frame in a superframe while SA-Preamble is located at the first symbol of remaining three
frames Figure www depicts the location of A-Preamble symbols.
Superframe : 20msec
SU 0
SU1
SU2
...
Frame : 5msec
F0
F1
F2
F3
Superframe Header
PAPreamble
SAPreamble
Figure www─The location of A-Preamble symbol
15.3.x.1.1.
Primary advanced preamble (PA-Preamble)
The length of sequence for PA-Preamble is 216 regardless of the FFT size. PA-Preamble carries the information of ABS
type, system bandwidth, and carrier configuration. When the subcarrier index 256 is reserved for DC, the allocation of
subcarriers is accomplished by following equation
PAPreambleCarrierSet= 2∙k +41
4
IEEE C80216m-09/0958r1.doc
where
PAPreambleCarrierSet specifies all subcarriers allocated to the PA-Preamble, and
k
is a running index 0 to 215.
Figure xxx depicts the symbol structure of PA-Preamble in the frequency domain.
DC
41
43
45
253
255
257
259
467
469
471
: PAPreambleCarrierSet
Figure xxx─ PA-Preamble symbol structure
In Table xxx the sequence of PA-Preamble is defined in a hexadecimal format. The defined series is mapped onto
subcarriers in ascending order. The value of the series is obtained by converting the series to a binary series and starting
the series from the MSB up to 216 bits (0 mapped to +1 and 1 mapped to -1).
Table xxx─ PA-Preamble series
Index
Carrier
ABS type
BW
Series to modulate
0
5 MHz
6DB4F3B16BCE59166C9CEF7C3C8CA5EDFC16A9D1
DC01F2AE6AA08F
1
10 MHz
1799628F3B9F8F3B22C1BA19EAF94FEC4D37DEE97E
027750D298AC
20 MHz
92161C7C19BB2FC0ADE5CEF3543AC1B6CE6BE1C8D
CABDDD319EAF7
reserved
6DE116E665C395ADC70A89716908620868A60340BF3
5ED547F8281
reserved
BCFDF60DFAD6B027E4C39DB20D783C9F467155179
CBA31115E2D04
5 MHz
7EF1379553F9641EE6ECDBF5F144287E329606C61629
2A3C77F928
10 MHz
8A9CA262B8B3D37E3158A3B17BFA4C9FCFF4D396D
2A93DE65A0E7C
20 MHz
DA8CE648727E4282780384AB53CEEBD1CBF79E0C5
DA7BA85DD3749
8
reserved
3A65D1E6042E8B8AADC701E210B5B4B650B6AB31F
7A918893FB04A
9
reserved
D46CF86FE51B56B2CAA84F26F6F204428C1BD23F3D
888737A0851C
N/A
640267A0C0DF11E475066F1610954B5AE55E189EA7E
72EFD57240F
ABS included
in NBR_ADV
2
3
4
5
Fully
configured
6
ABS not
included in
NBR_ADV
7
10
Partially
configured
N/A
Macro BS and Relay BS are included in NBR_ADV, whereas CSG Femto is not included in NBR_ADV.
5
IEEE C80216m-09/0958r1.doc
The magnitude boosting levels for different FFT size are as follows:
512
1k
2k
2.3999
3.4143
5.1320
For 512-FFT, the boosted PA-Preamble at k-th subcarrier can be written as
ck  2.3999  bk
where
15.3.x.1.2.
bk represents PA-Preamble before the boosting (+1 or - 1).
Secondary advanced preamble (SA-Preamble)
The NSAP, the lengths of sequences for SA-Preamble are 144, 288, and 576 for 512-FFT, 1024-FFT, and 2048-FFT,
respectively. The allocation of subcarriers is accomplished by following equation, when the subcarrier indexes 256, 512,
and 1024 are reserved for DC for 512-FFT, 1024-FFT, and 2024-FFT, respectively.
SAPreambleCarrierSet n  n  3  k  40 
N SAP  2  k 


