omcr

© Alcatel University - 8AS 90200 0393 VT ZZA Ed.02 1

1 OMC-R architecture and features

2

1 OMC-R architecture and features Session presentation

Objective: to be able to describe the architecture and the features of OMC-R.

Program:

1.1 Situation

1.2 OMC-R functions

1.3 Functional architecture

1.4 Hardware architecture

1.5 OMC-R interfaces

1.6 OMC-R software

1.7 OMC-R configurations

3

ATMBackBone

Core Network

RNC

ATMSwitch

OMC-R

IuIu

Iu

Iub+Itf

Iub+ItfIub+Itf

Iub+Itf

ItfItf

Itf (b+r)

Itf (b+r)

1 OMC-R architecture and features 1.1 Situation

Example of UTRAN configuration

ATMSwitch

Alcatel9100MBS

Alcatel9100MBS

Node-BV1

Node-BV1

RNC

ATMSwitch

4



Program:

1.1 Situation

1.2 OMC-R functions




1.6 OMC-R software


5

1 OMC-R architecture and features 1.2 OMC-R functions

Securitymanagement

Configurationmanagement

Logical resource domain

Faultmanagement

Performancemanagement

Equipment control domain

Transport domain

Software control domain

O&M network domain

6

1 OMC-R architecture and features 1.2 OMC-R functions

Main new features since Release 2:

Performance: Performance indicators QoS reports & PM browser

Configuration: Multi-NE configuration Network level SW management (inventory, package) Network topology export Logical configuration management

7



Program:

1.1 Situation

1.2 OMC-R functions




1.6 OMC-R software


8

1 OMC-R architecture and features 1.3 Functional architecture

ODTM

EM SNM

RNO NPA

NM

Alcatel 9100 MBS

RNC

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

V1 NEs

9


EM (Element Manager) manages RNC and NodeB V1:

Network level view (grey screen)

Single NE view (“plug-in” view)

Office Data manager

Software manager

Topology manager

File DownLoad application (FDL)

Gateway towards RNO & NPA

EM SNM

RNO NPA

RNC

NM

Alcatel 9100 MBS

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

ODTM

10


SNM (SubNetwork Management) manages MBS:

Software management

Topology management

Network supervision

Alarm management

Supervision at NE level

PM counters collection

EM SNM

RNO NPA

RNC

NM

Alcatel 9100 MBS

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

ODTM

11


NEM (Network Element Manager) can monitor and control remotely Alcatel 9100 MBS from OMC-R or locally.

NEM can run in Off-line or On-linemode.(Off-line is enabled only locally)

It covers the functional domains:

Alarm management (Off-line only)

Hardware management

Software management (Off-line only)

EM SNM

RNO NPA

RNC

NM

Alcatel 9100 MBS

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

ODTM

12


RNC and NodeB V1 transport, radio and hardware configuration is contained in Office Data (OD).

The Office Data Macro Tool (ODTM) offers a set of macros, with which the operator can create and modify the OD files.

The radio configuration of the RNC OD files is principally done by RNO tuning sessions whereas the creation/deletion of cells and the radio configuration of the NodeB V1 OD files is done by ODTM.

EM SNM

RNO NPA

RNC

NM

Alcatel 9100 MBS

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

ODTM

13


The Network Performance Analyser (NPA) administrates the PM counters and QoS indicators.

NPA imports periodically PM counters from NM (SNM + EM).

NPA generates QoS indicators.

NPA offers a user interface to browse counters and indicators.

NPA database is also an input to RNO.

EM SNM

RNO NPA

RNC

NM

Alcatel 9100 MBS

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

ODTM

14


The Radio Network Optimisation (RNO) enables operators to:

Detect network problems

Pinpoint urgent issues on thenetwork

Monitor QoS

Decide which corrective actions in order to improve QoS

Define radio configuration(design, adjacencies, …)

RNO produces:

QoS reports

Tuning session to modify UMTS radio parameters, sent to EM

EM SNM

RNO NPA

RNC

NM

Alcatel 9100 MBS

OMC-R

NodeB V1

NEM

Itf-b Itf-bItf-r

ODTM

15


Synthetic view:

EM SNM ODTM NEM NPA RNOConfiguration management x x x x xSupervision

management x x xPerformance management x x x x

System administration x x x x

16

Time allowed :

2 minutes

1 OMC-R architecture and features Exercise

Fill the OMC-R architecture below:

NodeBV2

?

? ?

? ?

?

??

?

?

?

? ? ?

17

Time allowed :

5 minutes


In order to describe the OMC-R element functions, fill the table below:

For each OMC-R element, on which NE types applies each function ?

