Nastar V600R010
Northbound Data Export Guide (UMTS CHR Standard Signaling) Issue
02
Date
2012-10-15
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2010. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied. The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
Huawei Technologies Co., Ltd. Address:
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Website:
http://www.huawei.com
Email:
[email protected]
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Nastar Northbound Data Export Guide (UMTS CHR Standard Signaling)
About This Document
About This Document Overview This documents describes the method of exporting Nastar UMTS CHR standard signaling data through the northbound interface and the structure and contents of the UMTS CHR data file.
Product Version The following table lists the product versions corresponding to this document. Product Name
Product Version
Nastar
V600R010C00
Intended Audience This document is intended for network planning and optimization engineers
Change History 02 (2012-10-15) This issue is the second official release. Compared with 01(2012-06-16), this issue has the content description optimized.
01 (2012-06-16) This issue is the first official release.
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Contents
Contents About This Document .................................................................................................................... ii 1 Introduction to CHR Standard Signalling Northbound Data Export..............................1-1 1.1 Nastar Networking Architecture .................................................................................................................... 1-2 1.2 Working Principles of Data Export ............................................................................................................... 1-3
2 Flowchart for Data Export ........................................................................................................2-1 3 Requirements for System Specifications ..............................................................................3-1 4 Subscribing to the Northbound Data.....................................................................................4-1 5 Obtaining the UMTS CHR Standard Signalling Northbound Data ...............................5-1 6 Parsing the UMTS CHR Standard Signalling Northbound Data ....................................6-1 7 Maintaining the Northbound Data ........................................................................................7-1 8 Appendix .....................................................................................................................................8-1 8.1 Structure of the CHR Standard Signalling Northbound Data File ................................................................. 8-1 8.2 Contents of the CHR Standard Signalling Northbound Data File ................................................................. 8-3
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Figures
Figures Figure 1-1 Nastar networking architecture ......................................................................................................... 1-2 Figure 1-2 Working principles of the data export function in direct networking scenario ................................. 1-4 Figure 1-3 Working principles of the data export function in relay-based networking scenario ........................ 1-4 Figure 2-1 Flowchart for data export .................................................................................................................. 2-1
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Tables
Tables Table 1-1 Description of each functional unit in the networking architecture diagram ...................................... 1-3 Table 2-1 Flowchart description ......................................................................................................................... 2-2 Table 3-1 System Specification .......................................................................................................................... 3-1 Table 4-1 Parameters for setting data subscription ............................................................................................. 4-2 Table 5-1 Description of fields in the data file name .......................................................................................... 5-2 Table 8-1 File structure ....................................................................................................................................... 8-1 Table 8-2 MI field description ............................................................................................................................ 8-3 Table 8-3 MI data type ........................................................................................................................................ 8-4 Table 8-4 Types of standard signaling messages ................................................................................................ 8-4
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1
1 Introduction to CHR Standard Signalling Northbound Data Export
Introduction to CHR Standard Signalling Northbound Data Export
About This Chapter With mobile operators embarking on building their own radio network optimization platform, it is required that equipment manufacturers provide the call history record (CHR) data for network analysis. The Nastar provides the northbound CHR data (created during one call) of RAN13 and earlier versions. As the northbound CHR data depends on NE logs, it has the following shortcomings:
Multiple radio access bearers (RABs) are not supported. Multiple RABs is common for the smart terminal.
The switch information is incomplete. Only two switches are recorded during one call.
The data timeliness is poor. Data is recorded and reported only after a call ends.
Data is not standard. The data is recorded in the NE proprietary log. The extracted information element (IE) content and recording format vary according to the NE version.
Due to the preceding problems, the original northbound CHR data cannot meet the customer's requirement for network analysis. Therefore, the CHR content and format are redesigned in RAN14 or later. For the Huawei RAN14, the Nastar takes the CHR open standard signaling as the northbound data source and provides rich standard message types to meet the customization requirement of operators. In addition, the Nastar will provide more standard, efficient, and dependable interfaces with better compatibility. 1.1 Nastar Networking Architecture This section describes the Nastar networking architecture and CHR Standard Signalling Northbound Data sources on the network. 1.2 Working Principles of Data Export This section describes the working principles for the Nastar system to export CHR Standard Signalling Northbound Data in the direct and relay-based networking schemes.
