2013 Customer Training Catalog - Course Descriptions(GSM) PDF (2)

8/12/2019 2013 Customer Training Catalog - Course Descriptions(GSM) PDF (2)

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Customer Training Catalog Course Descriptions

COMMERCIAL IN CONFIDENCE 1

Customer Training CatalogCourse Descriptions

GSM

HUAWEI Learning Service2013


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ONT NTS 1.1 Training Course Descriptions ........................................................................................................... .......... 6

1.2 GSM RNP&RNO Training Courses .................................................................................................. ........ 12

1.2.1 OMA00 BSC6000 GSM Air Interface ................................................................. .............................. 12 1.2.2 OMA01 BSC6900 GSM Air Interface ................................................................. .............................. 13

1.2.3 OMO00 GSM BSS8.1 Radio Network Functionality.............................................. ........................... 14

1.2.4 OMO01 GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality ................................................. 15

1.2.5 OMO02 GSM BSS8.1 Radio Network Features .................. ............................................................ 16

1.2.6 OMO03 GSM BSS9.0/12.0/13.0/14.0 Radio Network Features ....................................................... 17

1.2.7 OMO04 GSM BSS8.1 Radio Network Performance Management .................................................. 18

1.2.8 OMO05 GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance Management .......................... 19

1.2.9 OMO10 GSM 2G/3G/4G Interoperability ...................................................................... ................... 20

1.2.10 OMO13 BSC6000 GSM Radio Network Optimization...................................................... ................ 21

1.2.11 OMO14 BSC6900 GSM Radio Network Optimization...................................................... ................ 22

1.2.12 OMP00 GSM Antenna Basics ......................................................... ................................................. 23

1.2.13 OMP01 GSM Radio Network Planning ......................................................................... ................... 24

1.2.14 OMO11 GSM Highway and High-speed Railway Solution ............................................................... 25

1.2.15 OMO15 GSM BSS14.0 Feature Delta ..................................................................................... ........ 26

1.2.16 OMP03 Common Components for Indoor Coverage and Repeater Introduction ............................. 27

1.2.17 OMP04 GSM Indoor Coverage Planning and Optimization ..................................................... ........ 28

1.2.18 OMO12 GSM Indoor Coverage Solution ............................................................... ........................... 29

1.3 GPRS/EDGE RNP&RNO Training Courses ............................................................................................. 30

1.3.1 OMA02 BSC6000 GPRS/EDGE Air Interface ................................................................ .................. 30

1.3.2 OMA03 BSC6900 GPRS/EDGE Air Interface ................................................................ .................. 31

1.3.3 OMO06 GSM BSS8.1 GPRS/EDGE Radio Network Features ........................................................ 32

1.3.4 OMO07 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Features ................................ 33

1.3.5 OMO08 GSM BSS8.1 GPRS/EDGE Radio Network Performance Management ............................ 34

1.3.6 OMO09 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Performance Management .... 35

1.3.7 OMO15 BSC6000 GPRS/EDGE Radio Network Optimization ....... ................................................. 36

1.3.8 OMO16 BSC6900 GPRS/EDGE Radio Network Optimization ....... ................................................. 37

1.3.9 OMP00 GPRS/EDGE Radio Network Planning ....................................................................... ........ 38

1.3.10 OMA04 Evolved EDGE ........................................................ ............................................................ 39 1.3.11 OMA05 GPRS EDGE Signaling ................................................................. ...................................... 40

1.4 GSM Training Courses ................................................................. ............................................................ 41

1.4.1 OMC00 BSC6900 GSM V9R11 Product Description ....................................................................... 41

1.4.2 OMC01 BSC6900 GSM V9R11 Operation and Maintenance .......................................................... 42

1.4.3 OMC02 BSC6900 GSM V9R11 Data Configuration ......................................................... ................ 43

1.4.4 OMC03 BSC6900 GSM V9R11 Installation and Commissioning ..................................................... 44

1.4.5 OMC04 BSC6900 GSM V9R11 Troubleshooting ............................................................. ................ 45

1.4.6 OMB00 BTS3900 GSM V1R2 Product Description ............. ............................................................ 46

1.4.7 OMB01 BTS3900 GSM V1R2 Operation and Maintenance ..................................................... ........ 47


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1.4.8 OMB02 BTS3900 GSM V1R2 Data Configuration ........................................................... ................ 48

1.4.9 OMB03 MBTS GO V1R2 installation and commissioning ........................................................ ........ 49

1.4.10 OMC05 BSC6900 GSM V9R12 Product Description ................................................................ ....... 50

1.4.11 OMC06 BSC6900 GSM V9R12 Operation and Maintenance .......................................................... 51

1.4.12 OMC07 BSC6900 GSM V9R12 Data Configuration .................................. ...................................... 52 1.4.13 OMC08 BSC6900 GSM V9R12 Installation and Commissioning ..................................................... 53

1.4.14 OMC09 BSC6900 GSM V9R12 Troubleshooting ............................................................. ................ 54

1.4.15 OMB04 BTS3900 GSM V1R3 Product Description ............. ............................................................ 55



1.4.18 OMB07 BTS3900 GSM V1R3 Installation and Commissioning ....................................................... 58

1.4.19 OMC13 BSC6900 GSM V9R12 Dimensioning .......................................... ...................................... 59

1.4.20 OMC14 BSC6900 GSM V9R8-V9R12 Delta ......................................................... ........................... 60

1.4.21 OMC15 BSC6900 GSM V9R8-V9R11 Delta .................................................................................... 61 1.4.22 OMB10 BTS3012 GSM V3R8 Product Description ............. ............................................................ 62

1.4.23 OMB11 BTS3900 GSM V3R8 Product Description .......................................................... ................ 63

1.4.24 OMB12 BTS3900 GSM V3R8 Commissioning ................................................................................ 64


1.4.26 OMB14 BTS3900 GSM V3R8 data configuration ........................... ................................................. 66



1.4.29 OMB17 BTS&DBS3900 GSM V3R8 Troubleshooting................................................................ ...... 69

1.4.30 OMC16 BSC6000 GSM V9R8 Product Description ......................................................... ................ 70 1.4.31 OMC17 BSC6000 GSM V9R8 Operation and Maintenance ............................................................ 71

1.4.32 OMC18 BSC6000 GSM V9R8 Data Configuration .................................... ...................................... 72

1.4.33 OMC19 BSC6000 GSM V9R8 Software Installation & Upgrade ...................................................... 73

1.4.34 OMC20 BSC6000 GSM V9R8 Feature ................................................................ ............................ 74

1.4.35 OMC21 BSC6000 GSM V9R8C12 Delta Training.................................................................... ........ 75

1.4.36 OMB18 BTS3012 GSM V3R8 Special Topic ......................................................... ........................... 76

1.4.37 OMC22 PCU6000 (External PCU) Operation and Maintenance ...................................................... 77

1.4.38 OMC23 BSC6000 GSM V9R8 Troubleshooting ............................................................... ................ 79

1.4.39 OMC24 BSC6000 GSM V9R8 Advanced troubleshooting Training ......................................... ........ 80 1.4.40 OMC25 BSC6000 GSM V9R8 TOP10 Alarm Processing ................................................................ 81

1.4.41 OMC26 BSC6000 GSM V9R8 IP Topic................................................................ ............................ 82

1.4.42 OMB19 BTS3012 GSMR V3R8 Product Description ................................................................ ....... 83

1.4.43 OMB20 DBS3900 GSMR V3R8 Product Description....................................................... ................ 84

1.4.44 OMB21 DBS3900 GSMR V3R8 Commissioning ............................................................................. 85