EM SNM ODT NEM NPA RNOConfiguration managementSupervision

managementPerformance management

System administration

18



Program:

1.1 Situation

1.2 OMC-R functions




1.6 OMC-R software


19

1 OMC-R architecture and features 1.4 Hardware architecture

RNO-NPAon the same

server

SNM

EM

LAN

RNC

ATMBackBone

ATMSwitch

Other RNS Core Network

SNM, RNO, NPA, EM, ODTM, NEM and Remote

RNC LMT views on common PC Clients

Alcatel 1353 UR OMC-R

Alcatel9100MBS

ATMSwitch

Node-BV1

20

1 OMC-R architecture and features 1.4 Hardware architecture

21



Program:

1.1 Situation

1.2 OMC-R functions




1.6 OMC-R software


22

1 OMC-R architecture and features 1.5 OMC-R interfaces

OMC-R internal interfaces

NEM

RNO NPA

Topology and design files

(FTP)

Tuning sessionfiles (FTP)

Performancemeasurement files (FTP)

Navigation from SNM to NEM

SNMEMODTM

QoS indicators

NMCORBA

FTP

23


FTP: File Transfer Protocol

SNMP: Simple Network Management Protocol

CORBA architecture: client/server object model (used between OMC-R and RNC or Node B V1)

ORB

CORBAObject

Objectstate

Objectimplementation codeInteroperable

ObjectReference (IOR)

Object interface

Request Activation

24


OMC-R / UTRAN interfaces: Protocol view of O&M traffic

IPSNMP,

Ether

ATM

phys

IP

IP

Eth

1 2

3

4

OMC-R

Router

Router

IPIP IP

Ether Eth ATM

phys

ATM backbone or dedicated E1 lines

IP

IP

Corba

FtpRNC

IP

Eth

ATM

phys

ATM

physATM

phys

5

ATM backbone

6

SNMPCorba,Ftp,

NTP

Node BV1

ATM

phys

IP

7

IP

Corba,Ftp,

NTP

ATM

phys

IP

IP

SNMP,

Ftp,

NTP

Alcatel9100MBS

25


External interfaces

OMC-R

OtherOMC-Rs

RNP

- PM files- topology data- alarms + states- ATM cross-connect data (Iub only)

ExportImport Cell planning data

Import /exportcells from / toother OMC-Rs

Other O&M systems

26



Program:

1.1 Situation

1.2 OMC-R functions




1.6 OMC-R software


27

1 OMC-R architecture and features 1.6 OMC-R software: SNM

Client (Windows 2000)

SWIM

TOPOIM

SUPIM

JDBC

TOPOUSM

SWUSM

SUPUSM

Server (Solaris 8)

Oracle

AS USM

AS CURIM

AS HIST IM

TransUSM

TransIM

SessionIM

PMIM

Exports(XML or ASCII)

LDAP

PAM_LDAP

Corba Bus

SNMP

NPA

Alcatel 9100 MBS

NodeBIM

28

1 OMC-R architecture and features 1.6 OMC-R software: EM


Server (Solaris8)

FMTopo Adapter

GrayScreen

RM/CF

INFORMIX

SQL

CORBA/FTP

Plug-InView

TSCtrlRNOIMRNO

NPA

Corba Bus

Node B V1

RNC

TMN-Gateway

PM IM

ODMacro Tool

FTP (OD)

ODUSM

SWUSM

TopoUSM

FDL

29

1 OMC-R architecture and features 1.6 OMC-R software: RNO/NPA

RNO Applications

Server (Solaris8)


Oracle

Import T & D

Metrica

SqlNet

Browser

Import Ext Cells PM Collector

SNM

FTP

Parser

Loader

Administration

Tql Server

EM

FTP

RNO/NPA Daemon

RNO Service

Sql Server

EM

PM Browser

30



Program:

1.1 Situation

1.2 OMC-R functions




1.6 OMC-R software


31

1 OMC-R architecture and features 1.7 OMC-R configurations

Supervision

Equipment Configuration

Radio Configuration

Software Management Configuration

QoS Monitoring

Administration

Total number of users

User ProfileNumber of sessions

4

3

3

1

3

1

15

EM

SNM

RNO / NPA

OMC-R component Max Number of sessions

5

7

5


Configuration

Maximum number of RNC / Node B / cells

Maximum numberof user sessions

Maximum numberof clients

Small 10 RNC / 500 Node B / 1500 cells

15 15

32

Time allowed :

3 minutes


Fill the scheme below in order to describe OMC-R hardware architecture.

