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LTE Product Technical Training Proposal

COMMERCIAL IN CONFIDENCE 1

Customer Training Catalog

Training Programs

LTE

HUAWEI Learning Service

2019



CONTENTS

1 Training Solution ................................................................................................................................. 3 1.1 Overview ............................................................................................................................... 3 1.2 LTE Learning Solution .......................................................................................................... 3 1.3 Training Solutions ................................................................................................................. 6

1.3.1 LTE Radio Network Planning Engineer Learning Solution ........................................... 7 1.3.2 LTE Radio Network Optimization Engineer Learning Program .................................... 8 1.3.3 LTE Radio Network Back Office O&M Engineer Learning Program ........................... 10 1.3.4 LTE Radio Network Field O&M Engineer Learning Program ..................................... 12

1.4 Training Course Description ............................................................................................... 13 1.4.1 LTE Air Interface Training ............................................................................................ 13 1.4.2 LTE Protocols and E2E Signaling Training ................................................................. 15 1.4.3 LTE eRAN Interoperability Practice Based Training ................................................... 17 1.4.4 LTE Industry Briefing and Network Deployment Training ........................................... 19 1.4.5 LTE System Overview Training ................................................................................... 20 1.4.6 LTE eRAN Commissioning and Operation Training.................................................... 21 1.4.7 LTE eRAN Operation and Maintenance Specific Training .......................................... 23 1.4.8 LTE eRAN Initial Configuration Training ..................................................................... 26 1.4.9 LTE eRAN Troubleshooting Practice Based Training ................................................. 27 1.4.10 LTE eRAN Reconfiguration Training ........................................................................... 28 1.4.11 LTE eRAN Network Design and eNodeB Dimensioning Training .............................. 30 1.4.12 LTE eRAN Transmission Features Training ................................................................ 31 1.4.13 LTE eRAN Security Solution Training ......................................................................... 33 1.4.14 LTE eRAN Advanced Product Solution Training ......................................................... 34 1.4.15 LTE eRAN Advanced Troubleshooting on Antenna & Feeder System Training ......... 37 1.4.16 LTE Advanced Troubleshooting on PS Data Transmission Practice Based Training . 38 1.4.17 LTE eRAN CloudBB Solution Training ........................................................................ 40 1.4.18 LTE eRAN Field Maintenance Training ....................................................................... 42 1.4.19 LTE Lampsite&Small cell Operation and Maintenance Training................................. 43 1.4.20 Cloud RAN Overview Training .................................................................................... 46 1.4.21 4.5G Technology and Application Training .................................................................. 46 1.4.22 Massive MIMO Planning and Optimization Training ................................................... 48 1.4.23 WTTX Planning and Optimization Training ................................................................. 49 1.4.24 WTTX(CPE) Configuration and OM Training .............................................................. 51 1.4.25 NB-IoT Radio Network Planning and Deployment Training........................................ 52 1.4.26 NB-IoT Radio Network Operation and Optimization Training ..................................... 54 1.4.27 eMTC Radio Network Planning and Deployment Training ......................................... 56 1.4.28 LTE HetNet &Small cell Planning and Optimization Training ..................................... 58 1.4.29 LTE eRAN Basic Features and Algorithms Training ................................................... 60 1.4.30 LTE eRAN SON Features and Algorithms Training .................................................... 61 1.4.31 LTE eRAN Performance Improving Features and Algorithms Training ...................... 63 1.4.32 LTE Radio Network Tuning and Optimization Problem Analysis Practice Based Training 65 1.4.33 LTE Performance Management and Analysis Practice Based Training ..................... 67 1.4.34 VoLTE Technical Practice Based Training(WN Specialty) .......................................... 69 1.4.35 LTE Voice Solution Training for O&M .......................................................................... 72 1.4.36 LTE Radio Network Audit and Expansion Training ..................................................... 73 1.4.37 LTE Radio Network planning and Optimization in Special Scenarios Training .......... 75 1.4.38 LTE Radio Network Design and Dimensioning Training ............................................. 77 1.4.39 Big Data Processing and Mining Technology Training................................................ 79 1.4.40 Big Data Analysis and Mining Practice Based Training (Performance Monitoring) .... 82 1.4.41 Big Data Analysis and Mining Practice Based Training (Network Optimization) ........ 84 1.4.42 LTE Radio Network Optimization Engineer S-OJT Training ....................................... 86 1.4.43 LTE RAN Back Office Engineer S-OJT Training ......................................................... 90