1.4.45 OMB22 BTS3012 GSMR V3R8 Data Configuration .................................. ...................................... 86

1.4.46 OMB23 DBS3900 GSMR V3R8 data configuration ................................... ...................................... 87

1.4.47 OMB24 BTS3012 GSMR V3R8 Operation and Maintenance .......................................................... 88

1.4.48 OMB25 DB3900 GSMR V3R8 Operation and Maintenance ............................................................ 89

1.4.49 OMB26 DBS3900 GSMR V3R8 Troubleshooting ............................................................ ................ 90


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1.4.50 OMC27 BSC6000 GSMR V9R8 Product Description ................................................................ ...... 91

1.4.51 OMC28 BSC6000 GSMR V9R8 Operation and Maintenance ......................................................... 92

1.4.52 OMC29 BSC6000 GSMR V9R8 Data Configuration ........................................................ ................ 93

1.4.53 OMC30 BSC6000 GSMR V9R8 Software Installation & Upgrade ................................................... 94

1.4.54 OMC31 BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis ........................................... 95 1.4.55 OMC32 BSC6000 GSMR V9R8C15 HSCSD Introduction ....................................................... ........ 96

1.4.56 OMC33 BSC6000 GSMR V9R8C15 Troubleshooting................................................................ ...... 97

1.4.57 OMC34 BSC6000 GSMR V901R008 Product Description ...................................................... ........ 98

1.4.58 OMC35 BSC6000 GSMR V901R008 Operation and Maintenance ................................................. 99

1.4.59 OMC36 BSC6000 GSMR V901R008 Data Configuration ........................................................ ...... 100

1.4.60 OMC37 BSC6000 GSMR V901R008 Installation and Commissioning .......................................... 101

1.4.61 OMC38 BSC6000 GSMR V901R008 Troubleshooting .................................................................. 102

1.4.62 OMB27 DBS3900 GSMR V301R008 Product Description ....................................................... ...... 103

1.4.63 OMB28 DBS3900 GSMR V301R008 Operation and Maintenance ................................................ 104 1.4.64 OMB29 DBS3900 GSMR V301R008 Data Configuration .............................................................. 105

1.4.65 OMB30 DBS3900 GSMR V301R008 installation and commissioning ........................................... 106

1.4.66 OMC39 BSC6000 GSMR V901R008 BSS Signaling Flow and analysis ....................................... 107

1.4.67 OMC40 BSC6000 GSMR V901R008 HSCSD Introduction ..................................................... ...... 108

1.4.68 OMB31 BTS&DBS3900 GSM V1R2 Troubleshooting................................................................ .... 109

1.4.69 OMB32 BTS&DBS3900 GSM V1R3 Troubleshooting................................................................ .... 110

1.4.70 OMC50 BSC6900 GSM V900R013 Product Description ................................................................ 111

1.4.71 OMC51 BSC6900 GSM V900R013 Operation and Maintenance .................................................. 112

1.4.72 OMC52 BSC6900 GSM V900R013 Data Configuration ............................ .................................... 113 1.4.73 OMC53 BSC6900 GSM V900R013 Installation and Commissioning ............................................. 114

1.4.74 OMC54 BSC6900 GSM V900R013 Troubleshooting ................................................................ ..... 115

1.4.75 OMB33 MBTS GSM V100R004 Product Description....................................................... .............. 116

1.4.76 OMB34 MBTS GSM V100R004 Operation and Maintenance ........................................................ 117

1.4.77 OMB35 MBTS GSM V100R004 Data Configuration ........................................................ .............. 118

1.4.78 OMB36 MBTS GSM V100R004 Installation and Commissioning ............................................ ...... 119

1.4.79 OMC55 BSC6900 GSM V900R013 Dimensioning .................................... .................................... 120

1.4.80 OMC56 BSC6900 GSM V900R012 - V900R013 Delta ............................................................... ... 121

1.4.81 OMB37 MBTS GSM V100R004 Troubleshooting ............................................................ .............. 122 1.4.82 OMC58 BSC6900 GSM V900R013 Data Reconfiguration ....................................................... ...... 123

1.4.83 OMB38 MBTS GSM V100R004 Data Reconfiguration .................................................................. 124

1.4.84 OMC59 BSC6900 GSM V900R011 Data Reconfiguration ....................................................... ...... 125




1.4.88 OMC61 BSC6900 GSM V900R014 Product Description ......................................................... ...... 129

1.4.89 OMC62 BSC6900 GSM V900R014 Operation and Maintenance .................................................. 130

1.4.90 OMC63 BSC6900 GSM V900R014 Data Configuration ............................ .................................... 131

1.4.91 OMC64 BSC6900 GSM V900R014 Installation and Commissioning ............................................. 132


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1.4.93 OMC66 BSC6900 GSM V900R014 Migration ................................ ............................................... 134

1.4.94 OMC67 BSC6900 GSM V900R014 Expanding ....................................................................... ...... 135

1.4.95 OMC68 BSC6900 GSM V900R014 Dimensioning .................................... .................................... 136

1.4.96 OMC69 BSC6900 GSM V900R013 - V900R014 Delta ............................................................... ... 137 1.4.97 OMC70 BSC6900 GSM V900R014 Troubleshooting ................................................................ ..... 138

1.4.98 OMB41 MBTS GSM V100R007 Product Description....................................................... .............. 139

1.4.99 OMB42 MBTS GSM V100R007 Operation and Maintenance ........................................................ 140

1.4.100 OMB43 MBTS GSM V100R007 Data Configuration ........................................................ .............. 141

1.4.101 OMB44 MBTS GSM V100R007 Installation and Commissioning .................................................. 142

1.4.102 OMB45 MBTS GSM V100R007 Troubleshooting ............................................................ .............. 143


1.4.104 OMB47 MBTS GSM V100R007 Expanding .......................................................... ......................... 145

1.4.105 OMB48 MBTS GSM V100R007 Migration ............................................................ ......................... 146 1.4.106 OMC71 GSM IPRAN Fundamental.................................................................... ............................ 147

1.4.107 OMC72 GSM IPRAN MSTP/PTN Networking ......................................................................... ...... 148

1.4.108 OMC73 GSM IPRAN Networking Planning ........................................................... ......................... 149

1.4.109 OMC74 GSM IPRAN Feature Application .......................................................... ......................... 150

1.4.110 OMC75 GSM IPRAN Maintenance and Monitoring .............................................. ......................... 152

1.4.111 OMC76 GSM IPRAN Troubleshooting ........................................................................................... 153

1.4.112 OMC77 GSM IPRAN Principles for Interfaces over IP ................................................................ ... 154

1.4.113 OMC78 BSC6900 GSM V900R013-V900R014 Upgrade .............................................................. 155

1.4.114 OMC79 MBTS GSM V100R004 - V100R007 Upgrade ............................................................... ... 156 1.4.115 OMB49 GSM BSS14.0 Antenna and Feeder Maintenance ...................................................... ...... 157

1.4.116 OMC80 GSM IPRAN A over IP Reconstruction .................................................... ......................... 158

1.4.117 OMC81 GSM IPRAN Gb over IP Reconstruction....................................... .................................... 159

1.4.118 OMC82 GSM IPRAN Abis over IP Reconstruction ........................................................... .............. 160

1.4.119 OMC83 GSM BSS14.0 Emergency Maintenance ............................................................ .............. 161

1.4.120 OMC84 GSM BSS14.0 Precautions and Emergency Maintenance for Large Traffic ..................... 162

1.4.121 OMC85 BSC6900 GSM Fault Information Collecting...................... ............................................... 163