144  N SAP 
(X-1)
where
SAPreambleCarrierSetn specifies all subcarriers allocated to the specific SA-Preamble,
n
is the index of the SA-Preamble carrier-set 0, 1 and 2 representing segment ID,
k
is a running index 0 to NSAP -1 for each FFT sizes
no circular shift which will be defined later is assumed.
Each segment uses an SA-Preamble composed of a carrier-set out of the three available carrier-sets in the following
manner:
─ Segment 0 uses SA-Preamble carrier-set 0.
─ Segment 1 uses SA-Preamble carrier-set 1.
─ Segment 2 uses SA-Preamble carrier-set 2.
Each cell ID has an integer value IDcell from 0 to 767. The IDcell is defined by segment index and an index per segment
as follows
IDcell = 256∙n + Idx
where
n
is the index of the SA-Preamble carrier-set 0, 1 and 2 representing segment ID,
Idx is a running index 0 to 255.
SA-Preamble sequences are partitioned and each partition is dedicated to specific base station type like Macro BS, Femto
BS and etc. The partition information is broadcasted in the extended system information.
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IEEE C80216m-09/0958r1.doc
For the support of femtocell deployment, a femtocell BS may transmit its SA-Preamble sequence over the segment or
subcarrier set different from that used by the overlay macrocell BS if the femtocell BS is synchronized to macrocell BSs.
The segment information of the overlay macrocell BS may be obtained by communications with macrocell BS through
backbone network or active scanning of SA-Preamble transmitted by macrocell BS.
For 512-FFT size, the 144-bit SA-Preamble sequence is divided into 8 main blocks, namely, A, B, C, D, E, F, G, and H.
The length of each block is 18 bits. Each segment ID has different sequence blocks. Table YYYY depicts the 8 blocks of
each segment ID where LSB 18 bits are used to represent the binary sequence of each block. The binary sequence {0,1} is
mapped to real number {+1,-1}. For 512-FFT size, A, B, C, D, E, F, G, and H are modulated and mapped sequentially in
ascending order onto the SA-Preamble subcarrier-set corresponding to segment ID, as shown in Figure zzz. For higher
FFT sizes, the basic blocks (A,B,C,D, E, F, G, H) are repeated in the same order. For instance in 1024-FFT size, E, F, G,
H, A, B, C, D, E, F, G, H, A, B, C, D are modulated and mapped sequentially in ascending order onto the SA-Preamble
subcarrier-set corresponding to segment ID.
DC
EFGH
ABCD
EFGH
ABCD
EFGH
ABCD
EFGH
ABCD
512-FFT
1024-FFT
2048-FFT
Figure zzz─The allocation of sequence block for each FFT size.
A circular shift is applied to over 3 consecutive sub-carriers after applying subcarrier mapping based on Equation (X-1).
Each subblock has common offset. The circular shift pattern for each subblock is:
[2,1,0……., 2,1,0, ….., 2,1,0, 2,1,0, DC, 1,0,2, 1,0,2, ……, 1,0,2, …….1,0,2]
where the shift is circularly right shift.
For 512-FFT size, the blocks (A, B, C, D, E, F, G, H) experience the following right circular shift (0, 2, 1, 0, 1, 0, 2, 1),
respectively. Figure yy1 depicts the symbol structure of SA-Preamble in the frequency domain for 512-FFT.
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IEEE C80216m-09/0958r1.doc
DC (256)
40
43
91
96
261
147 149
152
54
54
258
99
309 311
202
205
54
314
54
200
362
367
54
54
370
418 420
423
54
: SAPreambleCarrierSet0
253
471
54
: SAPreambleCarrierSet1
: SAPreambleCarrierSet2
Figure yy1─SA-Preamble symbol structure for 512-FFT
For multiple antenna system, the SA-Preamble blocks are interleaved on the number of antennas as follows. For 512-FFT
size, Figure yy2 depicts the SA-Preamble allocation for 1, 2, and 4 antennas.
1 antenna
A
B
C
D
E
F
G
H
2 antennas
A
C
B
E
D
G
F
H
4 antennas
A
E
B
F
C
G
D
H
8 antennas: Each antenna sends one sub-block
{A,B,C,D,E,F,G,H}
Figure yy2 Multi antenna example for 512-FFT
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IEEE C80216m-09/0958r1.doc
For 1024-FFT size, Figure yy3 depicts the SA-Preamble allocation for 1, 2, 4, and 8 antennas.
1 antenna
E F G H A B C D
E F G H A B C D
2 antennas
E F G H A B C D
E F G H A B C D
4 antennas
E
G
F
A
H
C
B
D
E
G
F
A
H
C
B
D
8 antennas
E
A
G
.
.
.
C
Similarly, each four blocks of the 4-antenna case is transmitted using
two antennas in the 8-antenna case using the interleaved structure
Figure yy3 Multi antenna example for 1024-FFT
For 2048-FFT size, Figure yy4 depicts the SA-Preamble allocation for 1 and 2 antennas.
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IEEE C80216m-09/0958r1.doc
1 antenna
EFGHABCD EFGHABCD
EFGHABCD EFGHABCD
2 antennas
EFGHABCD
EFGHABCD
EFGHABCD
EFGHABCD
4 antennas
Each block {E,F,G,H,A,B,C,D} in the above 2-antenna scenario is interleaved across
two antennas where [E,0,G,0,A,0,C,0] is transmitted via the first antenna and
[0,F,0,H,0,B,0,D] is transmitted via the second antenna.
Figure yy4 Multi antenna example for 2048-FFT
Let “block” denote 8 consecutive sub-blocks {E, F, G, H, A, B, C, D}. The algorithm to assign the preamble blocks to
multiple transmit antennas where the number of antennas is power of 2 can be described as follows. Let
Nt: number of transmit antennas
Nb: total number of blocks
Ns: total number of sub-blocks; Ns = 8*Nb
Nbt: number of blocks per antenna; Nbt = Nb/Nt
Nst: number of sub-blocks per antenna; Nst = Ns/Nt


