IEEE C802.16m-10/0305r1
Project
IEEE 802.16 Broadband Wireless Access Working Group <http://ieee802.org/16>
Title
AAI_SCN-XXX message clean up
Date
Submitted
2010-03-15
Source(s)
Joey Chou
E-mail: joey.chou@intel.com
Xiangying Yang
Intel
Jaesun Cha, ETRI
Daniel Cohn
Alvarion
Inuk Jung
LG Electronics
Jaehyuk Jang
Samsung
Re:
TGm AWD:
Abstract
This contribution proposes text to Clean up AAI_SCN-XXX message
Purpose
Adopt proposed text.
Notice
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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.
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1
IEEE C802.16m-10/0305r1
AAI_SCN-XXX message clean up
Joey Chou, Xiangying Yang Intel
Jaesun Cha, ETRI
Daniel Cohn
Alvarion
Inuk Jung
LG Electronics
Jaehyuk Jang
Samsung
I.
Introduction
This contribution is intended to clean up AAI_SCN-REQ, AAI_SCN-RSP, and AAI_SCN-REP messages by providing missing
information, such as size, value, conditions, that are required to build the message, and ASN.1 codeing.
II.
Proposed text
II.1 Proposed text 1
16.2.3.13 AAI_SCN-REQ
------------------------------------------------- Start of proposed text I -------------------------------------------------An AAI_SCN-REQ message is transmitted by an AMS to request a scanning interval for the purpose of seeking available
ABSs and/or WirelessMAN-OFDMA BSs and determining their suitability as targets for HO. An AMS may request a scanning
interval during the scan interleaving interval.
[Replace Table 688 with the following table]
Table 688: AAI_SCN-REQ
M/O
Attributes / Array of attributes
Size
(bits)
M
Scan duration
8
M
Scan purpose
1
M
Interleaving
8
M
Scan Iteration
6
O
Recommended start super frame
number
6
Value / Note
Duration (in units of AAI subframes)
of the requested scanning period.
0b0: scan BS(s) which is in the list of
the AAI_NBR-ADV message
0b1: scan BS(s) which is not in the list
of the AAI_NBR-ADV message
The period of AMS's normal operation
(in units of AAI subframes), which is
interleaved between Scan Durations.
The requested number of iterating
scanning interval by an AMS.
Represents the 6 least significant bits
of the absolute super frame number
2
Conditions
Present if AMS
recommends a start
IEEE C802.16m-10/0305r1
O
Recommended start frame number
2
O
N_Recommended_BS_Index
6
O
Configuration Change Count for
AAI_NBR-ADV
8
O
nbrBsIndex
Arr [0..63]
Variabl
e(8x
N)
O
N_Recommended_BS_Full
6
O
fullBsIdArr
[0..63]
Variabl
e ( 48 x
N)
O
N_Recommended_Preambe_Index
4
O
preambleIn
dexArr[0..1
4]
Variabl
e(6x
N)
O
nbrAbsArr[
0..63]
O
O
O
Neighbor BS index
Recommended BS ID
Preamble Index
N_Recommended_Carrier
_Index
Recommen
ded_Carrier
_Index
N_Recommended_Carrier_Index_at_Serv
ing_ABS
carrierInde
xArr[0..62]
carIndexArr
[ 0..14]
Recommended Carrier
index at serving ABS
for which the AMS recommends the
first Scanning Interval to start. This
field is set to 0 if an AMS has no
preferred value.
Represents recommended start frame
number within a super frame. The
value indicates:
0b00: the 1st frame in a super frame
0b01: the 2nd frame in a super frame
0b10: the 3rd frame in a super frame
0b11: the 4th frame in a super frame
This is the number of neighboring BS
[0 .. 63] to be scanned, which are
included in AAI_NBR-ADV message.
When an AMS receives AAI_SCN-RSP
message from BS in response to
AAI_SCN-REQ message, the AMS shall
check whether Configuration Change
Count stored by the AMS is the same
as one included in AAI_SCN-RSP
message sent by the ABS. If an AMS
detects mismatch of Configuration
Change Counts, it may retransmit
AAI_SCN-REQ message to the ABS.