1 Training Solution

1.1 Overview

For the operators, How to achieve skill convergence and talent transformation on the base of 2G/3G is a challenge, based on multiple learning method and phase based learning design, Huawei Learning service will provide a efficient and effective solution.

1.2 LTE Learning Solution

LTE OM Capability

Radio Network Planning Engineer

Radio Network Optimization Engineer

Back office O&M Engineer

LTE OSS

and Tools

Training

Monitor and maintain the network efficiently , locate and handle the problems easily with the

supporting of the OSS and tools

Advanced Topics Manage the network performance Analyse and solve complex service prolems and Design the radio network based on the scenario

Intermediate Training Design the LTE radio network and

select different macro and small cell solution bansed on the scenarios

Principles and Basic skill Training Prepare the knowledge and basic skills for the network performance management and optimization

Intermediate Training Optimize the network and apply proper features and strategy to improve the network performance

eNodeB local commissioning and preventive maintenance on eNodeB Handle the main faults of eNodeB

hardware

Network

Technology

Evolution Topics

New insight of MBB technology，be able to propose the technical direction of the operators

'business and network operation and evolution

Job task based learning with on-job guide and life network environment to improve trainee’s

capability on Network performance management and Back office O&M

S-OJT

Field O&M Engineer

Principles and Basic skill Training Prepare the knowledge and basic skills for the radio network dimensioning and design

Intermediate Training

Configure and operate LTE radio network , solve the alarms and

troubles

Advanced Topics Design the networking and

Reconfigure the Network based on scenarios, Handle complex service and Antenna&Feeder system troubles

Principles and Basic skill Training Prepare the knowledge and basic skills for the radio network dimensioning and design



LTE Air Interface Training

MOOC+Lecture (2D)

LTE eRAN Basic Features and Algorithms Training

Lecture 5D

LTE Network Design and

Dimensioning Training

Lecture 2D

LTE eRAN Performance Improving

Features and Algorithms Training

Lecture 5D

LTE Performance Management and

Analysis Training

Lecture+Hands-On 3D

LTE Protocols and E2E Signaling

MOOC+Lecture (4D)

LTE eRAN Transmission Features

Training

Lecture 2D

LTE eRAN Reconfiguration Training

Lecture +Hands-On 3D

LTE eRAN Commissioning and

Operation Training

Lecture+Hands-on(3D)

LTE eRAN Initial Configuration

Training

MOOC+Lecture+Hands-On(5D)

LTE Advanced Troubleshooting on

Antenna & Feeder System

Lecture+Hands-On 2D

LTE eRAN Network Design and

eNodeB Dimensioning Training

Lecture 2D

LTE eRAN Advanced Product

Solution Training

Lecture 3D

LTE Hetnet &Small cell Planning

and Optimization Training

Lecture+Hands-On 5D

LTE eRAN Operation and Maintenance

Specific Training

Lecture+Hands-On 3D

LTE Advanced Troubleshooting on

PS Data Transmission Training

Lecture+Hands-On 2D

LTE Field Maintenance Training

Lecture+Hands-On 2D

Radio Network

Planning Engineer

Radio Network

Optimization Engineer

Back office O&M

Engineer

Filed O&M Engineer

LTE Lampsite&Small Cell

Operation and Maintenance

TrainingLecture+Hands-on 5D

LTE Interoperability Training

MOOC+Lecture+Case Study(2D)

Basic

Training

Intermediate

Training

Advanced

Training

S-OJT

Hot Topics

LTE eRAN Troubleshooting Training

Lecture+Case Study 2D

LTE System Overview

Lecture 1D

LTE Industry Briefing and Network Deployment Training

Lecture 1D

LTE eRAN Security Solution Training

Lecture 2D

The learning solution is “Job role Based”, according to your department structure, learning path for different staffs will be customized.