If (Nbt >= 1)
o
Distribute consecutive blocks across the Nt antennas
o
For a given antenna, a block is repeated with period Nt
o
Block position of the (t+1)-th antenna = t + p * Nt, where t = 0, 1, …, Nt-1 , p = 0, 1, …, Nbt-1
Else
o
If (Nst = 4)

Interleave the 8 sub-blocks {E,F,G,H,A,B,C,D} across each 2 consecutive antennas
10
IEEE C80216m-09/0958r1.doc
o
o

Block [E,0,G,0,A,0,C,0] is sent from antenna i at block position: floor(i/2)

Block [0,F,0,H,0,B,0,D] is sent from antenna i+1 at block position: floor((i+1)/2), where i = 0,2,4, …, Nt
Else If (Nst = 2)

Interleave the 8 sub-blocks {E,F,G,H,A,B,C,D} across each 4 consecutive antennas

Block [E,0,0,0,A,0,0,0] is sent from antenna i at block position: floor(i/4)

Block [0,0,G,0,0,0,C,0] is sent from antenna i+1 at block position: floor((i+1)/4)

Block [0,F,0,0,0,B,0,0] is sent from antenna i+2 at block position: floor((i+2)/4)

Block [0,0,0,H,0,0,0,D] is sent from antenna i+3 at block position: floor((i+3)/4), where i = 0,4,8,…, Nt
Else

Interleave the 8 sub-blocks {E,F,G,H,A,B,C,D} across each 8 consecutive antennas, i.e., send 1 sub-block
per antenna

Block [E,0,0,0,0,0,0,0] is sent from antenna i at block position: floor(i/8)

Block [0,F,0,0,0,0,0,0] is sent from antenna i+1 at block position: floor((i+1)/8)

Block [0,0,G,0,0,0,0,0] is sent from antenna i+2 at block position: floor((i+2)/8)

Block [0,0,0,H,0,0,0,0] is sent from antenna i+3 at block position: floor((i+3)/8)

Block [0,0,0,0,A,0,0,0] is sent from antenna i+4 at block position: floor((i+4)/8)

Block [0,0,0,0,0,B,0,0] is sent from antenna i+5 at block position: floor((i+5)/8)