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1 Introduction to CHR Standard Signalling Northbound Data Export
1.1 Nastar Networking Architecture This section describes the Nastar networking architecture and CHR Standard Signalling Northbound Data sources on the network. Figure 1-1 shows the Nastar networking architecture, and the red box shows the saving position of CHR Standard Signalling Northbound Data on the network. Figure 1-1 Nastar networking architecture
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1 Introduction to CHR Standard Signalling Northbound Data Export
Table 1-1 describes each functional unit in the networking architecture diagram. Table 1-1 Description of each functional unit in the networking architecture diagram Functional Unit
Description
Nastar
The Nastar system is used to locate and analyze the quality problems of wireless networks. This system supports multi-user operations and multiple performance analysis. Therefore, the system serves as a fundamental support platform for further analysis of wireless networks and problem location.
eSAU
Is a data summarization unit and a mandatory component of the Nastar system. The unit is deployed on the OSS side as a ATAE-based or HP PC server, summarizes the analysis data preprocessed by the SAU, and exports the summarized CHR data to the Nastar server. During the northbound data export process, the eSAU receives, summarizes the data, and then compresses and stores the data.
M2000
Is a uniform management platform of Huawei mobile networks. It manages the mobile NEs manufactured by Huawei. The M2000 provides performance data and configuration data for the Nastar system. During the northbound data export process, the M2000 provides the relay function for commands and data.
SAU
The service aware unit (SAU) is an optional component of the Nastar system. The SAU is installed on the base station controller (BSC) as the board, such as SAUc, and preprocesses the raw data from NEs as required by the Nastar system for analysis. During the northbound data export process, the SAU preprocesses the data collected from the RNC and upload the data to the eSAU.
1.2 Working Principles of Data Export This section describes the working principles for the Nastar system to export CHR Standard Signalling Northbound Data in the direct and relay-based networking schemes. The Nastar system provides two networking schemes to meet operators' different requirements: direct networking and relay-based networking. Operators select the networking scheme as required.
In the direct networking scheme, the eSAU directly obtains analysis data from NEs, which reduces the impact on the performance of M2000 servers.
In the relay-based networking scheme, the eSAU must obtain analysis data from NEs through the M2000. The M2000 functions as a relay server between the eSAU and NEs, which enhances NEs' data security.
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1 Introduction to CHR Standard Signalling Northbound Data Export
Figure 1-2 shows the working principles of the data export function in direct networking scenario, and Figure 1-3 shows the working principles of the data export function in the relay-based networking scenario. Figure 1-2 Working principles of the data export function in direct networking scenario
Figure 1-3 Working principles of the data export function in relay-based networking scenario
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2 Flowchart for Data Export
Flowchart for Data Export
This section describes the flowchart for data export. Figure 2-1 shows the flowchart for data export. Figure 2-1 Flowchart for data export
Table 2-1 describes each operation in Figure 2-1.
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2 Flowchart for Data Export
Table 2-1 Flowchart description No.
Procedure
Description
Reference
1
Subscribe to the northbound data.
Delivers northbound subscription on the Nastar client.
4 Subscribing to the Northbound Data
2
Obtain the northbound data.
Obtains required data from the eSAU and upload the data to a local PC in SFTP mode.
5 Obtaining the UMTS CHR Standard Signalling Northbound Data
3
Parse the northbound data.
Develops a tool that is used to parse data for other analysis according to file rules.
6 Parsing the UMTS CHR Standard Signalling Northbound Data
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3 Requirements for System Specifications
Requirements for System Specifications Before exporting data, check whether the Nastar system meet the requirements, including version, bandwidth, and storage space requirements.
Version Mappings Before exporting data, check whether the NE and OSS versions meets requirements. The NE and OSS version required for the northbound function is consistent with the Nastar software mapping relationship. For detailed mapping relationship, see the release notes corresponding to the Nastar software installed on the site. Obtain the Nastar V600R010 release notes in the version mapping documentation package. Obtaining method on the http://support.huawei.com: Documentation > Wireless > Wireless Performance & RNP & RNO > Wireless RNP & RNO Tools > Release Documentation > GENEX Nastar > GENEX Nastar V600R010.