The value of Configuration Change
Count in AAI_NBR-ADV message
referred in order to compress
neighbor BSID
Based on the value of
N_Recommended_BS_Index, BS index
corresponds to position of BS in
AAI_NBR-ADV message is included.
Number of neighboring BS [0..63] to
be scanned, which are using full 48-bit
BSID.
Based on the value of
N_Recommended_BS_Full, identifiers
of the BSs the MS plans to scan is
included.
Number of preambles to be scanned
[0..15]
Based on the value of
N_Recommended_BS_Full, identifiers
of the BSs the MS plans to scan is
included.
Number of carriers to be scanned at
each neighboring ABS [0..63].
Variabl
e(6x
N)
Variabl
e(6x
N x M)
6
Variabl
e(6x
N)
Recommended physical carrier index
for scan at each neighboring ABS.
Number of carriers to be scanned at
each neighboring ABS.
Recommended physical carrier index
of the serving ABS to be scanned
3
super frame
Present if
Recommended start
super frame number is
present
Present if AMS decides
to use index instead of
full 48 bits BSID to
identify a ABS
Present if
N_Recommended_BS_I
ndex > 0
Present if
N_Recommended_BS_I
ndex > 0
Present if AMS decides
to use full 48 bits BSID
to identify a ABS
Present if
N_Recommended_BS_F
ull > 0
Present if AMS decides
to request preamble
scanning
Present if
N_Recommended_Prea
mbe_Index > 0
Present when a
neighboring ABS is a
multicarrier ABS and,
N_Recommended_BS_I
ndex > 0 or
N_Recommended_BS_F
ull > 0
Present if
N_Recommended_Carri
er_Index > 0
Present if AMS decides
to scan carrier index
Present if
N_Recommended_Carri
er_Index_at_Serving_A
IEEE C802.16m-10/0305r1
BS > 0
O
csgIdArr[0..
15]
CSG Identifier
Variabl
e (8 x
N)
Sent by AMS to aid ABS reselection
Present if CSG identifier
is available
------------------------------------------------- End of proposed text I--------------------------------------------------
II.2 Proposed text 2
16.2.3.14 AAI_SCN-RSP
------------------------------------------------- Start of proposed text II -------------------------------------------------An AAI_SCN-RSP message shall be transmitted by the ABS either unsolicited or in response to an AAI_SCN-REQ message
sent by an AMS. An ABS may transmit AAI_SCN-RSP to start AMS scan reporting with or without scanning interval
allocation. If Scan Duration field contains a non-zero value, scanning interval pattern included in the AAI_SCN-RSP
message replaces previous existing scanning interval pattern. When an AAI_SCN-RSP is sent in response to an AAI_SCNREQ message, setting Scan Duration to zero indicates the request for an allocation of scanning interval is denied.
[Replace Table 689 with the following table]
Table 689: AAI_SCN-RSP
M/O
Attributes / Array of attributes
Size
(bits)
M
Scan duration
8
M
Scan purpose
1
M
Report mode
2
M
Report metric
4
M
Report period
8
Value / Note
Duration (in units of AAI subframes)
of the requested scanning period.