Multiple learning method will be applied: E-learning, Lecture, Practice, S-OJT(structure On job training ), e-Lab, simulation practice , workshop and seminar, we can expect the learning to be a efficient and effective one.

What’s MOOC:

MOOC means: massive open online courses, s an online course aimed at unlimited participation and open access via the web. In

addition to traditional course materials such as filmed lectures, readings, and problem sets, Huawei MOOCs provide interactive user

forums to support community interactions among students, professors, and teaching assistants . The LTE beginner can join the

MOOC course to learning the basic and background knowledge of LTE principles and device basic.

https://en.wikipedia.org/wiki/Online_course

https://en.wikipedia.org/wiki/World_Wide_Web

https://en.wikipedia.org/wiki/Problem_set

https://en.wikipedia.org/wiki/Teaching_assistant



S-OJT:

Structured On-the-Job Training(S-OJT)is introduced from US and developed through Huawei practice to meet the challenge to

improve trainee’s hands-on competence。

Training contents are designed to grasp tasks of job roles, contents are based on trainee’s live network

Architecture is based on job tasks through analysis of trainee’s job duties

Mentor uses task list to deliver S-OJT



1.3 Training Solutions

The standard LTE learning solution is designed for the 4 job roles:

Training Programs

LTE Radio Network Planning Engineer Learning Solution(1.3.1)

LTE Radio Network Optimization Engineer Learning Solution(1.3.2)

LTE Back Office O&M Engineer Learning Solution(1.3.3)

LTE Field O&M Engineer Learning Solution(1.3.4)



1.3.1 LTE Radio Network Planning Engineer Learning Solution

Learning Phase

Training Program Level MOOC

(Weeks)

Centralized Training

(Workdays)

S-OJT

(Workdays)

Class Size

LTE Basic Training

LTE Air Interface Training Ⅱ 2 2 / 6~12


Ⅱ 2 4 / 6~12


Ⅱ / 5 / 6~12

LTE IntermediateTraining

LTE Radio Network Design and Dimensioning Training

Ⅲ / 2 / 6~12

LTE HetNet &Small cell Planning and Optimization Training

Ⅲ / 5 / 6~12

Hot Topics

LTE Voice Solution Training Ⅳ / 10 / 6~12

4.5G Technology and Application Training

Ⅱ / 2 / 6~12

Massive MIMO Planning and Depolyment Training

Ⅳ / 2 / 6~12

NB-IoT Radio Network Planning and Deployment Training

Ⅳ / 5 / 6~12

NB-IoT Radio Network Operation and Optimization Training

Ⅳ / 5 / 6~12

eMTC Radio Network Planning and Deployment Training

Ⅳ / 2 / 6~12

Mobile Network Evolution and 5G Technology Application Training

Ⅱ / 1 / 6~12

Cloud RAN Overview Training

Ⅱ / 1 / 6~12

WTTX Planning and Optimization Training

Ⅲ / 3 / 6~12



1.3.2 LTE Radio Network Optimization Engineer Learning Program

Training Program List

Training Program Level MOOC

(week)


(Workdays)

S-OJT

(Workdays)

Class Size

LTE Basics Training

LTE Air Interface Ⅱ 2 2 / 6~12


Ⅱ 2 4 / 6~12


Ⅱ / 5 / 6~12

LTE eRAN Interoperability Practice Based

Training

LTE Interoperability Ⅲ 1 2 / 6~12

LTE eRAN SON Features and Algorithms Training

Ⅲ / 2 / 6~12

LTE eRAN Performance Improving Features and Algorithms Training

Ⅲ / 5 / 6~12

LTE Advanced Training

LTE Performance Management and Analysis Practice Based Training

Ⅲ / 3 / 6~12

LTE Radio Network Tuning and Optimization Problem Analysis Practice Based Training