What is the PC client software architecture ?

?


? ? ? ? ?

?

?

33

Time allowed :

5 minutes


Give an example of information exchanged between:

– OMC-R and RNP

– OMC-Rs

– OMC-R and other O&M system

– OMC-R and UTRAN

– RNO and NM

– NPA and RNO

– NPA and NM

At present, what is the maximum number of cells managed by OMC-R ?

34

Thank you for answering the self-assessment

of the objectives sheet

1 OMC-R architecture and features Evaluation



2 Supervision

36

2 Supervision Session presentation

Objective: to be able to describe the supervision features.

Program:

2.1 Supervision tasks

2.2 Monitored entities

2.3 Tasks and functional elements

37

2 Supervision 2.1 Supervision tasks

Supervision tasks

Supervision at network level

Supervision at NE level

Alarm management

Topology management

Supervision tasks achieved via EM and SNM

NodeBV2

EM SNM

RNC V1 Alcatel 9100 MBS

Node B V1

Corba and FTP

SNMP and FTP

38



Program:




39

2 Supervision 2.2 Monitored entities

40



Program:




41

2 Supervision 2.3 Tasks and functional elements

Topology management

42


Supervision at network levelUTRAN

RNSRNC

Iub Link

Cell

NodeB V1

Alcatel 9100MBS

•Sector

•Administrative state•Operational state•Linking state

•Administrative state•Operational state

•Supervision state•Communication state•Alarm synthesis

•Supervision state•Communication state•Alarm synthesis

•Supervision state•Communication state•Alarm synthesis•Administrative state•Operational state

•Sector

•Location name

Logical/ physical

43


Supervision at network level (SNM print screen)

44


Supervision at NE level (EM print screen)

NE control (state change) Legend

45


Alarm management

Alcatel 9100 MBS• Generate alarms (including

time stamp)

• Send alarms in SNMP traps to SNM

Node B V1

• Generate change status + traffic alarm reports

• Send reports as Corba messages to EM

RNC V1 • Generate change status

+ traffic alarm reports

• Send reports as Corba messages to EM

EM

• Manage Current Alarm List

• Manage Historical Alarm List

• Alarm view customisation

• Acknowledge current alarms

• Assign current alarms

• Purge current alarms

• Export alarms as ASCII files

• Resynchronise alarms

SNM

• Manage Current Alarm List

• Manage Historical Alarm List

• Alarm view customisation

• Acknowledge current alarms

• Reserve / unreserve current alarms

• Purge current alarms

• Export alarms as ASCII files

• Resynchronise alarms

46


Alarm management (SNM print screen)

AlarmDetail

47

Time allowed :

3 minutes

2 Supervision Exercise

Which entities is it possible to supervise at network level?

Give 3 examples of control actions at NE level.

Which functional entity is used to collect alarms from

– RNC?

– Node B V1?

– Alcatel 9100 MBS?

48

Time allowed :

2 minutes


Which functional entity is used to view alarms from

– Node B V1?

– Alcatel 9100 MBS?

– RNC?

What is the protocol used to transfer alarms from:

– RNC to EM?

– Alcatel 9100 MBS to SNM?

– EM to SNM?

49

Time allowed :

2 minutes


Why can it be useful to store historical alarms?

Which functional entities (in the OMC-R) are using topology?

50



2 Supervision Evaluation



3 Configuration management

52

3 Configuration management Session presentation

Objective: to be able to describe the configuration management features.

Program:

3.1 Equipment and transport configuration management

3.2 Software management

3.3 Logical configuration management

53

3 Configuration management 3.1 Equipment and transport configuration management

Process is different between NE V1 and NE V2.

Equipment and transport configuration management for NE V1:

NodeB V1

RNC

- Download- activate- accept

Office Data

EMNM

ODTMacro

ODprofile

Iubtemplates

ODfile

54


Equipment and transport configuration management for NE V2:

Equipment configuration: plug & play mechanisms Equipment parameters configuration by NEM

Transport configuration: Iub parameters extraction from RNC OD file to XML file SNMP messages to Alcatel 9100 MBS (NE V2)

55


SNM Transport Manager window (SNM print screen)

Follow-up view Transport Configuration Matrix view

56



Program:




57

3 Configuration management 3.2 Software management

Software management is done separately in EM for RNC and Node B V1 and in SNM for RNC.

Both use the same application user interface for further common integration.