Block [0,0,0,0,0,0,C,0] is sent from antenna i+6 at block position: floor((i+6)/8)

Block [0,0,0,0,0,0,0,D] is sent from antenna i+7 at block position: floor((i+7)/8), where i = 0,8,…, Nt
Each time frame, the transmitted structures are rotated across the transmit antennas. For example, we consider the
512-FFT system with 4 transmit antennas. At the f-th frame, the preamble structure [A,0,0,0,E,0,0,0] is sent via the first
antenna, and structure [0,0,0,D,0,0,0,H] is sent via the fourth antenna. Hence, at the (f+1)-th frame, structure
[0,0,0,D,0,0,0,H] is sent via the first antenna, while structure [A,0,0,0,E,0,0,0] is sent via the second antenna.
The magnitude boosting levels for different FFT size and number of antennas are as follows:
Ant\FFT
1
2
4
8
512
1.5928
2.1841
2.8489
3.5523
1k
1.9516
2.5474
3.1047
4.0273
11
2k
1.4748
2.0800
3.0915
4.3691
IEEE C80216m-09/0958r1.doc
For single-antenna case, the SA-Preamble is transmitted with a magnitude boost of 1.5928. The boosted SA-Preamble at
k-th subcarrier can be written as
ck  1.5928  bk
where
bk represents SA-Preamble before the boosting (+1 or - 1).
Block Cover Sequence {+1,-1} for each sub-block in the structure (optimized for arbitrary number of transmit antennas
and any bandwidth). The binary sequence {0,1} is mapped to real number {+1,-1}. The Block Cover Sequence of each
case is:
(FFT,number of antennas)\Segment ID
(512,1)
(512,2)
(512,4)
(512,8)
0
DE
04
20
00
1
DE
C0
00
00
2
0A
28
90
00
(1024,1)
(1024,2)
(1024,4)
(1024,8)
7CD6
1A1A
1010
2020
7B2E
E2E2
9090
A0A0
C66C
0A0A
2828
8080
(2048,1)
(2048,2)
(2048,4)
(2048,8)
68E7E631
2C210259
6A5D2AF2
E659356A
FC8474DB
C2042058
6476EDE6
958047EE
69C337F3
7D160BC4
56C6A39B
1AD81B52
Table YYYY
n=0: (Segment 0)
Idx\blk
0
1
2
3
4
5
6
7
8
9
A
2A1FA
23836
211B7
3836C
26F2D
3D1C3
30709
38E39
21779
270A8
B
3DE76
378C2
2855B
22AD2
3DFF6
23AFF
2FA42
33279
264CB
2ADE1
C
2CCA0
3BFDA
25BCD
349DB
315B1
22B8B
31CBD
2FF20
3230D
3B6B7
D
15722
1A401
17F09
183CA
1234E
1A9DE
0F424
08825
0AE06
1A629
12
E
2A509
27FBD
32910
3B2CA
2A0AF
3E5A3
3E570
3EBCB
35140
29B35
F
0E904
1FA0E
090FB
09CE3
1BEAD
08235
1D9A8
1DCCD
1CA03
0C99D
G
0C5D5
02DA2
07C8C
12C6C
0CE1A
1B7AF
008AA
15D61
0E570
0AC04
H
10774
03949
0CC20
12282
03B36
136AD
0F9D3
0DECF
059BE
03C08
IEEE C80216m-09/0958r1.doc
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
30F40
28A18
26821
3AC52
32B67
3AC4D
28B79
3F8D6
2080F
27DC1
34CAB
24991
30822
3C355
3ECC3
2FF61
235C9
299F2
2F3F4
32816
3DF50
3D053
3960E
2B95B
3CC0F
383EC
2C261
2497F
372E6
34FFB
3D6FA
362C1
348E8
2C7BB
2B3BE
2614D
26417
3F902
3AB24
35E1E
3AC9F
2F482
2E248
2CFA2
3DB3B
2C726
229F2
235C2
25552
39B09
20A28
3363F
2F6B4
3A5B3
33B19
298C0
35BBC
22EA0
20E09
2E4D0
21FEA
2FE84
3CF91
398DC
36EEE
2A52B
2B725
275AC
3D5DF
34251
25786
3EE78
3DF2C
26F45
385EE
201B2
3A316
228F1
292F3
304B6
38DCD
305DF
2723E
3972D
2F28F
27DA5
340BC
21306
2A37D
3D551
26090
315BF
3AC19
348C5
28F3F
3D41B
36DE4
32990
2EC63
341AF
209E8
3792C
361F3
20AE4
3EE12
3E9C6
20ED5
29713
341E6
3791E
291F6
2B540
3E702
2AEE1
2F478
35068
3DFCC
37F3E
22420
34668
36429
259F6
2B708
273CC
33FBE
3B804
28467
24A63
28B79
2C371
2F16A
25577
2AC73
27046
3D001
2015D
36FDF
2B4F8
33D64
361C8
3C977