Ⅲ

/ 4 / 6~12

LTE Radio Network Audit and Expansion Training

Ⅳ / 2 / 6~12

LTE Radio Network planning and Optimization in Special Scenarios

Ⅳ / 2 / 6~12

Big Data Processing and Mining Technology Training

Ⅱ / 5 /

8~16

Big Data Analysis and Mining Practice Based Training (Performance Monitoring)

Ⅲ / 5

/

8~16

Big Data Analysis and Mining Practice Based Training (Network Optimization)

Ⅲ / 5

/

8~16

S-OJT LTE Radio Network Optimization Engineer S-OJT

Ⅰ / 20 / 3~6

Hot Topics

LTE Voice Solution Training

Ⅳ / 10 / 6~12

4.5G Technology and Application Training

Ⅱ / 2 / 6~12

Massive MIMO Planning and Depolyment Training

Ⅳ / 2 / 6~12



NB-IoT Radio Network Planning and Deployment Training

Ⅳ / 5 / 6~12

NB-IoT Radio Network Operation and Optimization Training

Ⅳ / 5 / 6~12

eMTC Radio Network Planning and Deployment Training

Ⅳ / 2 / 6~12

Mobile Network Evolution and 5G Technology Application Training

Ⅱ / 1 / 6~12


Ⅱ / 1 / 6~12

WTTX Planning and Optimization Training

Ⅲ / 3 / 6~12

Level Description:Ⅰ: Basic Course Ⅱ: Intermediate Course Ⅲ: Advanced Course Ⅳ: Expert



1.3.3 LTE Radio Network Back Office O&M Engineer Learning Program

Learning Phase

Training Program Level

MOOC

(week)


(Workdays)

S-OJT

(Workdays)

Class Size

LTE Basics Training

LTE Air Interface Ⅱ 3 2 / 6~12


Ⅱ 2 4 /

6~12

LTE eRAN Commissioning and Operation Training

Ⅱ 1 3 / 6~12

LTE Lampsite&Small Cell Operation and Maintenance Training

Ⅱ / 5

/

6~12

LTE

Intermediate

Training

LTE eRAN Operation and Maintenance Specific Training

Ⅱ

/

3

/

6~12

LTE eRAN Initial Configuration Training

Ⅱ 1

5 /

6~12

LTE eRAN Troubleshooting Practice Based Training

Ⅲ /

2 /

6~12

LTE

Advanced

Training

LTE eRAN Reconfiguration Training

Ⅲ

/ 3

/ 6~12

LTE Advanced Troubleshooting on Antenna & Feeder System

Ⅲ

/

2

/

6~12

LTE Advanced Troubleshooting on PS Data Transmission Practice Based Training

Ⅲ

/

2

/

6~12

LTE eRAN Network Design and eNodeB Dimensioning Training

Ⅲ

/

2

/

6~12

LTE eRAN Transmission Features Training

Ⅲ /

2 /

6~12

LTE eRAN Security Solution Training

Ⅲ /

2 /

6~12

LTE eRAN Advanced Product Solution Training

Ⅲ /

3 /

6~12

S-OJT LTE RAN Back Office Engineer S-OJT Training

Ⅰ /

30 /

3~6

Hot Topics

LTE Voice Solution Training for O&M

Ⅳ /

2 /

6~12

LTE eRAN Cloud BB Solution Training

Ⅳ /

2 /

6~12


Ⅱ / 1 / 6~12

WTTX(CPE) Configuration and Operation Training

Ⅱ / 2 / 6~12




Course



1.3.4 LTE Radio Network Field O&M Engineer Learning Program

Learning Phase

Training Program Level

MOOC

(week)


(Workdays)

S-OJT

(Workdays)

Class Size

(Person)

LTE Basics Training

LTE eRAN Field Maintenance Training

Ⅱ 2

6~12


Course



1.4 Training Course Description

1.4.1 LTE Air Interface Training

Training Path

Target Audience




Filed O&M Engineer

Prerequisites

Attendees should have a general knowledge in cellular systems and radio technology.