These applications handle:

Software plans

Repository for the NE software packages

Software inventory

Software replacement process

58


Software replacement process in NE V1

EM SNMNM

NE SW packages

Prepare SW plan

1

2

RNC

NodeB V1

• Download

• Activate

• Accept (or Reject)

59


Software replacement process in NE V2

SNMEMNM

NE SW packages

Prepare SW plan

Alcatel9100MBS

1

2

3

6

4

6

60


SNM Software manager window (same as EM window)

Follow-up view Network Element View

61



Program:




62

3 Configuration management 3.3 Logical configuration management

Definition of cell identifiers:

O&M identifier = LocalCellId

Telecom identifier = UC-Id

Node-B index Carrier number Sector number

C-Id

LocalCellId

Cell Design

RNC-Id +

UC-Id

63


Cell management services:

Cells are created by Office Data macro tool

Cell parameters are modified by RNO

Physical implementation of a cell (Local cell) is configured and supervised by EM and SNM.

64


Cell parameter tuning is done by RNO

NM

RNO

Topology &

Design

TunningSession

file

UTRAN

NPAQoS data

RNP

OtherOMC-R

Cell design

Adjacent Cell parameters

OD download and activationSNMP requests

65


Cell parameters are classified in 2 categories:

Parameter

type

Design Call context

Description Describing

the logical

topology

(associations

cell-NodeB-

RNC)

Decided at

RNP step

and refined

at

optimization

step

Configured at

network level,

independently of

network elements.

Applies to Cells Services or Cell

Class

66


Open tuning session in RNO:

67

Time allowed :

3 minutes

3 Configuration management Exercise

Are the equipment and transport configuration management tasks centralised ?

Which OMC-R elements are involved in the RNC equipment reconfiguration process ?

Which OMC-R elements are involved in the Alcatel 9100 MBS transport reconfiguration process ?

68

Time allowed :

3 minutes


What is a software plan ? A template plan ?

Are the software management tasks centralised ?

Which OMC-R elements are involved in software replacement processes ?

69

Time allowed :

5 minutes


During the cell parameters tuning mechanism, which kind of information are exchanged between the following entities ?

– RNP and RNO

– other OMC-R and RNO

– NM and RNO

– NM and UTRAN

What kind of parameters can be modified with the logical configuration management ?

70



3 Configuration management Evaluation



4 Performance management

72

4 Performance management Session presentation

Objective: to be able to describe the performance management features.

Program:

4.1 Performance management functions

4.2 Performance counters

4.3 Performance monitoring

73

4 Performance management 4.1 Performance management functions

1- PM counters collection by EM and SNM

2- PM counters storage and aggregation by NPA

3- Indicators generation by NPA

4- QoS monitoring by PM Browser and RNO

EM SNM

RNO NPA

Alcatel 9100 MBSRNCNodeB V1

1 1

2

34 4

74



Program:




75

4 Performance management 4.2 Performance counters

5 PM counter types:

Synchronous cumulative:(ex: number of DL DCH available)

Asynchronous cumulative: (ex: number of RRC requests)

Sampling:(ex: number of DL DCH available)

Average:(ex: interference level average)

Min/Max:(ex: TX carrier power max)

Granularity period

76

4 Performance management 4.2 Performance counters

Indicator generation:

NPA computes one or several counters in order to generate indicators, following fixed rules.

NPA administration tool enables user to produce flexible indicators.

Aggregation of indicators could be spatial or temporal

NPA consolidates existing indicators on a daily, weekly or monthly basis following fixed consolidation rules.

77



Program:




78

4 Performance management 4.3 Performance monitoring

RNO displays indicators and generates QoS reports:

QoS reports

Indicator values

Indicator browser

Object browser

79

4 Performance management 4.3 Performance monitoring

PM Browser displays counters and indicators of non-RNO objects (VCI, VPI, physical links, Node B) and of RNO objects (RNC, Cell)

80

Time allowed :

5 minutes

4 Performance management Exercise

Which UTRAN & OMC-R elements are involved in Performance Management ?

Describe briefly their functions.

What are the main differences between performance measurement counters and QoS indicators ?

What is the definition of a flexible indicator ?

81



4 Performance management Evaluation



5 Administration

83

5 Administration Session presentation

Objective: to be able to describe the administration features.

