owg000204 interworking with hlr data configuration(ip)-issue1.1

7/21/2019 OWG000204 Interworking With HLR Data Configuration(IP)-Issue1.1

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06.April 2006

HUAWEI TECHNOLOGIES Co., Ltd.

www.huawei.com

HUAWEI Confidential

Security Level:

Msoftx3000 Data

Configuration

to HLR(IP)


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HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential Page 2

Objectives:

After learning this course, you should master that:

1. Acknowledge relative basic concepts of MAP and functions of C/D

interface.

2. Perform data configuration from MSOFTX3000 to HLR9820.


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References

MSOFTX3000 Data configuration Manual

MSOFTX3000 Technical Manual

-Signaling and Protocol Fascicule


4/32HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential Page 4

Chapter1 Relative Concepts

Chapter2 Configuration Procedure

Chapter3 Example of Configuration

Chapter4 Relative Debugging Command

Course Contents


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Application of MAP in MSOFTX3000

MAP

E/G

C/D

Mc


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Application of MAP in MSOFTX3000

MAP

E/G

C/D

Mc


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MAP

MAP is mobile application partMAP protocol is used to help MS to

implement roaming and other functions then the mobile network entities

can inter-communicate signaling with each other (mobility

management). Network entities contain MSC Server, VLR, SGSN, HLR,

SMC etc. In UMTS networkC, D, E, G interface can transmit MAP

signalingusually we call these interfaces as MAP interfaces.


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MAP Protocol Stack

MAP

TCAP

SCCP

MTP3

MTP2

MTP1

MAP

TCAP

SCCP

M3UA

SCTP

IP

MAC

Based on TDM Based on IP

(G)Msc Server

(MSOFTX3000)

(G)Msc Server

(MSOFTX3000)

MAP

TCAP

SCCP

MTP3

MTP2

MTP1

HLR

MAP

TCAP

SCCP

M3UA

SCTP

IP

MAC

HLR


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ExplanationNow, we usually use the C/D interface based on the TDM.But We

will learn it based on IP today.

MAP

TCAP

SCCP

M3UA

SCTP

IP

MAC

Based on IP

(G)Msc Server

(MSOFTX3000)

MAP

TCAP

SCCP

M3UA

SCTP

IP

MAC

HLR


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Chapter3 Example of ConfigurationChapter4 Relative Debugging Command

Course Contents


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Data Configuration Based on Protocol Stack

IP

SCTP

M3UA

ADD M3LE

ADD M3DE

ADD M3LKS

ADD M3RT

ADD M3LNK

SCCP

ADD SCCPDSP

ADD SCCPSSN

ADD IMSIGT

ADD SCCPGT

TCAP

MAP

IMSI No.

HLR No.

MSISDN

For

LOCATION-

UPDATE


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The relationship of parameters

[DE index]

[Original Point Code]

[Link Set]

ADD M3RT

[Priority]

ADD M3LNK

[Link Set]

[ ]

HLR r

MSC DPC

signal point

indication

HLR OPC

[Link Set]

[DE index]ADD SCCPDSP

[DPC]

ADD SCCPSSN

[SSN Code]

[Network Indicator]

[Signaling Point Code]

[OPC]

ADD SCCPGT

[Global Title Address

Information]

[Network Indicator]


HLR

IMSI

MSISDN

ADD M3DE

[Destination Point Code]

ADDM3LKS[Link Set]

[Priority]

[Link No]

[Link Set]

[ C/S mode

MSOFTX3000 r

[Adjacent DE Index]

[Link Set]

ADD SCCPSSN

[SSN Code]

[Network Indicator]


ADD SCCPGT

[Global Title Address

Information]

[Network Indicator]


(S/Cmode)

IMSI

MSISDN

[OPC]

[Network Indicator]

[Network Indicator]


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Configuration steps1.Data prepare (negotiated data):

MSC SERVER HLR

SPC

network

indicator

C/S mode

LOCAL/REMOT

E IP

LOCAL/REMOT

E PORT


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Configuration steps

2. M3UA layer data Configuration:

1)add M3 LE ADD M3LE( LOCAL)

2)add M3 DE ADD M3DE( DE is HLR)

3)add M3 linkset ADD M3 LKS ( to HLR)

4)add M3 route ADD M3 RT ( to HLR)

5)add M3 link ADDM3LNK ( to HLR)


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Configuration steps

3.SCCP data Configuration

1)add SCCP remote DPC ADD SCCPDSP (HLR)

2)add SCCP subsystem ADD SCCPSSN

ADD IMSIGT: IMSI prefix who want

3) add SCCP Global title to login the network

ADD SCCPGT

HLR( local to remote)

SCMG( local to remote)

IMSI prefix No.

HLR No.

MSISDN No.


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The Flow of Location Update

MS BSS MSC Server-B HLR

A D

LOCATION_UPDATING

_REQUESTMAP_UPDATE_

LOCATION_AREA

MAP_UPDATE_LOCATION

MAP_CANCEL_

LOCATION

MAP_INSERT_SUBSCRIBER_DATA

LOCATION_UPDATING

_ACCEPT

VLR-B

PVLR

B

DG

MAP_CANCEL_

LOCATION ack

MAP_UPDATE_

LOCATION_AREA ack

MAP_UPDATE_LOCATION ack

MAP_INSERT_SUBSCR._DATA ackc

CHECK IMSIGT TABLE

and SCCPGT(IMSI No.)