1.4.122 OMC86 BSC6900 CS Troubleshooting ................................................................ .......................... 164

1.4.123 OMC87 BSC6900 PS Troubleshooting .......................................................................................... 165 1.4.124 OMC88 BSC6900 IP Transmission Troubleshooting ....................................................... .............. 166

1.4.125 OMC89 BSC6900 Clock Troubleshooting ............................................................. ......................... 167


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1.1 Training Course Descriptions

GSM Training Courses are designed as follows:

Code Training Courses LevelDuration(working

days)

Training

Location

Class

Size

GSM RNP&RNO Training Courses

OMA00 BSC6000 GSM Air Interface 2.5 6 ~ 12

OMA01 BSC6900 GSM Air Interface 2.5 6 ~ 12

OMO00 GSM BSS8.1 Radio Network Functionality 2.25 6 ~ 12

OMO01 GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality

2.25 6 ~ 12

OMO02 GSM BSS8.1 Radio Network Features 4.75 6 ~ 12

OMO03 GSM BSS9.0/12.0/13.0/14.0 Radio Network Features 4.75 6 ~ 12

OMO04 GSM BSS8.1 Radio Network Performance Management 0.5 6 ~ 12

OMO05GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance

Management 0.5 6 ~ 12

OMO10 GSM 2G/3G/4G Interoperability 1 6 ~ 12

OMO13 BSC6000 GSM Radio Network Optimization 1 6 ~ 12

OMO14 BSC6900 GSM Radio Network Optimization 2 6 ~ 12

OMP00 GSM Antenna Basics 0.5 6 ~ 12

OMP01 GSM Radio Network Planning 3.5 6 ~ 12

OMO11 GSM Highway and High-speed Railway Solution 1 6 ~ 12

OMO15 GSM BSS14.0 Feature Delta 1 6 ~ 12

OMP03 Common Components for Indoor Coverage and RepeaterIntroduction

0.5 6 ~ 12

OMP04 GSM Indoor Coverage Planning and Optimization 1.25 6 ~ 12

OMO12 GSM Indoor Coverage Solution 0.25 6 ~ 12

GPRS/EDGE RNP&RNO Training Courses

OMA02 BSC6000 GPRS/EDGE Air Interface 2 6 ~ 12

OMA03 BSC6900 GPRS/EDGE Air Interface 2 6 ~ 12

OMO06 GSM BSS8.1 GPRS/EDGE Radio Network Features 1.5 6 ~ 12


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OMO07GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network

Features 1.5 6 ~ 12

OMO08GSM BSS8.1 GPRS/EDGE Radio Network Performance

Management

1 6 ~ 12

OMO09GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network

Performance Management 1 6 ~ 12

OMO15 BSC6000 GPRS/EDGE Radio Network Optimization 0.5 6 ~ 12

OMO16 BSC6900 GPRS/EDGE Radio Network Optimization 1 6 ~ 12

OMP00 GPRS/EDGE Radio Network Planning 0.5 6 ~ 12

OMA04 Evolved EDGE 1 6 ~ 12

OMA05 GPRS EDGE Signaling 2 6 ~ 12

GSM Product Training Courses

OMC00 BSC6900 GSM V9R11 Product Description 1 6 ~ 12

OMC01 BSC6900 GSM V9R11 Operation and Maintenance 2 6 ~ 12

OMC02 BSC6900 GSM V9R11 Data Configuration 3 6 ~ 12

OMC03 BSC6900 GSM V9R11 Installation and Commissioning 1 6 ~ 12

OMC04 BSC6900 GSM V9R11 Troubleshooting 5 6 ~ 12

OMB00 BTS3900 GSM V1R2 Product Description 1 6 ~ 12

OMB01 BTS3900 GSM V1R2 Operation and Maintenance 1 6 ~ 12

OMB02 BTS3900 GSM V1R2 Data Configuration 2 6 ~ 12

OMB03 MBTS GO V1R2 installation and commissioning 1 6 ~ 12




OMC08 BSC6900 GSM V9R12 Installation and Commissioning 1 6 ~ 12





OMB07 BTS3900 GSM V1R3 Installation and Commissioning 1 6 ~ 12


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OMC13 BSC6900 GSM V9R12 Dimensioning 1 6 ~ 12

OMC14 BSC6900 GSM V9R8-V9R12 Delta 2 6 ~ 12

OMC15 BSC6900 GSM V9R8-V9R11 Delta 2 6 ~ 12

OMB10 BTS3012 GSM V3R8 Product Description 0.5 6 ~ 12


OMB12 BTS3900 GSM V3R8 Commissioning 1 6 ~ 12


OMB14 BTS3900 GSM V3R8 data configuration 1 6 ~ 12



OMB17 BTS&DBS3900 GSM V3R8 Troubleshooting 1 6 ~ 12




OMC19 BSC6000 GSM V9R8 Software Installation & Upgrade 1 6 ~ 12

OMC20 BSC6000 GSM V9R8 Feature 3 6 ~ 12

OMC21 BSC6000 GSM V9R8C12 Delta Training 1 6 ~ 12

OMB18 BTS3012 GSM V3R8 Special Topic 1 6 ~ 12

OMC22 PCU6000 (External PCU) Operation and Maintenance 5 6 ~ 12

OMC23 BSC6000 GSM V9R8 Troubleshooting 0.5 6 ~ 12

OMC24 BSC6000 GSM V9R8 Advanced troubleshooting Training 5 6 ~ 12

OMC25 BSC6000 GSM V9R8 TOP10 Alarm Processing 1 6 ~ 12

OMC26 BSC6000 GSM V9R8 IP Topic 1 6 ~ 12

OMB19 BTS3012 GSMR V3R8 Product Description 0.5 6 ~ 12

OMB20 DBS3900 GSMR V3R8 Product Description 0.5 6 ~ 12

OMB21 DBS3900 GSMR V3R8 Commissioning 1 6 ~ 12

OMB22 BTS3012 GSMR V3R8 Data Configuration 1 6 ~ 12

OMB23 DBS3900 GSMR V3R8 data configuration 1 6 ~ 12


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OMB24 BTS3012 GSMR V3R8 Operation and Maintenance 1 6 ~ 12

OMB25 DB3900 GSMR V3R8 Operation and Maintenance 1 6 ~ 12

OMB26 DBS3900 GSMR V3R8 Troubleshooting 1 6 ~ 12

OMC27 BSC6000 GSMR V9R8 Product Description 1 6 ~ 12

OMC28 BSC6000 GSMR V9R8 Operation and Maintenance 2 6 ~ 12

OMC29 BSC6000 GSMR V9R8 Data Configuration 3 6 ~ 12

OMC30 BSC6000 GSMR V9R8 Software Installation & Upgrade 1 6 ~ 12

OMC31BSC6000 GSMR V9R8C15 BSS Signaling Flow and

analysis 1 6 ~ 12

OMC32 BSC6000 GSMR V9R8C15 HSCSD Introduction 0.5 6 ~ 12

OMC33 BSC6000 GSMR V9R8C15 Troubleshooting 1.5 6 ~ 12

OMC34 BSC6000 GSMR V901R008 Product Description 1 6 ~ 12

OMC35 BSC6000 GSMR V901R008 Operation and Maintenance 2 6 ~ 12

OMC36 BSC6000 GSMR V901R008 Data Configuration 3 6 ~ 12

OMC37BSC6000 GSMR V901R008 Installation and

Commissioning 1 6 ~ 12

OMC38 BSC6000 GSMR V901R008 Troubleshooting 1 6 ~ 12

OMB27 DBS3900 GSMR V301R008 Product Description 1 6 ~ 12

OMB28 DBS3900 GSMR V301R008 Operation and Maintenance 1 6 ~ 12

OMB29 DBS3900 GSMR V301R008 Data Configuration 2 6 ~ 12

OMB30DBS3900 GSMR V301R008 installation and

commissioning 1 6 ~ 12

OMC39BSC6000 GSMR V901R008 BSS Signaling Flow and

analysis 1.5 6 ~ 12

OMC40 BSC6000 GSMR V901R008 HSCSD Introduction 0.5 6 ~ 12

OMB31 BTS&DBS3900 GSM V1R2 Troubleshooting 0.5 6 ~ 12

OMB32 BTS&DBS3900 GSM V1R3 Troubleshooting 0.5 6 ~ 12





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OMC53BSC6900 GSM V900R013 Installation and