Program:

5.1 Administration functions

5.2 Administration tools

84

5 Administration5.1 Administration functions

OMC-R System administration functions:

Security

OMC-R hardware management

OMC-R software management

OMC-R backup/ restore

Start/ Stop and monitoring of OMC-R

Log management

Cleanup of unused files

Failure management

Calendar facilities

User support

85

5 Administration 5.1 Administration functions

RNO user declaration/ deletion

RNO server database backup/ restore

RNO client or printer declaration

Declaration EM in RNO

NPA user declaration/ deletion

NPA server database backup/ restore

NPA client or printer declaration

Declaration RNO in NPA

SNM User Declaration/ deletion

SNM server database backup/ restore

SNM client or printer declaration

Declaration EM in SNM

EM user declaration/ deletion

EM server database backup/ restore

EM Client or printer declaration

OMC-R system administration main tasks:

86

5 Administration Session presentation


Program:

5.1 Administration functions

5.2 Administration tools

87

5 Administration5.2 Administration tools

EM system administration main windows:

88


SNM system administration main window:

89


Tools available to the RNO administrator:

QoS Indicator Descriptor Manager

User Manager

RNP Project Configuration

Import/Export Manager

Tools available to the RNO Optimiser and Administrator:

Working Zone Manager

QoS Report and View Template Manager

90


NPA system administration main window:

exit

• shutdown the Metrica/NPRsystem

• edit, install and unload the system crontab file.

define QoS flexible indicators

examine and maintain the Metrica/NPR system

delete old data

control, monitor and configure processes

check

• administrate databases• TQL commands

91

Time allowed :

4 minutes

5 Administration Exercise

List the OMC-R system administration functions.

How can log files be useful ?

Are the OMC-R user management tasks centralised ?

Are the backup & restore mechanisms centralised ?

92



5 Administration Evaluation



APPENDIX

94

Radio Configuration tasks

Documentation

Abbreviations and Acronyms

Appendix

95

Appendix Radio Configuration tasks

Radio Configuration tasks and related documentation:

Operator Task related task in documentation Document name doc reference Create Cell ODT Macro User Guide 3BK 20689 … delete cell ODT Macro User Guide 3BK 20689 … Map Cell to sector for A9100 MBS SNM Configuration Handbook 3BK 20703 … Create Local Cell in Node B V1 Equivalent to Cell - Sector mapping ODT Macro User Guide 3BK 20689 … Unmap Cell to sector in A9100 MBS SNM Configuration Handbook 3BK 20703 … Delete Local Cell in Node B V1 Equivalent to Unmap Cell to sector ODT Macro User Guide 3BK 20689 … Create a cell design tuning session Design Tuning Session RNO User Guide 3BK 20690 … Modify a CCT parameter CCT Tuning Session RNO User Guide 3BK 20690 … Modify a RNC frequency ODT Macro User Guide 3BK 20689 … Add / Delete an adjacent cell Design Tuning Session RNO User Guide 3BK 20690 …

96



Operator Task related task in documentation Document name doc reference Modify a Cell Design Parameter RNO User Guide 3BK 20690 … Modify a cell RAC/LAC/SAC ODT Macro User Guide 3BK 20689 … Modify a cell scrambling code ODT Macro User Guide 3BK 20689 … lock cell SNM Configuration Handbook 3BK 20703 … unlock cell SNM Configuration Handbook 3BK 20703 … Generate T&D file EM User Guide 3BK 20686 … Modify T&D file import schedule EM User Guide 3BK 20686 … Export RNO tuning session with immediate application RNO User Guide 3BK 20690 … Export RNO tuning session with schedule application RNO User Guide 3BK 20690 … Cancel RNO Tuning session EM User Guide 3BK 20686 …

97



Operator Taskrelated task in documentation Document name doc reference

Cancel RNO Tuning session EM User Guide 3BK 20686 … Modify RNO Tuning session schedule EM User Guide 3BK 20686 … Configure cell azimuth in Evolium A9100 MBS

Evolium A9100 MBS Terminal User Guide 3BK 20684 …

Modify a cell frequency Design Tuning SessionODT Macro User GuideRNO User Guide

3BK 20689 ...3BK 20690 …

Modify a cell friendly name RNO User Guide 3BK 20690 … Import data from planification (azimuth, LCID, location, Cell name...) RNP Project Configuration RNO User Guide

3BK 20690 ...3BK 20706 …

Import Data from planification manuallyPrepare Generic RNPProject Manually RNO User Guide

3BK 20690 ...3BK 20706 …

Import Call Context TemplateImport Export ManagerCall Context Template Rules RNO User Guide 3BK 20690 …

Declare a tuning session RNO User Guide 3BK 20690 … Modify Network identification parameters ODT Macro User Guide 3BK 20689 … Modify Cell Scrambling Code ODT Macro User Guide 3BK 20689 … Configure Call trace information ODT Macro User Guide 3BK 20689 …

Update RNO Topology & Design DataRNO Server Administration Guide 3BK 20707 …

98


Documentation


Appendix

99

AppendixDocumentation

A1353 UR Getting Started 3BK 20677 ...