Specifications Evaluation The transmission bandwidth requirement varies because the amount of data varies with the network scale and the selected types of standard signaling messages to be exported. Specifications evaluation shown in Table 3-1 is for reference only. Table 3-1 System Specification
Item
Un it
UMTS MAX (=100% )
UMTS AVG1 ( ls If...
Then...
Data is unavailable in the directory
Perform Step 3 to resolve the problem and perform the subsequent operations.
Data is available in the directory
Skip Step 3 and perform the subsequent operations.
Step 3 If CHR Standard Signalling Northbound Data is unavailable in the directory, perform the following operations to resolve the problem: 1.
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On the Nastar client, choose Maintenance > Data Subscription Management and select the UMTS tab in the left pane. Click Set on the Basic Subscription Management tab page. In the displayed Basic Subscription Management dialog box, confirm whether ON is selected from the CHR Customized Northbound Data drop-down list. If no, select ON.
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2.
5 Obtaining the UMTS CHR Standard Signalling Northbound Data
If no data is available, the NE CHR function may not be enabled. Contact Huawei technical support.
Step 4 Perform the following operations to obtain the northbound CHR Standard Signalling Northbound Data source from the export/home/northdata directory. 1.
Run the following command to set the save path on the local PC. Assume that the local save path is D:\. psftp> lcd D:\
The save path of the data files on the local PC cannot contain any space or Chinese character. In the Microsoft Windows operating system, the desktop path contains spaces, for example, C:\Document sand Settings\Administrator\Desktop. Therefore, do not store data files on the desktop. 2.
Run the following command to switch to the data file directory to be downloaded on the eSAU server. psftp> cd data file directory For example, cd export/home/northdata/UCHRStdSignal/RNC16
3.
Run the following command to download data files to the local PC: psftp> get data file name For example, get RNC0161_[PCHR]00Log20120406100511_20120406101011.log.zip.dat.gz You can download all files of a folder by running the command: get -r data folder.
4.
Enter exit after the file is downloaded to exit the PSFTP software.
----End
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6 Parsing the UMTS CHR Standard Signalling Northbound Data
Parsing the UMTS CHR Standard Signalling Northbound Data
The exported data is stored in binary mode. Operators can parse the exported CHR Standard Signalling Northbound Data based on the description of the data file format.
Procedure Step 1 Operators can parse data using the self-developed tool based on the CHR Standard Signalling Northbound Data file structure and contents. For details about the CHR Standard Signalling Northbound Data file structure and contents, see 8.1 Structure of the CHR Standard Signalling Northbound Data Fileand8.2 Contents of the CHR Standard Signalling Northbound Data File. ----End
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7 Maintaining the Northbound Data
Maintaining the Northbound Data
This section describes how to set the northbound data storage period by time or space.
Prerequisite
You have the permission to maintain the northbound data.
You have logged in to the Nastar client.
Time Dimension
Context By default, the CHR Standard Signalling northbound data is stored for one days in the Nastar system. Operators can change the storage period as required.
Space Dimension By default, the space specification provided by the eSAU is 200 GB. Operators can configure it as required.
When the data stored by the eSAU exceeds any specification (time or space), the system deletes the data automatically. Automatic Data Deletion Mechanism
The system checks the data once upon the system startup and every hour later.
The system checks whether the northbound data files expire by time and exceed the specified size by space.
If the files expire or exceed the specified size, the system deletes them. The files are deleted in the sequence of their generation time, and the earliest file is deleted first.
Procedure Step 1 Choose Maintenance > Data Maintenance Management.