0b0: scan BS(s) as listed in the
AAI_NBR-ADV message
0b1: scan BS(s) as listed in the
AAI_NBR-ADV message
0b00:No report
0b01:Periodic report
0b10:Event-triggered report
0b11:One-time scan report
Bitmap indicator of trigger metrics
that the serving ABS requests the AMS
to report. The serving ABS shall
indicate only the trigger metrics
agreed during AAI_SBC-REQ/RSP
negotiation. Each bit indicates
whether reports will be initiated by
trigger based on the corresponding
metric:
Bit 0: BS CINR mean
Bit 1: BS RSSI mean
Bit 2: Relative delay
Bit 3: BS RTD
The period of MS's report of scanning
result when the MS is required to
report the value periodically or onetime. The period is calculated from
the start of the first scan duration. If
the BS sends an unsolicited AAI_SCNRSP message without assignment of a
scanning interval and the scan
duration is set to zero, the period is
calculated from the frame the MS
4
Conditions
IEEE C802.16m-10/0305r1
O
start super frame number
6
O
start frame number
2
O
Interleaving
8
O
Scan Iteration
6
O
N_Recommended_BS_Index
6
O
N_Recommended_BS_Index
6
O
Configuration Change Count for
AAI_NBR-ADV
8
O
nbrBsIndex
Arr [0..63]
Variabl
e(8x
N)
O
N_Recommended_BS_Full
6
O
fullBsIdArr
[0..63]
Variabl
e ( 48 x
N)
O
N_Recommended_Preambe_Index
O
O
preambleIn
dexArr[0..1
4]
Neighbor BS index
Recommended BS ID
Preamble Index
Physical carrier index
4
Variabl
e(6x
N)
receives the AAI_SCN-RSP message.
For MS scanning request denied by
AAI_SCN-RSP with Scan Duration set
to zero, Report period is the number
of frames that BS suggests to MS
before transmitting next AAI_SCNREQ
Represents the 6 least significant bits
of the absolute super frame number
in which the first Scanning interval
starts
Represents start frame number in the
Start super frame number.
0b00: 1st frame in the super frame
0b01: 2nd frame in the super frame
0b10: 3rd frame in the super frame
0b11: 4th frame in the super frame
The period of AMS's normal operation
(in units of AAI subframes), which is
interleaved between Scan Durations.
The requested number of iterating
scanning interval by an AMS.
Number of neighboring BS to be
scanned, which are included in
AAI_NBR-ADV message [0..63].
This is the number of neighboring BS
[0 .. 63] to be scanned, which are
included in AAI_NBR-ADV message.
When an AMS receives AAI_SCN-RSP
message from BS in response to
AAI_SCN-REQ message, the AMS shall
check whether Configuration Change
Count stored by the AMS is the same
as one included in AAI_SCN-RSP
message sent by the ABS. If an AMS
detects mismatch of Configuration
Change Counts, it may retransmit
AAI_SCN-REQ message to the ABS.
The value of Configuration Change
Count in AAI_NBR-ADV message
referred in order to compress
neighbor BSID
Based on the value of
N_Recommended_BS_Index, BS index
corresponds to position of BS in
AAI_NBR-ADV message is included.
Number of neighboring BS [0..63] to
be scanned, which are using full 48-bit
BSID.
Based on the value of
N_Recommended_BS_Full, identifiers
of the BSs the MS plans to scan is
included.
Number of preambles to be scanned
[0..15]
Present only when Scan
Duration > 0
Present only when Scan
Duration > 0
Present only when Scan
Duration > 0
Present only when Scan
Duration > 0
Present only when Scan
Duration > 0
Present if AMS decides
to use index instead of
full 48 bits BSID to
identify a ABS
Present if
N_Recommended_BS_I
ndex > 0
Present if
N_Recommended_BS_I
ndex > 0
Present only when Scan
Duration > 0
Present if
N_Recommended_BS_F
ull > 0
Present if AMS decides
to request preamble
scanning
Based on the value of
N_Recommended_BS_Full, identifiers
of the BSs the MS plans to scan is
included.
Present if
N_Recommended_Prea
mbe_Index > 0
As defined in AAI_Global-Config
Shall be included
5
IEEE C802.16m-10/0305r1
message
Channel bandwidth of
recommended BS ID
Channel bandwidth of
recommended BS ID in units of
125 KHz. Field length is 1 byte.
CP length
CP length of the recommended
target ABS
00: 1/8
01: 1/16
10: 1/4
O
o
O
nbrAbsArr[
0..63]
O
O
N_Recommended_Carrier
_Index
Recommen
ded_Carrier
_Index
N_Recommended_Carrier_Index_at_Serv
ing_ABS
carrierInde
xArr[0..62]
O
carIndexArr
[ 0..62]
Carrier index at serving
ABS
O
Scanning_Carrier_Index
Variabl
e(6x
N)
Variabl
e(6x
N x M)
6
Variabl
e(6x
N)
3
Number of carriers to be scanned at
each neighboring ABS [0..63].