CHECK SCCPGT( HLR No.

)


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General Number Analysis Flow

MSC server HLR

Number Analysis

=> MSISDN

VLR

MAP_SRI_Req

MAP_PRN_Req

MAP_PRN_Rsp

[MSISDN]

[IMSI]

[MSRN]

[MSRN IMSI]

MAP_SRI_Rsp

the second NumberAnalysis

=> LAI

[MSISDN]

MS

Setup

BSC-T

Paging

[LAI]

Paging Response

[DPC LAIGCII]

CHECK SCCPGT

(MSISDN) TABLE


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The type of GT Data

GT name Numbering

Plan

Function

IMSIGT ISDNMOV Used for Location Update, To find HLRaddress by IMSI No.

HLRNUMBERGT

ISDN Used for Location Update, To find HLR

address by HLR No.

MSISDNGT ISDN Used for the first number analysis, To findHLR address by MSISDN.

LOCMSCGT ISDN Used for looking for the local officeaccording GT type for other office.


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Chapter3 Example of Configuration

Chapter4 Relative Debugging Command

Course Contents


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This example is to add a local HLR, which is directly connected to the

MSOFTX3000 through network cable.Based on IP

Physical Connected

MSOFTX3000

UMG8900

HLR9820IP

( network

cable)


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Preparing Data

Item Data

Basic

information

Signaling

point

code

Signaling point

Network

indicator

HLR number

/ 12FF01 National network 86139075520

Signaling link

WBSG

modulenumber

Link set index C/s mode IP/portHlRs IP/port

/ 134 11 C 10.11.0.1:9001 10.11.50.1:9011

SCCP GT

translation

Coding

description

Numbering

plan

Address

informationDPC

/ IMSI GT ISDNMOV 86139 12FF01

/HLR

NUMBERISDN 8613907550000 12FF01

/ MSIDSN ISDN 861390755 12FF01


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Configuration Example

Script (M3UA data configuration)

ADD M3LE: LEX=0, LENAME="MSC", OPC="12F101", LET=AS;

ADD M3DE: DEX=0, DENAME="HLR", DPC="12FF01", DET=AS,

EXNI=NAT;ADD M3LKS: LSX=0, LSNAME="to HLR", ADX=0, WM=IPSP;

ADD M3RT: RTNAME="to HLR", DEX=0, LSX=0;

ADD M3LNK: MN=134, LNKN=0, LNKNAME="to HLR",

LOCIP1="10.11.0.1", LOCPORT=9001, PEERIP1="10.11.50.1",

PEERPORT=9011, CS=C, LSX=0;


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Script (SCCP SSN data configuration)

ADD SCCPDSP: DPX=2, NI=NAT, DPC="12FF01",

DPNAME="HLR", SHAREFLAG=NONE;

ADD SCCPSSN: SSNX=3, NI=NAT, SSN=SCMG, SPC=12FF01,

OPC=12F101, SSNNAME=SCMG-HLR;LOCAL TOREMOTE

ADD SCCPSSN: SSNX=4, NI=NAT, SSN=HLR, SPC=" 12FF01",

OPC=" 12F101", SSNNAME="HLR-HLR"; LOCAL TO

REMOTE


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Script (IMSI GT data configuration)

ADD IMSIGT: MCCMNC=46009, CCNDC=86139E.212 to E.214;

ADD SCCPGT: GTX=1, GTNAME=HLR-IMSIGT, NUMPLAN=ISDNMOV

NECESSARY, ADDR=K'86139, RESULTT=LSPC2, SPC=" 12FF01";

ADD SCCPGT: GTX=2, GTNAME="HLR-GT", NUMPLAN=ISDN,

ADDR=K'86139075520, RESULTT=LSPC2, SPC=" 12FF01";

ADD SCCPGT: GTX=3, GTNAME="HLR-MSISDN", NUMPLAN=ISDN,

ADDR=K'861390755, RESULTT=LSPC2, SPC="12FF01";


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Chapter Summary

This chapter give a whole data

configuration to HLR.

Please pay high attention on the preparing

data, because some data must be

same with remote office.

Summary


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Chapter3 Example of ConfigurationChapter4 Relative Debugging Command

Course Contents


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Check M3 Relative Configuration

Check all M3 configuration

SCTP

M3UA

SCCP

TCAP

MAPLST M3DE

LST M3LKS

LST M3RT

LST M3LNK


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Check M3 Relative Information

Display M3 information

SCTP

M3UA

SCCP

TCAP

MAPDSP M3DE

DSP M3RT

DSP M3LNK


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Chapter Summary

Master all the debugging and maintained

command in this chapter

Familiar all the result of DSP command

Summary


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Summary

Summary

After the course, we should:

Acknowledge the basic concepts of data

configuration to HLRMaster the steps of data configuration to

HLR

Familiar all debugging commands

06 April 2006 Security Level:


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06.April 2006

HUAWEI TECHNOLOGIES Co., Ltd.

www.huawei.com

HUAWEI Confidential

Security Level:

Thank You

www.huawei.com

owg000204 interworking with hlr data configuration(ip)-issue1.1

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