UTRAN System Description 3BK 20678 ...

UTRAN System Introduction 3BK 20679 ...

Node B V1 Description 3BK 20681 ...

EVOLIUM A9100 MBS Description 3BK 20682 ...

EVOLIUM RNC Description 3BK 20683 ...

EVOLIUM A9100 MBS Terminal User Guide 3BK 20684 ...

RNC & Node B V1 Terminal User Guide 3BK 20685 ...

AS User Guide

A1353 UR / EM User Guide 3BK 20686 ...

Node B V1 Performance Monitoring Tool User Guide 3BK 20687 ...

100


A1353 UR / NPA PM Browser User Guide 3BK 20688 ...

NPA User Manual

ODT Macros User Guide 3BK 20689 ...

A1353 UR / RNO User Guide 3BK 20690 ...

EVOLIUM A9100 MBS Alarm Dictionary

Node B V1 Alarm Dictionary 3BK 20692 ...

PM Counters & Indicators Dictionary 3BK 20693 ...

RNC Alarm Dictionary 3BK 20694 ...

RNS Parameters Dictionary 3BK 20695 ...

Network Modification Principles 3BK 20696 ...

Operation & Maintenance Principles 3BK 20697 ...

101


A1353 UR / EM Administration Handbook 3BK 20698 ...

EVOLIUM A9100 MBS Maintenance Handbook 3BK 20699 ...

A1353 UR Handbook 3BK 20700 ...

RNC and Node B V1 Maintenance Handbook 3BK 20701 ...

A1353 UR / SNM Administration Handbook 3BK 20702 ...

A1353 UR / SNM Configuration Handbook 3BK 20703 ...

A1353 UR / SNM Surveillance Handbook 3BK 20704 ...

A1353 UR / NPA Server Administration Guide 3BK 20705 ...

A1353 UR / RNO Administration Guide 3BK 20706 ...

A1353 UR / RNO Server Administration Guide 3BK 20707 ...

102


Add Node B V1 3BK 17417 5841 RJZZA

Delete Node B V1 3BK 17417 5842 RJZZA

Node B V1 Tx div introduction 3BK 17417 5802 RJZZA

RNS Provisioning 3BK 17417 5804 RJZZA

RNS Site Inventory 3BK 17417 0008 RJZZA

Add EVOLIUM A9100 MBS 3BK 17417 0844 RJZZA

Provisioning EVOLIUM A9100 MBS 3BK 17417 0843 RJZZA

Delete EVOLIUM A9100 MBS 3BK 17417 0845 RJZZA

Reconfigure EVOLIUM A9100 MBS 3BK 17417 0805 RJZZA

Add/Delete RNS 3BK 17417 4046 RJZZA

Replace Node B V1 by EVOLIUM A9100 MBS 3BK 17417 4048 RJZZA

103


Documentation


Appendix

104

Abbreviations and Acronyms (1)

3GPP 3rd Generation Partnership Project (WCDMA)

3GPP2 3rd Generation Partnership Project 2 (CDMA 2000)

3GIP 3rd Generation partnership for Internet

Protocol

AAL ATM Adaptation Layer

ACELP Algebraic Code Excited Linear Prediction

ADN Abbreviated Dialling Number

ALCAP Access Link Control Application Part

AMPS Advanced Mobile Phone System

AMR Adaptive Multi Rate

AN (C,XU) Antenna Network

ANSI American National Standard Institute (USA)

ARIB Association of Radio Industries and Business

(Japan)

ATC ATM Traffic Contract

ATM Asynchronous Transfer Mode

BB Base Band

BCCH Broadcast Control Channel

BER Bit Error Rate

BHCA Busy Hour Call Attempts

BLER Block Error RateBMC Broadcast Multicast Control

BM-IWF Broadcast Multicast Interworking

Function

BPMT Node B Performance Monitoring Tool

BSC Base Station Controller

BSS Base Station (sub)System

BTS Base Transceiver Station

BWC Bandwidth Control

CAC Connection Admission Control

CAMEL Customised Application for Mobile Enhanced Logic

CC Call Control

CCCH Common Control Channel

CCT Call Context Template

CCTrCH Coded Composite Transport Channel

CDMA Code Division Multiple Access

CDR Call Data Record

CDV Cell Delay Variation

CLR Cell Loss Ratio

CM Configuration Management

CN Core Network

105

CORBA Common Object Request Broker Architecture

CP Central Processing

CPCH Common Packet Channel

CPCS Common Part Convergence Sublayer

CPS Command Part Sublayer

CPU Central Processing Unit

CRC Cyclic Redundant Check

CS Circuit Switched

CS Convergence/Adaptation to Services (ATM)