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7 Maintaining the Northbound Data
Step 2 Select the data node (for example, UMTS CHR Customized Northbound Data) of which the time specification needs to be modified from the navigation tree in the left pane, and then select Delete Data in the right pane. Step 3 Enter the number of data storage days (a maximum of seven days) in Storage Period Setting （Days） and click Storage Period Setting. The system compares the files creation time, the number of data storage days, and the current time to check whether the files expire. Step 4 Click Immediately Maintain Data. ----End
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8 Appendix
8
Appendix
About This Chapter This appendix describes the structure and contents of CHR files. 8.1 Structure of the CHR Standard Signalling Northbound Data File This section describes the structure of the CHR Standard Signalling Northbound Data source file. You can refer to this section when parsing the CHR Standard Signalling Northbound Data file. 8.2 Contents of the CHR Standard Signalling Northbound Data File This section describes the contents of the CHR Standard Signalling Northbound Data source file. You can refer to this section when parsing the CHR Standard Signalling Northbound Data file.
8.1 Structure of the CHR Standard Signalling Northbound Data File This section describes the structure of the CHR Standard Signalling Northbound Data source file. You can refer to this section when parsing the CHR Standard Signalling Northbound Data file. Table 8-1 File structure Structure Type
Length
Component
Description
File
dword
Flag
Indicates the identifier (ID) showing whether the file is intact (EFEFEFEF).
dword
MuNum
Indicates the number of measurement units (MUs).
-
MuFileTimeInfo muTime
Indicates the time information of the file.
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Structure Type
MuFileTim eInfo
8 Appendix
Length
Component
Description
-
MuResultInfo muRes[]
Indicates the MU content.
dword
period
Indicates the statistical period (second). By default, the valid value is 0.
MuDstTime Type
-
MuDstTimeType StartTime
Indicates the start time.
-
MuDstTimeType EndTime
Indicates the end time.
-
MuFileDateTimeType dt
Indicates the date.
byte
isDst
Indicates whether to enable the Daylight Saving Time (DST). l 0 indicates that the DST is not enabled. 1 1 indicates that the DST is enabled.
MuFileDate TimeType
MuResultIn fo
MITypeVec
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word
timezone
Indicates the time zone (which might be a negative number). The unit is minute.
word
DstOffset
Indicates the DST offset (which might be a negative number). The unit is minute.
short
year
Indicates the year.
byte
month
Indicates the month.
byte
day
Indicates the day.
byte
hour
Indicates the hour.
byte
minute
Indicates the minute.
byte
second
Indicates the second.
word
MUID
Indicates the MU ID.
dword
RecordNum
Indicates the number of MU records.
dword
Mulength
Indicates the bytes in an MU.
-
MITypeVecInfo MIList
Indicates the MI information contained in an MU.
byte
MORst[]
Indicates the CHR or MR data.
word
MINum
Indicates the number of MIs.
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8 Appendix
Structure Type
Length
Component
Description
Info
-
MIInfo MIList[]
Indicates the MI description.
MIInfo
word
MIID
Indicates the MI ID.
byte
MIType
Indicates the type of MI data.
dword
MILength
Indicates the length of MI data.
8.2 Contents of the CHR Standard Signalling Northbound Data File This section describes the contents of the CHR Standard Signalling Northbound Data source file. You can refer to this section when parsing the CHR Standard Signalling Northbound Data file. Currently the content that is collected from the RAN14 of NE and then transmitted over the northbound interface includes only one type of events, standard signaling events (EventID=0). The number of MIs exported for one event of this type is 9. When the file content is being parsed, the message type of each event is identified based on MsgType (MIID=0x1004), and the content of key IEs contained in the message is obtained based on MsgContent (MIID=0x1006). The message content is source code streams encoded by using ASN1, and includes all the MU and MI fields (which are derived from standard protocols) for the internal CHRs collected from the RAN12 or RAN13 of NEs. The following table lists all the MIs. Table 8-2 MI field description MI Name
MI ID
Type
Length
ConnSetu pTime
0x0001
6
8
Time when the signaling connection is set up.
SrncIdent ity
0x0002
0
2
Temporary radio network identity of the user equipment (UE) under its serving radio network controller (SRNC).
Srnti
0x0003
0
4
Temporary serving radio network identity of the UE.
Description
MsgRecv Time
0x1001
6
8
Time when the radio network controller (RNC) receives the message and starts decoding the message by using the ASN1.
MsgItfTy pe
0x1002
0
1
Type of the message interface.