Recommended physical carrier index
for scan at each neighboring ABS.
Number of carriers to be scanned at
the serving ABS.
Recommended physical carrier index
of the serving ABS to be scanned
Recommended logical carrier index of
the AMS to be used for scanning.
when target ABS is
not included in
AAI_NBR-ADV
message
Shall be included
when target ABS is
not included in
AAI_NBR-ADV
message
Shall be included
when target ABS is
not included in
AAI_NBR-ADV
message
Present when
N_Recommended_BS_I
ndex > 0 or
N_Recommended_BS_F
ull > 0
Present if
N_Recommended_Carri
er_Index > 0
Present if AMS decides
to scan carrier index
Present if
N_Recommended_Carri
er_Index_at_Serving_A
BS > 0
Present if the AMS
supports multi-carrier
scanning.
------------------------------------------------- End of proposed text II --------------------------------------------------
II.3 Proposed text
16.2.3.15 AAI_SCN-REP
------------------------------------------------- Start of proposed text III -------------------------------------------------When the report mode is 0b10 (i.e., event triggered) in the most recently received AAI_SCN-RSP, the MS shall transmit a
AAI_SCN-REP message to report the scanning results to its serving ABS after each scanning period if the trigger condition is
met. For a periodic report (i.e., Report Mode is 0b01) and for One-time Scan Report (Report Mode is 0b11), the AMS
reports the scanning results to its serving ABS at the time indicated in the AAI_SCN-RSP message except when it is in the
scanning interval. For a periodic report (i.e., Report Mode is 0b01), the AMS stops reporting after all scanning intervals in
the AAI-SCN-RSP message. The AMS shall include all available scanning results for the requested ABSs specified in the said
AAI_SCN-RSP message. The MS may transmit an AAI_SCN-REP message to report the scanning results to its serving ABS at
anytime.
[Replace Table 670 with the following table]
Table 670: AAI_SCN-REP
M/O
Attributes / Array of attributes
Size
(bits)
Value / Note
6
Conditions
IEEE C802.16m-10/0305r1
M
Report mode
1
M
Report metric
4
O
BS CINR mean
8
O
BS RSSI mean
8
O
Relative delay
8
O
BS RTD
8
O
N_Neighbor_BS_Index
6
O
Configuration Change Count for
AAI_NBR-ADV
8
Action code for an AMS's scan report
of its measurement
0: Event-triggered report
1: Periodic report according to Scan
report period of AAI_SCN-RSP
Bitmap indicator of trigger metrics
that the serving ABS requests the AMS
to report. The serving ABS shall
indicate only the trigger metrics
agreed during AAI_SBC-REQ/RSP
negotiation. For each bit location, a
value of 0 indicates the trigger metric
is not included, while a value of '1'
indicates the trigger metric is included
in the message. The bitmap
interpretation for the metrics shall be:
Bit 0: BS CINR mean
Bit 1: BS RSSI mean
Bit 2: Relative delay
Bit 3: BS RTD
The BS CINR Mean parameter
indicates the CINR measured by the
AMS from the particular ABS. The
value shall be interpreted as a signed
byte with units of 0.5 dB. The
measurement shall be performed on
the subcarriers of the frame preamble
that are active in the serving ABS's
segment and averaged over the
measurement period.
The BS RSSI Mean parameter
indicates the Received Signal Strength
measured by the AMS from the
particular ABS. The value shall be
interpreted as an unsigned byte with
units of 0.25 dB, e.g., 0x00 is
interpreted as -103.75 dBm. An MS
shall be able to report values in the
range -103.75 dBm to -40 dBm. The
measurement shall be performed on
the frame preamble and averaged
over the measurement period.