CTCH Common Traffic Channel

CTD Cell Transfer Delay

CWTS China Wireless Telecommunication Standard

group

DB Debug Board

DCA Dynamic Channel Allocation

DCCH Dedicated Control Channel

DCH Dedicated Channel

DCN Data Communication Network

DHO Diversity Hand Over

DHT Diversity Hand Over Trunk

DRAC Dynamic Resource Allocation Control

DRNC Drift RNC

DS Direct Sequence

DSCH Downlink Shared Channel

DTCH Dedicated Traffic Channel

EDGE Enhanced Data rates for GSM Evolution

EFR Enhanced Full Rate

E-GSM Enhanced GSM

E-GPRS Enhanced GPRS

EM Element (or Equipment) Manager

ERAN EDGE Radio Access Network (all-IP)

ETSI European Telecommunication Standard Institute

FACH Forward Access Channel

FBI feedback Information

FDD Frequency Division Duplex

FDD-DS FDD-Direct Sequence (FDD1)

FDD-MC FDD-Multiple Carrier (FDD2)

FDL File Download (EM application)

FDMA Frequency Division Multiple Access

FER Frame Error Rate

FTP File Transfer Protocol

FvX Flexor Visual Explorer

FW Firmware

GCRA Generic Cell Rate Algorithm

GERAN GSM/EDGE Radio Access Network


106


GGSN Gateway GPRS Support Node

GMSC Gateway MSC

GMSK Gaussian Minimum Shift Keying

GP Granularity Period

GPRS General Packet Radio Service

GSM Global System for Mobile Communications

GTP GPRS Tunnelling Protocol

GTP-U GPRS Tunnelling Protocol-User Plane

GUI Graphical User Interface

HDD Hard Disk

HHO Hard Hand Over

HIF High speed Interface

HLR Home Location Register

HO Hand Over

HSDPA High Speed Downlink Packet Access

HSS Home Subscriber Service

HPLMN Home PLMN

IDL Interface Definition Language

IETF Internet Engineering Task Force

IM Information Manager

IMEI International Mobile Equipment Identity

IMS IP Multimedia Subsystem

IMSI International Mobile Subscriber Identity

IMT International Mobile Telecommunication

IMT-DS Direct Sequence

IMT-MC Multi Carrier

IMT-SC Single Carrier

IMT-TC Time Code

IOT Inter Operability Tests

IOR Interoperable Object Reference

IP Internet Protocol

IR Incremental Redundancy

ISC Internetworking Services Card

ISDN Integrated Services Digital Network

Itf-b Interface Node B - OMC-R

Itf-r Interface RNC - OMC-R

ITU International Telecommunication Union

Iub Interface Node B - RNC

Iur Interface RNC - RNC

Iu-CS Interface RNC - CN Circuit Switch

Iu-PS Interface RNC - CN Packet Switch

Kbps Kilobits per second

L1, L2, L3 Layer , Layer 2, Layer3

LA Local Area

107


LAC Local Area Code

LAN Local Area Network

LCS Location Services

LLC Logical Link Control

LM Load Module

LMT Local Maintenance Terminal

LIF Low speed Interface

LQC Link Quality Control

M3UA SS7 MTP3 User Adaptation layer

MAC Medium Access Control

MAP Mobile Application Part

MBS Multi-standard Base Station (UTRAN)

MBS Maximum Burst Size (ATM)

MCR Minimum Cell Rate

MExE Mobile Execution Environment

MM Mobility Management

MMUX Mac Multiplexer

MSC Mobile Switching Centre

MSP Multiple Subscriber Profile

MTP3 Message Transfer Part level 3

MTP-3B Message Transfer Part level 3 Broadband

NAS Non Access Stratum

NBAP Node-B Application Part

NE Network Element

N/E Normal/ Emergency

NEM New element manager

NM Network Manager:combined EM and SNM

NMC Network Management Centre

NML Network Management Layer

NMS Network Management System

NPA Network Performance Analyser

NTP Network Time Protocol

OAM Operation And Maintenance

O&M Operation And Maintenance

OD Office Data

ODMA Opportunity Driven Multiple Access

ODT Office Data Tool

ODTM Office Data Tool Macro

OMC-R Operation & Maintenance Centre - Radio

OPEX Operational Expenditures

ORB Object Request Broker

OS Operating System

OSA Open Service Architecture

OSU OAM Signalling Unit

108


OTDOA Observed Time Difference of Arrival

-IPDL - Idle Period Downlink

OTSR Omni directional TX/Sectorised RX

OVSF Orthogonal Variable Spreading Factor

PCCH Paging Control Channel

PCR Peak Cell Rate

PCU Packet Control Unit

PDA Personal Digital Assistant

PDC Personal Digital Cellular (2G Japan)