Objectives

On completion of this program, the participants will be able to:

Describe the architecture of LTE air interface and identify the functions of each layer

Summarize the time-domain and frequency-domain structure in the radio interface in UL and DL for both FDD and TDD mode

Outline the channel/frame structure of the radio interface

Describe the uplink/downlink physical signals

Explain the cell search/random access procedure

Online Pre-learning Content

LTE Air Interface MOOC

LTE Air Interface MOOC

LTE Air Interface Overview

Radio interface protocols

RRC Layer Introduction

PDCP Layer Introduction

RLC Layer Introduction

MAC Layer Introduction

OFDMA/SC-FDMA principle, signal generation and processing

Channel structure of the radio interface

Uplink/downlink physical signals

Uplink/downlink control signaling and formats

Test

LTE Air Interface

OEA04 2 W MOOC

LTE Air Interface

OEA04 2D Lecture



Online Pre-learning Duration

2 weeks

Centralized Training Content

LTE Air Interface

LTE Air Interface

The evolution of cellular networks and 3Gpp release

Radio interface techniques

OFDMA/SC-FDMA principle, signal generation and processing

Radio interface protocols

Time-domain and frequency-domain structure in the radio interface in UL and DL for both FDD and TDD mode

Channel structure of the radio interface

Uplink/downlink transmission technique

The paging procedure

The cell search procedure

The random access procedure

Uplink/downlink power controls

HARQ

Concepts of layers, channel rank, spatial multiplexing, open and closed loop spatial multiplexing, TX diversity, beamforming, SU-MIMO and MU-MIMO

Centralized Training Duration

2 working days

Class Size

Min 6, Max 12



1.4.2 LTE Protocols and E2E Signaling Training

Training Path

Target Audience




Filed O&M Engineer

Prerequisites

Successful completion of the following courses:

LTE Air Interface

Objectives


Explain the concept, principle and signaling flow of typical procedure, such as UE access procedure, paging, TAU, handover etc

Analysis signaling and Identify the abnormal IE of typical procedures


LTE Protocols and E2E Signaling MOOC

LTE Protocols and E2E Signaling MOOC

LTE Protocols and E2E Signaling Overview

LTE Network Structure

UE Power ON Procedure

Default bearer establish and attach procedure

Dedicated bearer establish and attach procedure

Paging Procedure

TAU Procedure

Handover Procedure


2 weeks




The detail signaling procedure of UE access network

The detail signaling procedure of paging


OEA00 2 W MOOC


OEA00 3D Lecture



The detail signaling procedure of TAU

The detail signaling procedure of Handover

The detail signaling procedure of detach


3 working days

Class Size

Min 6, Max 12



1.4.3 LTE eRAN Interoperability Practice Based Training

Training Path

Prerequisites


LTE Air Interface

LTE Protocols and Procedures

Target Audience


Objectives


Design LTE interoperability strategy in idle mode and connected mode

Assess LTE interoperability strategy and apply interoperability strategy deployment

Perform LTE interoperability performance evaluation and optimization


LTE Interoperability MOOC

LTE Interoperability MOOC

LTE Interoperability Overview

IRAT Cell Selection Procedure

IRAT Handover Procedure

Redirection procedure


1 week


LTE Interoperability

LTE eRAN Interoperability in Idle Mode(LTE->GU)

LTE Interoperability in Idle Mode Overview

IRAT PLMN Selection Procedure

IRAT Cell Selection Criteria

IRAT Cell Reselection Criteria

IRAT Signaling Procedure in Idle Mode

LTE eRAN Interoperability in Connection Mode (LTE->GU)

Technical Overview and Basic Concepts


OEA05 1 W MOOC


OEA05 2D Lecture, Case Study



Measurement Configuration

Measurement Triggering/Stopping Phase of an IRAT Handover

Redirection

Blind Handover

Measurement Phase of an IRAT Handover

Decision Phase of an IRAT Handover

Execution Phase of an IRAT Handover

IRAT Signaling Procedure in Connection Mode

LTE Inter-RAT Interoperability (Including CSFB)