Value range: 0-IU, 1-IUR, 2-IUB, and 3-UU.
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MI Name
MsgDir
MI ID
0x1003
Type
8 Appendix
Length
0
Description
1
Direction to which the message is sent.
Value range: 0-to CN, 1-from CN, 2-to other RNC, 3-from other RNC, 4-to NODEB, 5-from NODEB, 6-to UE, 7-from UE, 8-to SAS, and 9-from SAS.
MsgType
0x1004
0
2
Type of the message.
The value of MsgType is unique for one interface and is consistent with the value that the ASN1 defines for each standard interface. For details about the mapping between the Key value and message type, see Table 8-4.
MsgLeng th
0x1005
0
2
Length of the message before being decoded by using the ASN1.
MsgCont ent
0x1006
2
MsgLeng th
Source code stream that the RNC receives but has not started decoding by using the ASN1.
Remarks 1.
Each event contains three MI fields, including ConnSetupTime, SrncIdentity, and Srnti, and these fields are used for combining events during one call into an event.
2.
The following table describes the MI data type.
Table 8-3 MI data type Enumerated Value
Data Type
Description
0
INT
Integer without symbol
1
BYTESTRING
Byte stream
2
STRING
Character string
6
DATETIME
Time type
3.
The MsgType field is used to identify the type of each exported message. For the types of standard signaling messages that the Nastar supports, see the attachment. The Nastar enables users to subscribe to and export data by message type.
Table 8-4 Types of standard signaling messages ItfType
Key
Value
IU
1
RANAP_RAB_ASSIGNME NT_REQ
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8 Appendix
ItfType
Key
Value
IU
2
RANAP_IU_RELEASE_C OMMAND
IU
3
RANAP_RELOCATION_C OMMAND
IU
4
RANAP_RELOCATION_P REPARATION_FAILURE
IU
5
RANAP_RELOCATION_R EQ
IU
6
RANAP_RELOCATION_C ANCEL_ACK
IU
7
RANAP_SRNS_CONTEXT _REQ
IU
8
RANAP_SRNS_DATA_FO RWARD_COMMAND
IU
9
RANAP_PAGING
IU
10
RANAP_COMMON_ID
IU
12
RANAP_SECURITY_MO DE_COMMAND
IU
13
RANAP_LOCATION_REP ORTING_CONTROL
IU
16
RANAP_LOCATION_REL ATED_DATA_REQ
IU
17
RANAP_RAB_ASSIGNME NT_RESP
IU
18
RANAP_RAB_RELEASE_ REQ
IU
19
RANAP_IU_RELEASE_R EQUEST
IU
20
RANAP_IU_RELEASE_C OMPLETE
IU
21
RANAP_RELOCATION_R EQUIRED
IU
22
RANAP_RELOCATION_R EQ_ACK
IU
23
RANAP_RELOCATION_F AILURE
IU
24
RANAP_RELOCATION_D ETECT