This parameter indicates the delay of
neighbor DL signals relative to the
serving BS, as measured by the MS for
the particular BS. The value shall be
interpreted as a signed integer in units
of samples.
The BS RTD parameter indicates the
round trip delay (RTD) measured by
the AMS from the particular ABS. RTD
can be given by the latest time
advance taken by MS. The value shall
be interpreted as an unsigned byte
with units of 1/Fs.
Number of neighboring BS reported in
this message and which are included
in AAI_NBR-ADV message [0..63].
The value of Configuration Change
Count in AAI_NBR-ADV message
referred in order to compress
7
Present if AMS is asked
to report CINR
Present if AMS is asked
to report RSSI
Present if AMS is asked
to report relative delay
Present if AMS is asked
to report RTD
Present only when the
scanning report is
based on BS index
Present only when the
scanning report is
based on BS index
IEEE C802.16m-10/0305r1
O
nbrBsIndex
Arr [0..63]
Neighbor BS index
Variabl
e(8x
N)
O
N_Recommended_BS_Full
6
O
fullBsIdArr
[0..63]
Variabl
e ( 48 x
N)
O
FA_Index
faIndexArr[
0.14]
O
O
Recommended BS ID
4?
faIndex
?
N_Recommended_Preambe_Index
preambleIn
dexArr[0..1
4]
O
nbrAbsArr[
0..63]
Based on the value of
N_Recommended_BS_Full, identifiers
of the BSs the MS plans to scan is
included.
Scanned FA Index
Note: needs definition of FA index
Note: needs definition of FA index
Number of preambles to be scanned
[0..15]
4
Preamble Index
Variabl
e ( 10 x
N)
Report value
Variabl
e (? X
N)
N_Recommended_Carrier
_Index
Variabl
e(6x
N)
Recommen
ded_Carrier
_Index
Variabl
e(6x
N x M)
carrierInde
xArr[0..62]
O
neighbor BSID
Based on the value of
N_Recommended_BS_Index, BS index
corresponds to position of BS in
AAI_NBR-ADV message is included.
Number of neighboring BS [0..63] to
be scanned, which are using full 48-bit
BSID.
Based on the value of
N_Recommended_BS_Full, identifiers
of the BSs the MS plans to scan is
included.
Based on the value of Report metric
Note: needs definition of report value
Number of carriers to be scanned at
each neighboring ABS [0..63].
Recommended physical carrier index
for scan at each neighboring ABS.
Present only when the
scanning report is
based on BS index
Present only when the
scanning report is
based on full 48 bit BS
ID
Present if
N_Recommended_BS_F
ull > 0
Present if AMS is to
report preamble
scanning
Present if
N_Recommended_Prea
mbe_Index > 0
Present when
N_Recommended_BS_I
ndex > 0 or
N_Recommended_BS_F
ull > 0
Present if
N_Recommended_Carri
er_Index > 0
------------------------------------------------- Start of proposed text III --------------------------------------------------
Annex P.