LTE and GU Interoperability Policy and Problem Categories

Long Delay Fault Diagnosis

Low Success Rate Fault Diagnosis

UE disconnecting and Invalid redirection Fault Diagnosis

SRVCC Problem Diagnosis


2 working day (Case Study 0.5 day)

Class Size

Min 6, Max 12



1.4.4 LTE Industry Briefing and Network Deployment Training

Training Path

Target Audience

Business Developer

Prerequisites

A general knowledge in cellular systems and radio technology

Objectives


Describe various services and trends provided by LTE

Describe network architecture of EPS(E-UTRAN and EPC)

Outline LTE overall network evolution deployment scenario such as interoperability strategy, voice strategy etc.


LTE Industry Briefing and Network Deployment (GUL)

LTE Industry Briefing and Network Deployment (GUL)

Incentive of LTE

Services of LTE

LTE Key Technologies

Evolution of Radio Technologies

LTE Network Architecture

LTE Industry Chain Development

LTE Radio Network Evolution Deployment

LTE Core Network Evolution Deployment

LTE Transmission Network Evolution Deployment


1 working day

Class Size

Min 6, Max 12

LTE Industry Briefing and Network Deployment

OEA11 1D Lecture



1.4.5 LTE System Overview Training

Training Path

Target Audience

Business Developer

Prerequisites

A general knowledge in cellular systems and radio technology

Objectives


Describe various services and trends provided by LTE

Describe network architecture of EPS(E-UTRAN and EPC)

Explain key technologies of LTE, such as OFDM/SC-FDM, MIMO


LTE /EPC System Overview MOOC

Network Architecture

Evolution of Cellular Networks

3GPP Releases

E-UTRAN Architecture

E-UTRAN Interfaces and Protocols

EPC Architecture

EPC Interfaces and Protocols

LTE Air Interface Principles

Radio Interface Techniques

Multiple Input Multiple Output

Multimedia Broadcast Multicast Service


1 week


LTE System Overview

LTE System Overview

Evolution of Cellular Networks and 3Gpp releases

LTE Network Architecture

E-UTRAN Interfaces and Protocols

LTE Air Interface Principles

Radio Interface Techniques

Broadcast Multicast Service

eNodeB Product Overview

Products and application scenarios

Operation and Maintenance

LTE System Overview

OEA00 1D Lecture




1 working day

Class Size

Min 6, Max 12

1.4.6 LTE eRAN Commissioning and Operation Training

Training Path

Target Audience


Prerequisites


LTE System Overview

Objectives


Describe the hardware and logical structure of eNodeB

Describe the working principle and functions of eNodeB boards

Perform eNodeB commissioning

Explain the architecture and components of eNodeB operation and maintenance system

Perform device management, software management, transport data management, radio data management and real-time monitoring management, etc