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8 Appendix
ItfType
Key
Value
IU
25
RANAP_RELOCATION_C OMPLETE
IU
26
RANAP_RELOCATION_C ANCEL
IU
27
RANAP_SRNS_CONTEXT _RESP
IU
28
RANAP_SECURITY_MO DE_COMPLETE
IU
29
RANAP_SECURITY_MO DE_REJECT
IU
30
RANAP_LOCATION_REP ORT
IU
32
RANAP_INITIAL_UE_ME SSAGE
IU
33
RANAP_RAB_MODIFY_R EQ
IU
34
RANAP_LOCATION_REL ATED_DATA_RESP
IU
35
RANAP_LOCATION_REL ATED_DATA_FAIL
IU
36
RANAP_FORWARD_SRN S_CONTEXT
IU
37
RANAP_DIRECT_TRANS FER
IU
41
RANAP_ERR_IND
IUR
1
RNSAP_RL_SETUP_REQ
IUR
2
RNSAP_RL_SETUP_RSP
IUR
3
RNSAP_RL_SETUP_FAIL
IUR
4
RNSAP_RL_ADD_REQ
IUR
5
RNSAP_RL_ADD_RSP
IUR
6
RNSAP_RL_ADD_FAIL
IUR
7
RNSAP_RL_DEL_REQ
IUR
8
RNSAP_RL_DEL_RSP
IUR
9
RNSAP_RL_RECFG_PRE P
IUR
10
RNSAP_RL_RECFG_REA DY
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8 Appendix
ItfType
Key
Value
IUR
11
RNSAP_RL_RECFG_COM MIT
IUR
12
RNSAP_RL_RECFG_FAIL
IUR
13
RNSAP_RL_RECFG_CAN CEL
IUR
14
RNSAP_RL_RECFG_REQ
IUR
15
RNSAP_RL_RECFG_RSP
IUR
16
RNSAP_RL_FAIL_IND
IUR
17
RNSAP_RL_RESTORE_IN D
IUR
18
RNSAP_DL_PWR_CTRL_ REQ
IUR
19
RNSAP_PH_CH_RECFG_ REQ
IUR
20
RNSAP_PH_CH_RECFG_ CMD
IUR
21
RNSAP_PH_CH_RECFG_ FAIL
IUR
22
RNSAP_UL_SIG_TRANSF _IND
IUR
23
RNSAP_DL_SIG_TRANSF _REQ
IUR
24
RNSAP_RELOC_COMMI T
IUR
25
RNSAP_PAGING_REQ
IUR
26
RNSAP_DEDIC_MEAS_I NIT_REQ
IUR
27
RNSAP_DEDIC_MEAS_I NIT_RSP
IUR
28
RNSAP_DEDIC_MEAS_I NIT_FAIL
IUR
29
RNSAP_DEDIC_MEAS_R PRT
IUR
30
RNSAP_DEDIC_MEAS_T ERMNT_REQ
IUR
31
RNSAP_DEDIC_MEAS_F AIL_IND
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ItfType
Key
Value
IUR
36
RNSAP_COMPRS_MODE _CMD
IUR
37
RNSAP_ERR_IND
IUR
38
RNSAP_RL_PREEMPTIO N_REQUIRED_IND
IUR
58
RNSAP_DIR_INFO_TRAN SF
IUR
59
RNSAP_RL_PARAM_UPT _IND
IUB
1
NBAP_RL_SETUP_REQ
IUB
2
NBAP_RL_ADD_REQ
IUB
3
NBAP_RL_RECFG_PREP
IUB
4
NBAP_RL_RECFG_COM MIT
IUB
5
NBAP_RL_RECFG_CANC EL
IUB
6
NBAP_RL_RECFG_REQ
IUB
7
NBAP_RL_DEL_REQ
IUB
8
NBAP_DL_PWR_CTRL_R EQ
IUB
9
NBAP_DEDIC_MEAS_INI T_REQ
IUB
10
NBAP_DEDIC_MEAS_TE RMNT_REQ
IUB
11
NBAP_COMPRS_MODE_ CMD
IUB
12
NBAP_RL_SETUP_RSP
IUB
13
NBAP_RL_SETUP_FAIL
IUB
14
NBAP_RL_ADD_RSP
IUB
15
NBAP_RL_ADD_FAIL
IUB
16
NBAP_RL_RECFG_READ Y
IUB
17
NBAP_RL_RECFG_FAIL
IUB
18
NBAP_RL_RECFG_RSP
IUB
19
NBAP_RL_DEL_RSP
Issue 02 (2012-10-15)
Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.