(Normative)
Definition of AAI MAC control messages
Annex P.2 MAC Control Message Definitions
------------------------------------------------- Start of proposed text IV --------------------------------------------------
[Add the following ASN.1 code to Annex P.2]
-- Scan Request Message
AAI-SCN-REQ ::= SEQUENCE {
messageType
scanDuration
scanPurpose
interleaving
OCTET STRING (SIZE(1)),
INTEGER (0..255),
ScanPurposeSet,
INTEGER (0..255),
8
IEEE C802.16m-10/0305r1
scanIteration
recommendStartSuperFrame
recommendStartFrame
numOfRecommendBsIndex
configChangeCount
nbrBsIndexList
numOfRecommendBsFull
nbrFullBsidList
numOfRecommendPreambleIndex
preambleIndexList
nbrBsCarrierIndexList
numOfCarrierIndexInSbs
sbsCarrierIndexList
}
-- Scan Response Message
AAI-SCN-RSP ::= SEQUENCE {
messageType
scanDuration
scanPurpose
reportMode
reportMetric
reportPeriod
startSuperFrame
startFrameInSf
interleaving
scanIteration
numOfRecommendBsIndex
configChangeCount
nbrBsIndexList
numOfRecommendBsFull
nbrFullBsidList
numOfRecommendPreambleIndex
preambleIndexList
nbrBsCarrierIndexList
numOfCarrierIndexInSbs
sbsCarrierIndexList
}
-- Scan Report Message
AAI-SCN-REP ::= SEQUENCE {
messageType
reportMode
reportMetric
bsCinrMean
bsRssiMean
relativeDelay
bsRtdn
numOfBsIndex
configChangeCount
nbrBsIndexList
numOfRecommendBsFull
nbrFullBsidList
numOfRecommendPreambleIndex
preambleIndexList
nbrBsCarrierIndexList
}
INTEGER (0..63),
INTEGER (0..63) OPTIONAL,
StartFrameNumber OPTIONAL,
INTEGER (0..63) OPTIONAL,
INTEGER (0..255) OPTIONAL,
NbrBsIndexSet OPTIONAL,
INTEGER (0..63) OPTIONAL,
NbrFullBsidSet OPTIONAL,
INTEGER (0..15) OPTIONAL,
PreambleIndexSet OPTIONAL,
NbrBsCarrierIndexSet OPTIONAL,
INTEGER (0..63) OPTIONAL,
SbsCarrierIndexSet OPTIONAL
OCTET STRING (SIZE(1)),
INTEGER (0..255),
ScanPurposeSet,
ReportModeSet,
ReportMetricSet,
INTEGER (0..255),
INTEGER (0..63) OPTIONAL,
StartFrameNumber OPTIONAL,
INTEGER (0..255),
INTEGER (0..63),
INTEGER (0..63) OPTIONAL,
INTEGER (0..255) OPTIONAL,
NbrBsIndexSet OPTIONAL,
INTEGER (0..63) OPTIONAL,
NbrFullBsidSet OPTIONAL,
INTEGER (0..15) OPTIONAL,
PreambleIndexSet OPTIONAL,
NbrBsCarrierIndexSet OPTIONAL,
INTEGER (0..63) OPTIONAL,
SbsCarrierIndexSet OPTIONAL
OCTET STRING (SIZE(1)),
ReportModeSet,
ReportMetricSet,
INTEGER (0..255) OPTIONAL,
INTEGER (0..255) OPTIONAL,
INTEGER (0..255) OPTIONAL,
INTEGER (0..255) OPTIONAL,
INTEGER (0..63) OPTIONAL,
INTEGER (0..255) OPTIONAL,
NbrBsIndexSet OPTIONAL,
INTEGER (0..63) OPTIONAL,
NbrFullBsidSet OPTIONAL,
INTEGER (0..15) OPTIONAL,
PreambleIndexSet OPTIONAL,
NbrBsCarrierIndexSet OPTIONAL
ScanPurposeSet ::=
ENUMERATED {
listedInNbrAdv
(0),
notListedInNbrAdv (1)}
ReportModeSet ::=
ENUMERATED {
noReport
9
(0),
IEEE C802.16m-10/0305r1
periodicReport
(1),
eventTriggerReport (2),
oneTimeScanReport (3)}
ReportMetricSet ::=
StartFrameNumber ::=
NbrBsIndexSet ::= SEQUENCE {
nbrBsIndex1
nbrBsIndex2
nbrBsIndex3
nbrBsIndex4
nbrBsIndex5
nbrBsIndex6
nbrBsIndex7
nbrBsIndex8
nbrBsIndex9
nbrBsIndex10
nbrBsIndex11
nbrBsIndex12
nbrBsIndex13
nbrBsIndex14
nbrBsIndex15
nbrBsIndex16
nbrBsIndex17
nbrBsIndex18
nbrBsIndex19
nbrBsIndex20
nbrBsIndex21
nbrBsIndex22
nbrBsIndex23
nbrBsIndex24
nbrBsIndex25
nbrBsIndex26
nbrBsIndex27
nbrBsIndex28
nbrBsIndex29
nbrBsIndex30
nbrBsIndex31
nbrBsIndex32
nbrBsIndex33
nbrBsIndex34
nbrBsIndex35
nbrBsIndex36
nbrBsIndex37
nbrBsIndex38
nbrBsIndex39
nbrBsIndex40
nbrBsIndex41
nbrBsIndex42
nbrBsIndex43
nbrBsIndex44
nbrBsIndex45
nbrBsIndex46
nbrBsIndex47
ENUMERATED {