Commissioning 1 6 ~ 12


OMB33 MBTS GSM V100R004 Product Description 1 6 ~ 12

OMB34 MBTS GSM V100R004 Operation and Maintenance 1 6 ~ 12

OMB35 MBTS GSM V100R004 Data Configuration 2 6 ~ 12

OMB36 MBTS GSM V100R004 Installation and Commissioning 1 6 ~ 12


OMC56 BSC6900 GSM V900R012 - V900R013 Delta 1 6 ~ 12

OMB37 MBTS GSM V100R004 Troubleshooting 0.5 6 ~ 12

OMC58 BSC6900 GSM V900R013 Data Reconfiguration 2 6 ~ 12

OMB38 MBTS GSM V100R004 Data Reconfiguration 3 6 ~ 12








OMC64BSC6900 GSM V900R014 Installation and

Commissioning 1.5 6 ~ 12

OMC65 BSC6900 GSM V900R014 Data Reconfiguration 1.5 6 ~ 12

OMC66 BSC6900 GSM V900R014 Migration 0.5 6 ~ 12

OMC67 BSC6900 GSM V900R014 Expanding 0.5 6 ~ 12


OMC69 BSC6900 GSM V900R013 - V900R014 Delta 1 6 ~ 12


OMB41 MBTS GSM V100R007 Product Description 1 6 ~ 12

OMB42 MBTS GSM V100R007 Operation and Maintenance 1 6 ~ 12


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OMB43 MBTS GSM V100R007 Data Configuration 1.5 6 ~ 12

OMB44 MBTS GSM V100R007 Installation and Commissioning 1 6 ~ 12

OMB45 MBTS GSM V100R007 Troubleshooting 0.5 6 ~ 12

OMB46 MBTS GSM V100R007 Data Reconfiguration 1.5 6 ~ 12

OMB47 MBTS GSM V100R007 Expanding 0.5 6 ~ 12

OMB48 MBTS GSM V100R007 Migration 0.5 6 ~ 12

OMC71 GSM IPRAN Fundamental 0.5 6 ~ 12

OMC72 GSM IPRAN MSTP/PTN Networking 1 6 ~ 12

OMC73 GSM IPRAN Networking Planning 1 6 ~ 12

OMC74 GSM IPRAN Feature Application 1.75 6 ~ 12

OMC75 GSM IPRAN Maintenance and Monitoring 0.5 6 ~ 12

OMC76 GSM IPRAN Troubleshooting 0.25 6 ~ 12

OMC77 GSM IPRAN Principles for Interfaces over IP 0.25 6 ~ 12

OMC78 BSC6900 GSM V900R013-V900R014 Upgrade 1 6 ~ 12

OMC79 MBTS GSM V100R004 - V100R007 Upgrade 1 6 ~ 12

OMB49 GSM BSS14.0 Antenna and Feeder Maintenance 1 6 ~ 12

OMC80 GSM IPRAN A over IP Reconstruction 1 6 ~ 12

OMC81 GSM IPRAN Gb over IP Reconstruction 1 6 ~ 12

OMC82 GSM IPRAN Abis over IP Reconstruction 1 6 ~ 12

OMC83 GSM BSS14.0 Emergency Maintenance 0.5 6 ~ 12

OMC84GSM BSS14.0 Precautions and Emergency Maintenance

for Large Traffic 0.5 6 ~ 12

OMC85 BSC6900 GSM Fault Information Collecting 0.5 6 ~ 12

OMC86 BSC6900 CS Troubleshooting 1.5 6 ~ 12

OMC87 BSC6900 PS Troubleshooting 1 6 ~ 12

OMC88 BSC6900 IP Transmission Troubleshooting 1.5 6 ~ 12

OMC89 BSC6900 Clock Troubleshooting 0.5 6 ~ 12


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1.2.2 OMA01 BSC6900 GSM Air Interface

Objectives

On completion of this course, the participants will

be able to:

Describe the function of each kind of logical

channel

Describe the general radio signal process on

Um interface

State the techniques used on Um interface

Describe typical GSM communication flow

Perform the operation for interface message

trace

Identify the messages on A interface and Abis

interface

Analysis the messages on A interface and Abis

interface

Explain the important message parameters

Identify the fault by the method of analyzing the

signaling flow

Target Audience

GSM BSS Engineers

GSM RNP Engineers

GSM RNO Engineers

Prerequisites

Having basic knowledge of radio network

system

Content

Overview

Processing of Voice Signal

Features in GSM System

Timing Advance

Frequency Hopping

Discontinuous Transmission

Power Control

Radio Channel

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

Training Methods

Lectures, Hands-on exercise

Duration

2.5 working days

Class Size

Min 6, max 12


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1.2.3 OMO00 GSM BSS8.1 Radio Network Functionality

Objectives


be able to:

List the MS behaviors in idle mode

Describe the parameters associated with MS

behaviors in idle mode

List the types of frequency hopping

Describe the functions of frequency hopping

algorithm

Describe the parameters of frequency hopping

Target Audience

GSM BSS senior engineers

GSM RNO engineers

Prerequisites

Completion of the following course(s):

BSC6000 GSM Air Interface

Content

Cell Parameters Overview

Cell Parameters Introduction

Case Study

Hopping Overview

Hopping Classification

Hopping Parameters

Training Methods

Lectures, Hands-on exerciseDuration

2.25 working days

Class Size

Min 6, max 12


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1.2.4 OMO01 GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality

Objectives


be able to:

List the MS behaviors in idle mode

Describe the parameters associated with MS

behaviors in idle mode

List the types of frequency hopping

Describe the functions of frequency hopping

algorithm

Describe the parameters of frequency hopping

Target Audience


GSM RNO engineers

Prerequisites



Content

System Information Reception

Cell Selection

Cell Reselection

Location Update

Paging Processing

Access Processing

Other parameters

Hopping Overview

Hopping Classification

Hopping Parameters

Training Methods


Duration

2.25 working days

Class Size

Min 6, max 12


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1.2.5 OMO02 GSM BSS8.1 Radio Network Features

Objectives


be able to:

Describe the general flow of GSM power

control algorithm

Interpret Huawei power control algorithm II

Interpret Huawei power control algorithm III

Describe the other features about power

control

Describe the general flow of GSM handover

algorithm

Interpret Huawei handover algorithm I/II

Describe the enhanced full rate algorithm

Describe the half rate algorithm

Describe the adaptive multiple rate algorithm

Describe the GSM radio channel allocation

algorithm II

Target Audience


GSM RNO engineers

Prerequisites



GSM BSS8.1 Radio Network Functionality

Content

Introduction of Handover

Purposes of HO Classification of HO

HO Algorithm Process

General HO Process

Measure and Measurement Result Report

Measurement Report Preprocessing

Handover Judgment

Handover Implementation

Power Control Overview

HW Power Control HW Power Control

Other Power Control

Enhanced Full Rate

Half Rate

Adaptive Multiple Rate

HW II Channel Assignment Procedure

Principle of Channel Assignment

Data Configuration of Channel Assignment

Training Methods


Duration

4.75 working days

Class Size

Min 6, max 12


17/167


1.2.6 OMO03 GSM BSS9.0/12.0/13.0/14.0 Radio Network Features

Objectives


be able to:

Describe the general flow of GSM power

control algorithm

Interpret Huawei power control algorithm II

Interpret Huawei power control algorithm III

Describe the other features about power

control

Describe the general flow of GSM handover

algorithm

Interpret Huawei handover algorithm I/II

Describe the enhanced full rate algorithm

Describe the half rate algorithm

Describe the adaptive multiple rate algorithm

Describe the GSM radio channel allocation

algorithm II

Target Audience


GSM RNO engineers

Prerequisites



GSM BSS9.0/12.0/13.0/14.0 Radio Network

Functionality

Content

Introduction of Handover

Purposes of HO

Classification of HO

HO Algorithm Process

General HO Process

Measure and Measurement Result Report

Measurement Report Preprocessing

Handover Judgment

Handover Implementation

Power Control Overview

HW Power Control Algorithm

HW Power Control Algorithm

Other Algorithms

Enhanced Full Rate

Half Rate

Adaptive Multiple Rate

HW II Channel Assignment Algorithm Basic

Channel Assignment Procedure

Channel Assignment Strategies

Detail Priorities of Channel Assignment

Strategies

Channel Assignment Priorities and Data

Configuration

Capacity Priorities and Data Configuration Quality Priorities and Data Configuration

PS Coordination Priorities and Data

Configuration

Management Priorities and Data Configuration

Training Methods


Duration

4.75 working days

Class Size

Min 6, max 12


18/167


19/167


1.2.8 OMO05 GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance Management

Objectives


be able to:

Describe the operations about performance

management based on M2000

Interpret the general analysis procedure of

traffic analysis

Interpret the functions of some typical counters

Target Audience


GSM RNO engineers

Prerequisites



Content

Performance Management Basic

Performance Management Preferences Performance Database Capacity Parameters

Measurement Management

User-Defined Counter Management

Query Performance Result

Other Functions

Traffic Statistics Items Analysis Process

Often-used Traffic Statistics Items Analysis

Training Methods

Lectures, Demonstration

Duration

0.5 working day

Class Size

Min 6, max 12


20/167


1.2.9 OMO10 GSM 2G/3G/4G Interoperability

Objectives


be able to:

Describe the inter-RAT CS cell reselection

conditions

Describe the inter-RAT PS cell reselection

conditions

Describe the inter-RAT handover algorithm

Describe the signaling flow of inter-RAT

handover

Target Audience

GSM BSS Engineers

GSM RNO Engineers

Prerequisites




Functionality

GSM BSS9.0/12.0/13.0/14.0 Radio NetworkFeatures

Content

Overview of Inter-RAT UE Behavior in Idle

Mode

GSM-WCDMA Cell Reselection

GSM-LTE Cell Reselection

GSM-WCDMA Handover Procedure

GSM-LTE Handover Procedure

Training Methods

Lectures, LVC

Duration

1 working day

Class Size

Min 6, max 12


21/167


1.2.10 OMO13 BSC6000 GSM Radio Network Optimization

Objectives


be able to:

Describe the key KPIs of TCH/SDCCH call

drop

Summarize the typical problems of call drop in

realistic network

Analyze the main reasons of call drop

Describe the key KPIs of handover

Summarize the typical problems of handover

failure in realistic network

Analyze the main reasons of handover failure

Study the cases

Target Audience


GSM RNO engineers

Prerequisites

Completion of the following course(s): BSC6000 GSM Air Interface

GSM BSS8.1 Radio Network Functionality

GSM BSS8.1 Radio Network Features GSM BSS8.1 Radio Network Performance

Management

Content

Call Drop Definition and Main Reasons

Detail Reasons Location and Solution for Call

Drop

Call Drop Cases

Handover Process Flow

Measurement Points and Performance Index of

Handover

Analysis of Handover Problem

Handover Cases

Training Methods

Lectures, Case-study

Duration

1 working day

Class Size

Min 6, max 12


22/167


1.2.11 OMO14 BSC6900 GSM Radio Network Optimization

Objectives


be able to:

Describe the key KPIs of TCH/SDCCH call

drop

Summarize the typical problems of call drop in

realistic network

Analyze the main reasons of call drop

Describe the key KPIs of handover

Summarize the typical problems of handover

failure in realistic network

Analyze the main reasons of handover failure

Study the cases

Target Audience


GSM RNO engineers

Prerequisites




Functionality


Features


Performance Management

Content

Call Drop Definition and Main Reasons

Detail Reasons Location and Solution for Call

Drop

Call Drop Cases

Handover Process Flow

Measurement Points and Performance Index of

Handover

Analysis of Handover Problem

Handover Cases

Symptoms and Classification of Network

Interference

Approaches to Identifying Network Interference Locating and Solving Interference Problems

Evaluation Standards and Principles of Speech

Quality

Statistics and Analysis of Factors Affecting the

MOS

Subjective Speech Problem Handling

Voice-Related Key Parameters

Paging Definition Overview

Paging Problem Analysis Process

Paging Cases

Training Methods


Duration

2 working days

Class Size

Min 6, max 12


23/167


1.2.12 OMP00 GSM Antenna Basics

Objectives


be able to:

Describe the theory of radio signal propagation

Describe the radio signal propagation model

Interpret the structure of the antenna

equipments

Interpret the features of the antenna

equipments

Implement selecting the suitable antenna type

Outline the key specifications of antenna

Target Audience


GSM RNP engineers

Prerequisites


system

Content

Antenna Fundamentals

Antenna Working Principle

Antenna Specifications

Antenna Selection

Electric Downtilt Antenna

Training Methods

LecturesDuration

0.5 working day

Class Size

Min 6, max 12


24/167


1.2.13 OMP01 GSM Radio Network Planning

Objectives


be able to:

Implement GSM radio network coverage

planning

Explain the link budget model and its

application

Explain the advance technology for improving

coverage

Implement GSM radio network traffic capacityplanning on TCHF/TCHH/SDCCH

Explain the capacity enhancement technology

Describe the paging ability of radio network

Explain GSM frequency resource, C/I

conception, frequency reuse definition, and

frequency tighten reuse technology and its

application

Target Audience


GSM RNP engineers

Prerequisites

Completion of the following course:

BSC6000 GSM Air Interface, OR


Content

Cell Planning Process

Cell Planning Detailed Flow

Coverage Planning Basis

Link Balance and Budget

Indoor Coverage Planning

Advance Technology for Improving Coverage

Traffic Prediction

TCH Capacity Planning

SDCCH Capacity Planning

Capacity Enhancement Technology

Location Area Overview

Location Area Planning Principle

Paging Strategies in Location Area

LAC capacity calculation

Frequency Planning

Normal Frequency Reuse Technology

Tight Frequency Reuse

Concentric Cell Technology

Multiple Reuse Pattern Technology

Training Methods


Duration

3.5 working days

Class Size

Min 6, max 12


25/167


1.2.14 OMO11 GSM Highway and High-speed Railway Solution

Objectives


be able to:

Describe highway and high-speed railway

solution

Describe the networking strategy of highway

and high-speed railway

Describe the feature and equipment of highway


Describe the scenario solutions of highway andhigh-speed railway

Describe the optimization method of highway


Target Audience


GSM RNP engineers

GSM RNO engineers

Prerequisites




Functionality

GSM BSS9.0/12.0/13.0/14.0 Radio NetworkFeatures



Content

Overview of Highway and High-speed Railway

Solution

Networking Strategy of Highway and

High-speed Railway

Feature and Equipment of Highway andHigh-speed Railway

Scenario Solutions of Highway and High-speed

Railway

Optimization of Highway and High-speed

Railway

Training Methods

Lectures

Duration

1 working day

Class Size

Min 6, max 12


26/167


1.2.15 OMO15 GSM BSS14.0 Feature Delta

Objectives


be able to:

Describe the enhanced part in handover

algorithm I

Describe the enhanced part in handover

algorithm II

Describe the feature of VAMOS

Describe the feature of PS power control

Describe the feature of HSCSD

Describe the feature of smart pipe

Target Audience


GSM RNO engineers

Prerequisites



GSM BSS9.0/12.0/13.0/14.0 Radio NetworkFunctionality


Features

Content

Handover Algorithm I Enhanced

Handover Algorithm II Enhance

Active TBF Allocation PS Service Improvement

Multiple CCCHs

Layered Paging

RACH Storm Filtration

VAMOS Overview

Principle of VAMOS

Application Scenarios

Impacts of VAMOS on the Network

Design and Implementation Method Data Configuration Procedure

Optimization Parameters Configuration

Performance Measurement Counters

Background of PS Power Control

Principle of PS Power Control

Algorithm of PS Power Control

Relative Counters of PS Power Control

Training Methods

Lectures

Duration

1 working day

Class Size

Min 6, max 12


27/167


1.2.16 OMP03 Common Components for Indoor Coverage and Repeater

Introduction

Objectives


be able to:

List the types of common components for

indoor coverage

Describe the functions of common

components for indoor coverage

Describe the functions of repeaters

Target Audience


GSM RNP engineers

Prerequisites


system

Content

Amplifier Power Splitter

Coupler

Bridge

Combiner

POI

Attenuator

Load

Antenna

Leaky Cable

Attenuator Feeder, Connector, and Adapter

Concepts

Working Principles

The KPIs of Repeater

The Classification of Repeater

The Application of Repeater

Installation and Commissioning

Training Methods

Lectures

Duration

0.5 working day

Class Size

Min 6, max 12


28/167


1.2.17 OMP04 GSM Indoor Coverage Planning and Optimization

Objectives


be able to:

Describe the method of GSM indoor coverage

planning

Describe the method of GSM indoor coverage

optimization

Describe the method of indoor and outdoor

inter-operation

Target Audience


GSM RNP engineers

GSM RNO engineers

Prerequisites


GSM Radio Network Planning

Content

In-building Coverage System Trend&Challenge

In-building Coverage System Solution

In-building Coverage Key Points

Indoor Coverage Survey and Design Process

Indoor Coverage Survey

Indoor Coverage Design Basis

Indoor Coverage System Design

Purpose of Indoor Coverage Optimization

Preparations for Indoor Coverage Optimization

Principles of Indoor Coverage Optimization

Indoor Coverage Optimization Test

Indoor Coverage Optimization Analysis

The Conception of IBS Indoor&OutdoorInter-operation Optimization Solution

The Method for IBS Indoor&Outdoor

Inter-operation Optimization

Training Methods

Lectures

Duration

1.25 working days

Class Size

Min 6, max 12


29/167


1.2.18 OMO12 GSM Indoor Coverage Solution

Objectives


be able to:

Describe the stadium coverage solution

Describe the metro coverage solution

Describe the airport coverage solution

Describe the resident location coverage

solution

Describe the commercial building coverage

solution

Describe the campus coverage solution

Target Audience


GSM RNP engineers

GSM RNO engineers

Prerequisites


GSM Radio Network Planning

Content

Requirement of Stadium Coverage Solutions

Huawei Stadium Coverage Solution

Solutions

Successful Cases

The Key Demands of Metro Coverage

Huawei Metro tunnel Coverage Solution

Successful Cases The Key Demands of Airport Coverage

Huawei Airport Coverage Solution

Successful Cases

Requirement of Resident Location Coverage

Solutions

Huawei Resident Location Coverage Solution

Key Technical Points

Successful Cases

Brief Introduction of Commercial BuildingCoverage Solution

Huawei Commercial Coverage Solution

Key Points in Coverage Solution Design

Successful Cases

Brief Introduction of Campus Network Solution

Huawei Campus Coverage Solution

Key Points In Coverage Solution Design

Successful Cases

Training Methods

Lectures

Duration

0.25 working day

Class Size

Min 6, max 12


30/167


1.3 GPRS/EDGE RNP&RNO Training Courses

1.3.1 OMA02 BSC6000 GPRS/EDGE Air Interface

Objectives


be able to:

Outline the GPRS/EDGE network structure and

functions of entities in GPRS network

Describe the GPRS/EDGE frame structure of

Um interface


channel

Describe the typical application scenarios of

different logical channel

Describer the multiple timeslot ability of

GPRS/EDGE MS

Describe GPRS/EDGE channel setup flow

Describe GPRS/EDGE channel release flow

Target Audience

GPRS/EDGE BSS Engineers

GPRS/EDGE RNP Engineers

GPRS/EDGE RNO Engineers

Prerequisites


system

Content

GPRS/EDGE System Overview

GPRS/EDGE Wireless Subsystem

GPRS/EDGE Numbering and Region

GPRS/EDGE Mobility Management

GPRS Signaling Basis

Establishment of TBF in Um Interface

Release of TBF in Um Interface

Optimization Flow in Um Interface

Signaling Flow in Gb Interface

Training Methods


Duration

2 working days

Class Size

Min 6, max 12


31/167


1.3.2 OMA03 BSC6900 GPRS/EDGE Air Interface

Objectives


be able to:

Outline the GPRS/EDGE network structure and

functions of entities in GPRS network

Describe the GPRS/EDGE frame structure of

Um interface


channel

Describe the typical application scenarios ofdifferent logical channel

Describer the multiple timeslot ability of

GPRS/EDGE MS

Describe GPRS/EDGE channel setup flow

Describe GPRS/EDGE channel release flow

Target Audience

GPRS/EDGE BSS Engineers

GPRS/EDGE RNP Engineers

GPRS/EDGE RNO Engineers

Prerequisites


system

Content

GPRS/EDGE System Overview

GPRS/EDGE Wireless Subsystem

GPRS/EDGE Numbering and Region

GPRS/EDGE Mobility Management

GPRS Signaling Basis Establishment of TBF in Um Interface

Release of TBF in Um Interface

Optimization Flow in Um Interface

Signaling Flow in Gb Interface

Training Methods


Duration

2 working daysClass Size

Min 6, max 12


32/167


1.3.3 OMO06 GSM BSS8.1 GPRS/EDGE Radio Network Features

Objectives


be able to:

List the typical parameters for GPRS/EDGE

radio network optimization

Interpret the typical parameters for

GPRS/EDGE radio network optimization

Describe GPRS/EDGE power control algorithm

Describe GPRS/EDGE cell reselection

conditions

Target Audience

GPRS/EDGE BSS senior engineers

GPRS/EDGE RNO engineers

Prerequisites


BSC6000 GPRS/EDGE Air Interface

Content

Radio Optimization Parameters

Power Control

Cell Reselection

Radio Channel Management

Training Methods


Duration

1.5 working days

Class Size

Min 6, max 12


33/167


1.3.4 OMO07 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Features

Objectives


be able to:

List the typical parameters for GPRS/EDGE

radio network optimization

Interpret the typical parameters for

GPRS/EDGE radio network optimization

Describe GPRS/EDGE power control algorithm

Describe GPRS/EDGE cell reselection

conditions

Target Audience



Prerequisites



Content

GPRS/EDGE Cell Parameters

GPRS/EDGE Power Control

GPRS/EDGE Cell Reselection

GPRS/EDGE Performance Parameters

Training Methods


Duration

1.5 working days

Class Size

Min 6, max 12


34/167


1.3.5 OMO08 GSM BSS8.1 GPRS/EDGE Radio Network Performance Management

Objectives


be able to:



Interpret the functions of typical counters

List the typical KPIs

Interpret the definition and measurement points

of typical KPIs

Target Audience



Prerequisites



Content

GPRS-EDGE Traffic Statistics System

GPRS-EDGE Traffic Analysis

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


35/167


1.3.6 OMO09 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network


Objectives


be able to:



Interpret the functions of typical counters

List the typical KPIs

Interpret the definition and measurement pointsof typical KPIs

Target Audience



Prerequisites



Content

Performance Management Basic

Performance Management Preferences

Performance Database Capacity Parameters

Measurement Management

User-Defined Counter Management

Query Performance Result

Other Functions GPRS-EDGE Traffic Statistics System

GPRS-EDGE Traffic Analysis

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


36/167


1.3.7 OMO15 BSC6000 GPRS/EDGE Radio Network Optimization

Objectives


be able to:

Describe the general analysis method of TBF

setup success rate problem

Introduce the detailed solution of TBF setup

success rate problem

Describe the general analysis method of

download speed problem

Introduce the detailed solution of downloadspeed problem

Study the cases

Target Audience



Prerequisites


BSC6000 GPRS/EDGE Air Interface GSM BSS8.1 GPRS/EDGE Radio Network

Features

GSM BSS8.1 GPRS/EDGE Radio Network


Content

Low TBF Setup Success Ratio

Low Downloading Rate

Training Methods


Duration

0.5 working day

Class Size

Min 6, max 12


37/167


1.3.8 OMO16 BSC6900 GPRS/EDGE Radio Network Optimization

Objectives


be able to:

Describe the general analysis method of TBF

setup success rate problem

Introduce the detailed solution of TBF setup

success rate problem

Describe the general analysis method of

download speed problem

Introduce the detailed solution of downloadspeed problem

Study the cases

Target Audience



Prerequisites


BSC6900 GPRS/EDGE Air Interface GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE

Radio Network Features GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE

Radio Network Performance Management

Content

Relative Formula

Signaling Procedure

Analysis and Optimization Methods

Cases Study

Low Download Rate Problem Analysis

Low Upload Rate Problem Analysis

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


38/167


1.3.9 OMP00 GPRS/EDGE Radio Network Planning

Objectives


be able to:

Describe the work flow of GPRS/EDGE radio

network planning

Implement GPRS/EDGE radio network traffic

capacity planning

Implement GPRS/EDGE radio network

coverage planning

Implement GPRS/EDGE radio networkfrequency planning

Describe the influence to the GSM network

Target Audience


GPRS/EDGE RNP engineers

Prerequisites


BSC6000 GPRS/EDGE Air Interface, OR BSC6900 GPRS/EDGE Air Interface

Content

Planning Principle

Capacity Planning (Um, Abis, Gb)

Coverage Planning

Frequency Planning

Signaling Channel Planning

Dual-band Network Solution

Training Methods


Duration

0.5 working day

Class Size

Min 6, max 12


39/167


1.3.10 OMA04 Evolved EDGE

Objectives


be able to:

Describe the principle of evolved EDGE

List the feature set

Describe the EGPRS2 resource allocation and

operation

Target Audience

GPRS/EDGE BSS senior engineersGPRS/EDGE RNO engineers

Prerequisites



Content

Introduction to Evolved EDGE

The Feature Set

EGPRS2 Resource Allocation and Operation

Training Methods

Lectures

Duration

1 working day

Class Size

Min 6, max 12


40/167


1.3.11 OMA05 GPRS EDGE Signaling

Objectives


be able to:

Describe the layer3 of Um interface and

relative signalling flows


relative signaling flows


relative signaling flows

Describe the Gb interface and relative signalingflows

Describe the Gn/Gp interface and relative

signaling flows

Target Audience



Prerequisites



Content

Introduction and Protocols Overview

Um interface Layer 3



Gb interface Gn/Gp interface

Training Methods

Lectures

Duration

2 working days

Class Size

Min 6, max 12


41/167


1.4 GSM Training Courses

1.4.1 OMC00 BSC6900 GSM V9R11 Product Description

Objectives


be able to:

State the structure and functions of important

boards of BSC6900(GSM Only).

State the system structure and functions of

modules of BSC6900(GSM Only).


subrack of BSC6900(GSM Only).

State the performance features of

BSC6900(GSM Only).

Target Audience

BSS Field Technicians, First Line Operation and

Maintenance Technicians and Engineers

Prerequisites

Basic knowledge of mobile communications At least 1 year working experience in GSM

wireless network operation and maintenance

Content

System Description

Hardware Structure

Cabinets

Subracks

Boards

Cables

System Signal Flow

Typical Configuration

Training Methods

Lecture

Duration

1 working day

Class Size

Min 6, max 12


42/167


1.4.2 OMC01 BSC6900 GSM V9R11 Operation and Maintenance

Objectives


be able to:

Describe the work flow of BSC6900

maintenance.

Describe important parameters in BSC6900

maintenance Web LMT and MML .

Operate on the BSC6900 maintenance

console.

Perform the routine maintenance for BSC6900.

Target Audience



Prerequisites

Basic knowledge of mobile communications

At least 1 year working experience in GSM


Successful completion of the following

course(s):BSC6900 GSM V9R11 Product

Description

Content

Operation and Maintenance Overview

Web LMT Introduction

Maintaining the Equipment

Maintaining Transmission and Signaling

Maintaining BSC User Resources

Maintaining Alarm

Maintaining Device Panel Maintaining User

Maintaining Log

Maintaining Performance

Training Methods

Lecture, Hands-on exercise

Duration

2 working days

Class Size

Min 6, max 12


43/167


1.4.3 OMC02 BSC6900 GSM V9R11 Data Configuration

Objectives


be able to:

Configure BSC6900 by Web LMT

independently.

Describe the configuration of important

parameters of GSM BSS system.

Check the data configuration correctness and

validity.

Describe the loading procedure of data

configuration.

Configure BSC6900 by CME independently.




validity.


configuration.

Target Audience



Prerequisites






Description

Content

Basic Concepts of CME

BSC6900 Data Configuration

BTS Data Configuration

Data Configuration Overview

Preparation

Configuring the Global Information Configuring the Equipment Data

Configuring the Interfaces

Ater Interface Data Configuration (Over TDM)

A Interface Data Configuration (over TDM)

A Interface Data Configuration (over IP)

Gb Interface Data Configuration (over FR)

Gb Interface Data Configuration (over IP)

Pb Interface Data Configuration

Configuring the Clocks

Training Methods


Duration

3 working days

Class Size

Min 6, max 12


44/167


1.4.4 OMC03 BSC6900 GSM V9R11 Installation and Commissioning

Objectives


be able to:

Describe BSC6900 commissioning procedure

Outline OMU software functions

Complete BSC6900 commissioning

Complete BSC6900 application software

installation

Describe the alarm and server verification after

commissioning

Target Audience



Prerequisites






Description

Content

BSC6900 Software Structure

Linux Operation System Installation

BSC6900 Application Software Installation

BSC6900 Application Software Upgrade

OMU Operation and Maintenance

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


45/167


1.4.5 OMC04 BSC6900 GSM V9R11 Troubleshooting

Objectives


be able to:

Understand BSC6900(GSM Only) safety

precautions of maintenance.