ENodeB BTS3900 Product Description MOOC

eNodeB System Overview

eNodeB System Structure

eNodeB LTE Site Solution

OEB81 0.5D Lecture

eNodeB Operation

OEB74 1D Lecture, Hands-on

eNodeB Equipment Commissioning


eNodeB Product Description

OEB80 0.5D Lecture



eNodeB Auxiliary Devices

eNodeB Typical Networking

LTE Backhaul Solution Introduction MOOC

Backhaul Overview

LTE Backhaul Requirement

LTE Backhaul Solution


1 week



eNodeB BTS3900\BTS5900 Product Description





eNodeB LTE Site Solution

Indoor eNodeB Solution

Outdoor eNodeB Solution

Distributed eNodeB Solution

Typical BOQ discussion

eNodeB Equipment Commissioning

eNodeB LTE Equipment Commissioning

eNodeB Commissioning Overview

eNodeB Remote Commissioning on the U2000

LTE eRAN Automatic OMCH Establishment

Automatic OMCH establishment phase during base station deployment by PnP

DHCP introduction

Schemes for Obtaining VLAN Information

Procedure for Obtaining Configuration Information in different Scenarios

eNodeB Operation

eNodeB LTE Operation

Structure of operation and maintenance system

Login eNodeB O&M system

eNodeB equipment management

eNodeB transport management

eNodeB radio management

Backup eNodeB configuration file, query eNodeB version

Tracing and real time monitoring

eNodeB LTE Operation Practice Guide

Practice on eNodeB operation


3 working days

Class Size

Min 6, Max 12



1.4.7 LTE eRAN Operation and Maintenance Specific Training

Training path

Target Audience


Prerequisites


LTE eRAN Commissioning and Operation Training

Objectives


Perform eNodeB software upgrading by U2000

Verify service and network performance after upgrading

Outline basic operation and concept of alarm management

Monitor eNodeB data information and resource status

Outline the basic operation in performance management

Perform daily real-time tracing and monitoring data operation tasks

Describe LTE preventive maintenance inspection procedure


eNodeB BTS3900 Product Description MOOC





LTE Backhaul Solution Introduction MOOC

Backhaul Overview

LTE Backhaul Requirement

LTE Backhaul Solution


1 week

OEB30 0.5D Lecture, Hands-on

eNodeB LTE Tracing and Monitoring


eNodeB LTE Performance Management


eNodeB LTE Data Management


eNodeB LTE Alarm Management


eNodeB LTE Upgrading Management


eNodeB LTE Preventive Maintenance Inspection






Version software management concpet

Upgrading procedure and operation

Upgrading preparation

Upgrading execution

Install license

Verify upgrading result

Check the running status of eNodeB

Service verification

Network performance verification

Version rollback

eNodeB LTE Upgrading Management Practice Guide

Practice on U2000 software management functions on eNodeB



Alarm Management Overview

Basic Concepts

Alarm Basic Operations

Common Alarms Setting Operations

eNodeB LTE Alarm Management Practice Guide

Practice on U2000 alarm management functions on eNodeB



U2000 Data Management Overview

Configure eNodeB Data

Synchronize eNodeB Data

Monitor eNodeB Data

Backup and Recover eNodeB Data

eNodeB LTE Data Management Practice Guide

Practice on U2000 data management functions on eNodeB



Performance Management Procedure

Basic Concepts about Performance Management

Introduction to eNodeB Common KPIs

Performance Counter Collection Management

Performance Data Export to Northbound Management

Performance Data Saving and Result Query in U2000

Performance Data Saving and Report Management in PRS

eNodeB LTE Performance Management Practice Guide

Practice on U2000 performance management functions on eNodeB

eNodeB LTE tracing and monitoring

eNodeB LTE tracing and monitoring

LTE tracing and monitoring function panorama

Common data source in LTE maintenance and test

Real-time tracing and monitoring data

Signaling trace collection method

In-depth real-time tracing and monitoring data source collection method



Performance monitoring data collection method

IMSI-based whole network tracing and monitoring data

eNodeB LTE tracing and monitoring practice guide

Practice on start up of tracing and real-time monitoring tasks on eNodeB



Preventive Maintenance Inspection Procedure

Equipment Status Inspection

Equipment Configuration Inspection

Alarm Analysis and Handling

Equipment Load Assessment

Basic KPI Analysis


3 working days

Class Size

Min 6, Max 12