bsCinrMean
bsRssiMean
relativeDelay
bsRtd
ENUMERATED {
firstFrame
secondFrame
thirdFrame
fourthFrame
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
1
0
(0),
(1),
(2),
(3)}
(0),
(1),
(2),
(3)}
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
IEEE C802.16m-10/0305r1
nbrBsIndex48
nbrBsIndex49
nbrBsIndex50
nbrBsIndex51
nbrBsIndex52
nbrBsIndex53
nbrBsIndex54
nbrBsIndex55
nbrBsIndex56
nbrBsIndex57
nbrBsIndex58
nbrBsIndex59
nbrBsIndex60
nbrBsIndex61
nbrBsIndex62
nbrBsIndex63
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
(0..255)
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL}
BsIdentifier ::= SEQUENCE {
operatorId
baseStationId
INTEGER (0..15777215),
INTEGER (0..15777215)}
NbrFullBsidSet ::= SEQUENCE {
nbrFullBsid1
nbrFullBsid2
nbrFullBsid3
nbrFullBsid4
nbrFullBsid5
nbrFullBsid6
nbrFullBsid7
nbrFullBsid8
nbrFullBsid9
nbrFullBsid10
nbrFullBsid11
nbrFullBsid12
nbrFullBsid13
nbrFullBsid14
nbrFullBsid15
nbrFullBsid16
nbrFullBsid17
nbrFullBsid18
nbrFullBsid19
nbrFullBsid20
nbrFullBsid21
nbrFullBsid22
nbrFullBsid23
nbrFullBsid24
nbrFullBsid25
nbrFullBsid26
nbrFullBsid27
nbrFullBsid28
nbrFullBsid29
nbrFullBsid30
nbrFullBsid31
nbrFullBsid32
nbrFullBsid33
nbrFullBsid34
nbrFullBsid35
nbrFullBsid36
nbrFullBsid37
nbrFullBsid38
nbrFullBsid39
nbrFullBsid40
nbrFullBsid41
nbrFullBsid42
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
1
1
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
IEEE C802.16m-10/0305r1
nbrFullBsid43
nbrFullBsid44
nbrFullBsid45
nbrFullBsid46
nbrFullBsid47
nbrFullBsid48
nbrFullBsid49
nbrFullBsid50
nbrFullBsid51
nbrFullBsid52
nbrFullBsid53
nbrFullBsid54
nbrFullBsid55
nbrFullBsid56
nbrFullBsid57
nbrFullBsid58
nbrFullBsid59
nbrFullBsid60
nbrFullBsid61
nbrFullBsid62
nbrFullBsid63
PreambleIndexSet ::= SEQUENCE {
peambleIndex1
peambleIndex2
peambleIndex3
peambleIndex4
peambleIndex5
peambleIndex6
peambleIndex7
peambleIndex8
peambleIndex9
peambleIndex10
peambleIndex11
peambleIndex12
peambleIndex13
peambleIndex14
peambleIndex15
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
BsIdentifier
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL}
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL}
NbrBsCarrierIndexSet ::= SEQUENCE {
nbrBsCarrierIndex1
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex2
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex3
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex4
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex5
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex6
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex7
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex8
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex9
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex10
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex11
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex12
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex13
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex14
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex15
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex16
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex17
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex18
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex19
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex20
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex21
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex22
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex23