PDP Packet Data Protocol

PDU Protocol Data Unit

PLMN Public Land Mobile Network

PM Performance Measurement (O&M)

PM Physical Medium (ATM)

PMUL Performance Measurement Upload

P/ R Primary/ Redundant

PRACH Physical Random Access Channel

PS Packet Switched

PSK Phase Shift Keying

PSTN Public Switched Telephone Network

QoS Quality of Service

QPSK Quadrature Phase Shift Keying

RA Routing Area

RAB Radio Access Bearer

RAC Routing Area Code

RAC Radio Admission control

RACH Random Access Channel

RAID Redundant Array Independent (or Inexpensive) Disk

RAN Radio Access Network

RANAP RAN Application Part

RB Radio Bearer

RF Radio Frequency

RIT Replaceable Item (board, card or module)

RLC Radio Link Control

RNC Radio Network Controller

RNO Radio Network Optimiser

RNP Radio Network Planning

RNS Radio Network Sub-System

RNSAP RNS Application Part

RNTI Radio Network Temporary Identity

ROCH Robust Header Compression

RP Reporting Period

RPMT RNC Performance Monitoring Tool

109


RRC Radio Resource Control

RRM Radio Resource Management

SAC Service Area Code

SAP Service Access Point

SAR Segmentation And Reassembly

SAT SIM Application Toolkit

SC Short Cell

SC System Configuration

SCF System Configuration File

SCR Sustainable Cell Rate

SDH Synchronous Digital Hierarchy

SF Spreading Factor

SGSN Serving GPRS Support Node

SHO Soft Hand Over

SIR Signal to Interference Ratio

SMS Short Message Service

SNM Sub-Network Manager

SNMP Simple Network Management Protocol

SOH Section Overhead

SPU Signaling Processing Unit

SQL Structured Query Language

SRNC Serving RNC

SSCOP Service Specific Connection Oriented Protocol

SSCP Signaling Connection Control Part

STM Synchronous Transfer Mode

STTD Space Time transmit diversity

SU Signalling Unit

SV SuperVision

SWDL SoftWare DownLoad

TC Transcoder

TC Transmission Convergence (ATM)

TCP Transport Control Protocol

TD-CDMA Time Division & CDMA

TDD Time Division Duplex

TDMA Time Division Multiple Access

TEU Transmitter Equipment UMTS

TF Transport Format

TFC Transport Format Combination

TFCI Transport Format Combination Indicator

TFCS Transport Format Combination Set

TFS Transport Format Set

TIA Telecommunication Industry Association (USA)

TMA Tower Mounted Amplifier

TMN Telecommunication Management Network

110


TMSI Temporary Mobile Subscriber Identify

TPA Transmit Power Amplifier

TPC Transmission Power Control

TQL Query Language for semistructured data

TRE Transceiver Equipment (GSM)

TRX Transceiver (UMTS V1)

TS Tuning Session

TSAL Tuning Session Application Log

TSTD Time Switch Transmit Diversity

TTA Telecommunication Technology Association (Korea)

TTC Telecommunication Technology Committee

(Japan)

UARFCN UTRA Absolute Radio Frequency Channel Number

UDP User Datagram Protocol

UE User Equipment

UICC UMTS Integrated Circuit Card

UMTS Universal Mobile Telecommunication System

URA UTRAN Registration Area

USB Universal Serial Bus

USIM UMTS Subscriber Identity Card

USM User Service Manager

USSD Unstructured Supplementary Service Data

UTRA UMTS Radio Access Network (ETSI)

UTRA Universal Radio Access Network (3GPP)

UTRAN UMTS Terrestrial Radio Access Network

UWCC Universal Wireless Communications Committee

VC Virtual Channel

VCI Virtual Channel Identifier

VHE Virtual Home Environment

VLR Visitor Location Register

VoIP Voice over IP

VP Virtual Path

VPI Virtual Path Identifier

VSWR Voltage Standing Wave Ratio

W3C World Wide Web Consortium

WAP Wireless Application Protocol

W-CDMA Wideband Code Division Multiple Access

WIM WAP Identity Module

XML Extensible Mark-up Language

Date post:	27-Dec-2015
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