Describe the BSC6900(GSM Only)

troubleshooting flow.

Describe the troubleshooting phenomenon for

common BSC6900(GSM Only) faults.

Locate the troubleshooting cases for common

BSC6900 (GSM Only) faults.

Analyze the troubleshooting cases for common


Perform the troubleshooting for common

BSC6900(GSM Only) faults.

Target Audience



Prerequisites






Description, BSC6900 GSM V9R11 Operation

and Maintenance

Content

Requirements for Maintenance Personnel

General Procedures of Troubleshooting

Basic Methods of Fault Judgment and Location

Approach to prevent BSC fault

Interconnection fault Analysis

Link fault Analysis

Clock fault Analysis

CS fault Analysis PS fault Analysis

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

BSS Interface and Protocol Principles

Analysis of Typical Procedures

Cases of Abnormal Signaling Procedures

Training Methods

Lecture

Duration

5 working days

Class Size

Min 6, max 12


46/167


1.4.6 OMB00 BTS3900 GSM V1R2 Product Description

Objectives


be able to:

Describe the features of BTS3900(GSM Only)

products.

Describe the hardware structure of

BTS3900(GSM Only) .

Describe the function of boards of

BTS3900(GSM Only) .

Explain the BTS signal flow.

Check the hardware structure of the BTS, such

as the cabinet, subrack, broad, and cable.

Target Audience



Prerequisites




Content

BTS3900 Overview

BTS3900 Hardware Components

BBU Unit

RF Unit

Power module & Components

BTS3900 Signal Flow

BTS3900 Configuration

Configuration Principle Typical Configuration

BTS3900 Network

Training Methods

Lecture

Duration

1 working day

Class Size

Min 6, max 12


47/167


1.4.7 OMB01 BTS3900 GSM V1R2 Operation and Maintenance

Objectives


be able to:

Describe GSM site maintenance objects(Web

LMT and MML).

Describe the concepts of BTS3900(GSM Only)

management status.

Describe the concepts of BTS3900(GSM Only)

operation status.

Describe BTS3900(GSM Only) routine

operation and maintenance procedure.

Explain how to use BTS3900(GSM Only)

remote maintenance console.

Target Audience



Prerequisites





course(s):BTS3900 GSM V1R2 Product

Description

Content

Site remote maintenance

Site local maintenance

Routine maintenance list

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


48/167


1.4.8 OMB02 BTS3900 GSM V1R2 Data Configuration

Objectives


be able to:

Outline the user interface of Web LMT

configuration tool.

Illustrate the data configuration procedure.

Explain key parameters in each step during

data configuration procedure.

Implement the data configuration with template

file.

Perform initial data configuration and dynamic

modification.

Target Audience



Prerequisites






Description

Content


Steps of Data Configuration

Training Methods


Duration

2 working days

Class Size

Min 6, max 12


49/167


1.4.9 OMB03 MBTS GO V1R2 installation and commissioning

Objectives


be able to:

Outline the user interface of Web LMT

configuration tool.

Illustrate the data configuration procedure.

Explain key parameters in each step during

data configuration procedure.

Implement the data configuration with template

file.

Perform initial data configuration and dynamic

modification.

Target Audience



Prerequisites






Description

Content

MBTS System Overview

MBTS Installation Procedures

MBTS Commissioning Procedures

MBTS Commissioning Scenarios

MBTS Commissioning Modes

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


50/167


1.4.10 OMC05 BSC6900 GSM V9R12 Product Description

Objectives


be able to:

State the structure and functions of important

boards of BSC6900(GSM Only).


modules of BSC6900(GSM Only).


subrack of BSC6900(GSM Only).

State the performance features of

BSC6900(GSM Only).

Target Audience



Prerequisites




Content

BSC6900 System Overview

BSC6900 Hardware Structure

Cabinets

Subracks

Subsystems and Boards

Cables

BSC6900 Signal Flows

BSC6900 Typical Configuration UMTS configuration

GSM configuration

Subrack configuration

Training Methods

Lecture

Duration

1 working day

Class Size

Min 6, max 12


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1.4.11 OMC06 BSC6900 GSM V9R12 Operation and Maintenance

Objectives


be able to:

Describe the work flow of BSC6900

maintenance.

Describe important parameters in BSC6900

maintenance Web LMT and MML .

Operate on the BSC6900 maintenance

console.

Perform the routine maintenance for BSC6900.

Target Audience



Prerequisites






Description

Content

OM System Introduction

OM Network Introduction


LMT Offline Tool

Operation Right Management

Basic Concepts

Management of User Accounts

Management of Command Groups

Alarm management

Basic Concepts

Monitoring Alarms

Managing the Shielded Alarm

Managing the Alarm Logs

Log management

Basic Concepts

Querying Logs

Log Storage Conditions Management

Device panel management

Basic Concepts

Device Panel Operations

Emulation Panel Operations

BSC maintenance

Basic Concepts

Maintaining the Equipment

Maintaining Transmission and Signaling

Maintaining BSC User Resources

Trace management

Basic Concepts

GSM Services

Performance monitoring

Basic Concepts

Service Monitoring

Training Methods


Duration

2 working daysClass Size

Min 6, max 12


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1.4.12 OMC07 BSC6900 GSM V9R12 Data Configuration

Objectives


be able to:

Configure BSC6900 by Web LMT

independently.




validity.


configuration.

Configure BSC6900 by CME independently.




validity.


configuration.

Target Audience



Prerequisites






Description

Content

Basic Concepts of CME

BSC6900 Data Configuration

Data Configuration Overview

Preparation

Configuring the Global Information

Configuring the Equipment Data

Configuring the Interfaces

Ater Interface Data Configuration (Over TDM)

A Interface Data Configuration (over TDM)

A Interface Data Configuration (over IP)

Gb Interface Data Configuration (over FR)

Gb Interface Data Configuration (over IP)

Pb Interface Data Configuration (only Outer

PCU need configure)

Training Methods


Duration

3 working days

Class Size

Min 6, max 12


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1.4.13 OMC08 BSC6900 GSM V9R12 Installation and Commissioning

Objectives


be able to:

Describe BSC6900 commissioning procedure

Outline OMU software functions

Complete BSC6900 commissioning

Complete BSC6900 application software

installation

Target Audience



Prerequisites






Description

Content

BSC6900 O&M System Introduction

BSC6900 Software Installation

BSC6900 Commissioning

Training Methods


Duration

1 working day

Class Size

Min 6, max 12


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1.4.14 OMC09 BSC6900 GSM V9R12 Troubleshooting

Objectives


be able to:

Understand BSC6900(GSM Only) safety

precautions of maintenance.

Describe the BSC6900(GSM Only)

troubleshooting flow.

Describe the troubleshooting phenomenon for

common BSC6900(GSM Only) faults.

Locate the troubleshooting cases for common


Analyze the troubleshooting cases for common


Perform the troubleshooting for common

BSC6900(GSM Only) faults.

Target Audience



Prerequisites


At least

2013 Customer Training Catalog - Course Descriptions(GSM) PDF (2)

Documents

Transcript of 2013 Customer Training Catalog - Course Descriptions(GSM) PDF (2)