BsCarrierIndexSet OPTIONAL,
nbrBsCarrierIndex24
BsCarrierIndexSet OPTIONAL,
1
2
IEEE C802.16m-10/0305r1
nbrBsCarrierIndex25
nbrBsCarrierIndex26
nbrBsCarrierIndex27
nbrBsCarrierIndex28
nbrBsCarrierIndex29
nbrBsCarrierIndex30
nbrBsCarrierIndex31
nbrBsCarrierIndex32
nbrBsCarrierIndex33
nbrBsCarrierIndex34
nbrBsCarrierIndex35
nbrBsCarrierIndex36
nbrBsCarrierIndex37
nbrBsCarrierIndex38
nbrBsCarrierIndex39
nbrBsCarrierIndex40
nbrBsCarrierIndex41
nbrBsCarrierIndex42
nbrBsCarrierIndex43
nbrBsCarrierIndex44
nbrBsCarrierIndex45
nbrBsCarrierIndex46
nbrBsCarrierIndex47
nbrBsCarrierIndex48
nbrBsCarrierIndex49
nbrBsCarrierIndex50
nbrBsCarrierIndex51
nbrBsCarrierIndex52
nbrBsCarrierIndex53
nbrBsCarrierIndex54
nbrBsCarrierIndex55
nbrBsCarrierIndex56
nbrBsCarrierIndex57
nbrBsCarrierIndex58
nbrBsCarrierIndex59
nbrBsCarrierIndex60
nbrBsCarrierIndex61
nbrBsCarrierIndex62
nbrBsCarrierIndex63
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
BsCarrierIndexSet
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL}
BsCarrierIndexSet ::= SEQUENCE {
numOfRecommendCarrierIndex
carrierIndexList
INTEGER (0..63) OPTIONAL,
CarrierIndexSet OPTIONAL}
CarrierIndexSet ::= SEQUENCE {
carrierIndex1
carrierIndex2
carrierIndex3
carrierIndex4
carrierIndex5
carrierIndex6
carrierIndex7
carrierIndex8
carrierIndex9
carrierIndex10
carrierIndex11
carrierIndex12
carrierIndex13
carrierIndex14
carrierIndex15
carrierIndex16
carrierIndex17
carrierIndex18
carrierIndex19
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
1
3
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
IEEE C802.16m-10/0305r1
carrierIndex20
carrierIndex21
carrierIndex22
carrierIndex23
carrierIndex24
carrierIndex25
carrierIndex26
carrierIndex27
carrierIndex28
carrierIndex29
carrierIndex30
carrierIndex31
carrierIndex32
carrierIndex33
carrierIndex34
carrierIndex35
carrierIndex36
carrierIndex37
carrierIndex38
carrierIndex39
carrierIndex40
carrierIndex41
carrierIndex42
carrierIndex43
carrierIndex44
carrierIndex45
carrierIndex46
carrierIndex47
carrierIndex48
carrierIndex49
carrierIndex50
carrierIndex51
carrierIndex52
carrierIndex53
carrierIndex54
carrierIndex55
carrierIndex56
carrierIndex57
carrierIndex58
carrierIndex59
carrierIndex60
carrierIndex61
carrierIndex62
carrierIndex63
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
INTEGER
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
(0..63)
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL,
OPTIONAL}
SbsCarrierIndexSet ::= SEQUENCE {
sbsCarrierIndex1
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex2
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex3
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex4
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex5
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex6
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex7
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex8
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex9
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex10
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex11
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex12
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex13
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex14
INTEGER (0..63) OPTIONAL,
sbsCarrierIndex15
INTEGER (0..63) OPTIONAL}
------------------------------------------------- End of proposed text IV --------------------------------------------------
1
4
IEEE C802.16m-10/0305r1
1
5