35738
263B8
34498
35A9A
3A58F
3AC0A
252BF
358C3
2C3F8
20810
35261
3F334
00A13
0BA1C
08B45
1609E
1A699
06420
088EF
1762C
153B4
1F1BF
02C06
0D6EB
04B4D
085B0
03ADF
14092
175DB
12631
0B0CF
0CD01
19594
165F6
068B6
03545
1D38A
190FA
0D393
12C8E
188E6
19DEF
1C8D6
134A2
1315A
09325
0DD50
16369
130EF
19A54
1360A
158AF
1C684
0E65B
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294CB
319D3
3DBE9
2A925
247D0
390A5
29329
3B888
3D8F4
2A685
3254C
3630B
39851
2E171
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27CA2
221B1
2E012
3EF38
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2027C
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3EEAF
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3BA46
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2F5D9
36BC6
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23886
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2DE49
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2BBB4
2CF29
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2352A
39A18
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25515
2C3BC
3F13E
37156
3F7F2
3DFFB
2E816
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2A1E3
3DD23
3A6D1
2A739
37F7F
3C456
29619
20F0B
3D0AF
3BED4
2E182
2B222
25C44
21791
290C7
3AA4B
3D433
24DD6
20324
3E739
32268
3EA38
2AC53
20E69
2553F
2071B
29BF9
36270
27DDF
30484
3B034
2430D
358A1
205D4
2C6C9
3CE8E
30A30
2C7D2
24F25
22546
1F529
1DB40
0A6DB
18189
1063A
108DF
0777C
08DCC
12828
0E3CF
19FAD
1E1DE
164AE
0CD6D
0D315
14004
18FFB
1243F
126CA
1AE63
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1BC41
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0E52B
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1721B
09B13
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18145
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099C7
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02BE1
14805
04720
010EB
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1651C
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n=1 (Segment 1):
17
20AD8
2B485
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29A2A
25E5F
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111DD
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18837
1F5BE
17B00
0DC9D
12BB5
17865
0D1D9
17CF2
0FEE5
0DD85
0FE0F
06B95
02353
1C91B
0C2F0
09428
116C0
1B63C
102D3
1FA27
02B1F
1B3E9
11773
00655
006BA
06D85
187AE
1CA49
1172C
1EB32
01A3D
07E20
0580C
0D41C
10CDB
04B30
1A23A
0E112
09BBA
05C53
0B23C
0D95E
06E57
1027B
01626
18257
12E57
11892
02A7C
0C66F
1C843
165A7
1A485
14D30
13F61
02ACD
1CE5E
1BD4A
1E5B8
11D51
1D57A
12283
14CB4
0F81E
10491
12081
13963
1C75C
04EAF
0E821
033D8
0DBD5
0AFCE
138EC
051CD
11E20
1E2EB
08FF7
0178B
06A42
064D3
115B6
0CEF0
0CFEC
10018
05C6B
0FA77
0E2C3
0794D
1F6D4
19C4B
0670D
08902
13637
0EB33
00E7A
16CB3
1DB09
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01927
0424D
1F7D6
0B0FE
15721
083D2
1D9FD
05FE3
02A03
0A787
18167
00B52
0961A
04713
0BF01
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B
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161FA
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07820
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