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Nastar Northbound Data Export Guide (UMTS CHR Standard Signaling)
8 Appendix
ItfType
Key
Value
IUB
20
NBAP_DEDIC_MEAS_INI T_RSP
IUB
21
NBAP_DEDIC_MEAS_INI T_FAIL
IUB
22
NBAP_DEDIC_MEAS_RP RT
IUB
23
NBAP_DEDIC_MEAS_FA IL_IND
IUB
24
NBAP_RL_FAIL_IND
IUB
25
NBAP_RL_RESTORE_IN D
IUB
60
NBAP_ERR_IND_COMM
IUB
70
NBAP_RL_PREEMPT_RE Q_IND
IUB
75
NBAP_RL_ACT_CMD
IUB
76
NBAP_RL_PARA_UPDAT E_IND
UU
1
RRC_ACTIVE_SET_UPD ATE
UU
2
RRC_ASSIST_DATA_DEL IV
UU
3
RRC_CELL_CHANGE_OR DER_FROM_UTRAN
UU
4
RRC_CELL_UPDATE_CO NFIRM
UU
5
RRC_CNTER_CHECK
UU
6
RRC_DL_DIRECT_TRAN SF
UU
7
RRC_HO_FROM_UTRAN _CMD_GSM
UU
8
RRC_HO_FROM_UTRAN _CMD_CDMA2000
UU
9
RRC_MEAS_CTRL
UU
10
RRC_PAGING_TYPE2
UU
11
RRC_PH_CH_RECFG
UU
13
RRC_RB_RECFG
UU
14
RRC_RB_REL
Issue 02 (2012-10-15)
Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.
8-9
Nastar Northbound Data Export Guide (UMTS CHR Standard Signaling)
8 Appendix
ItfType
Key
Value
UU
15
RRC_RB_SETUP
UU
16
RRC_RRC_CONN_REL
UU
17
RRC_SECURITY_MODE_ CMD
UU
18
RRC_SIG_CONNECT_RE L
UU
19
RRC_TR_CH_RECFG
UU
20
RRC_TFC_CTRL
UU
21
RRC_UE_CAP_ENQUIRY
UU
22
RRC_UE_CAP_INFO_CO NFIRM
UU
24
RRC_URA_UPDATE_CO NFIRM
UU
25
RRC_UTRAN_MOBIL_IN FO
UU
26
RRC_HO_FROM_UTRAN _CMD_GERANIU
UU
52
RRC_ACTIVE_SET_UPD ATE_CMP
UU
53
RRC_ACTIVE_SET_UPD ATE_FAIL
UU
54
RRC_CELL_CHANGE_OR DER_FROM_UTRAN_FAI L
UU
55
RRC_CNTER_CHECK_RS P
UU
57
RRC_INIT_DIRECT_TRA NSF
UU
58
RRC_HO_FROM_UTRAN _FAIL
UU
59
RRC_MEAS_CTRL_FAIL
UU
60
RRC_MEAS_RPRT
UU
61
RRC_PH_CH_RECFG_CM P
UU
62
RRC_PH_CH_RECFG_FAI L
UU
63
RRC_RB_RECFG_CMP
Issue 02 (2012-10-15)
Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.
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Nastar Northbound Data Export Guide (UMTS CHR Standard Signaling)
8 Appendix
ItfType
Key
Value
UU
64
RRC_RB_RECFG_FAIL
UU
65
RRC_RB_REL_CMP
UU
66
RRC_RB_REL_FAIL
UU
67
RRC_RB_SETUP_CMP
UU
68
RRC_RB_SETUP_FAIL
UU
69
RRC_RRC_CONN_REL_C MP
UU
70
RRC_RRC_CONNECT_SE TUP_CMP
UU
71
RRC_RRC_STATUS
UU
72
RRC_SECURITY_MODE_ CMP
UU
73
RRC_SECURITY_MODE_ FAIL
UU
74
RRC_SIG_CONNECT_RE L_IND
UU
75
RRC_TR_CH_RECFG_CM P
UU
76
RRC_TR_CH_RECFG_FAI L
UU
77
RRC_TFC_CTRL_FAIL
UU
78
RRC_UE_CAP_INFO
UU
79
RRC_UL_DIR_TRANSF
UU
80
RRC_UTRAN_MOBIL_IN FO_CONFIRM
UU
81
RRC_UTRAN_MOBIL_IN FO_FAILURE
UU
103
RRC_RRC_CONN_REJ
UU
105
RRC_RRC_CONN_SETUP
UU
122
RRC_CELL_UPDATE
UU
123
RRC_RRC_CONNECT_RE Q
UU
124
RRC_URA_UPDATE
UU
183
RRC_SYS_INFO_CHANG E_IND
Issue 02 (2012-10-15)
Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.
8-11
Nastar Northbound Data Export Guide (UMTS CHR Standard Signaling)
Issue 02 (2012-10-15)
Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.
8 Appendix
8-12