1.4.8 LTE eRAN Initial Configuration Training

Training Path

Target Audience


Prerequisites


LTE System Overview


Objectives


Outline the procedure of eNodeB data configuration

Apply eNodeB configuration related command and parameters

Perform eNodeB configuration by MML and CME tool


IP Network Basic Overview MOOC

IP Network Fundamental

TCP/IP Fundamental

IP Address Fundamental

VRP Basic Configuration


1 week


OEB851 eNodeB Data Introduction for Initial Configuration

eNodeB LTE Data Introduction for Initial Configuration

eNodeB Data Configuration Introduction

Common Data Parameters Introduction

Data Preparation in Specific Scenarios

eNodeB LTE Initial Configuration by MML Practice Guide

Practice on eNodeB data configuration file by MML

OEB852 eNodeB LTE Initial Configuration by CME

eNodeB LTE Initial Configuration by CME

eNodeB Data Configuration by CME Introduction

eNodeB LTE Initial Configuration by CME


eNodeB Data Introduction for Initial Configuration




Preparing eNodeB Data

Creating eNodeB Data

Adjusting eNodeB Data

Checking eNodeB Data

Exporting eNodeB Data

eNodeB LTE Initial Configuration by CME Practice Guide

Practice on eNodeB data configuration file by CME


5 working days

Class Size

Min 6, Max 12

1.4.9 LTE eRAN Troubleshooting Practice Based Training

Training Path

Target Audience


Prerequisites


LTE System Overview

eNodeB LTE Product Description

Objectives


Outline the procedure of eNodeB troubleshooting flow

Perform the alarm management and analysis

Handle the main faults of device&transport&radio level


OEB86 eNodeB Troubleshooting

eNodeB LTE Troubleshooting

Troubleshooting Overview

Troubleshooting Cell Unavailable Faults

Troubleshooting IP Transmission Faults

Troubleshooting Application Layer Faults

Troubleshooting Synchronization Faults

Troubleshooting Transmission Security Faults

Troubleshooting RF Unit Faults

Troubleshooting License Faults

Service Failure after EPC Capacity Expansion Case Study

Operation and Maintenance Channel Cannot be Set Up Case Study

eNodeB LTE TOP Alarm Handling

eNodeB Troubleshooting

OEB86 2D Lecture, Case Study



Alarm Related Concept and Operation

General Alarm Handling Procedure

Introduction to TOP Alarms Handling

Cases Discussion

Scenario based Practice

Transmission Faulty Scenario-based Troubleshooting

BTS Unreachable Faulty Scenario-based Troubleshooting

Antenna System Faulty Scenario-based Troubleshooting


2 working days

Class Size

Min 6, Max 12

1.4.10 LTE eRAN Reconfiguration Training

Training Path

Target Audience



Prerequisites


LTE System Overview


Objectives


Apply CME’s features for initial configuration and reconfiguration

Perform Radio Data Reconfiguration

Perform Transport Data Reconfiguration

Perform eNodeB Device Data Reconfiguration


U2000-CME Introduction


CME Overview Introduction

Features of the CME

Area Management

eNodeB Reconfiguration



OEC15 1D Lecture, Hands-on



Template Management

Neighboring Cell Management

Feature OM Management

Data Check

Script Executor

Data Fallback

CME Configuration Scenarios

Base Station Initial Configuration

Network Reconfiguration

eNodeB Reconfiguration

eNodeB LTE Reconfiguration

Reconfiguration Working Flow

Reconfiguration Tools and Operation

Radio/Device/Transmission Data Reconfiguration

Data Reconfiguration in Typical Scenarios

eNodeB LTE Reconfiguration Practice

Data preparation Practice on typical reconfiguration scenarios


3 working days

Class Size

Min 6, Max 12



1.4.11 LTE eRAN Network Design and eNodeB Dimensioning Training

Training Path

Target Audience



Prerequisites


eNodeB Initial Configuration

Objectives


Collect information for network design

Calculate eNodeB board related capability

Perform typical eNodeB board dimensioning

Perform EUTRAN network design


LTE eRAN Networking Design Training

LTE eRAN Network Design

Introduction to Network Design

Hardware Resource Allocation Design

ENodeB board capability introduction

Typical eNodeB site board dimensioning

IP Interworking Design

O&M Design

Clock Synchronization Design

S1 Reliability Design

Naming and Numbering Design

Unified Network Design

LTE and U2000 Network Design

LTE and EPC Network Design

LTE eRAN Network Design Drill

Practice to make LLD based on given example networking scenarios


2 working days

Class Size

Min 6, Max 12

LTE eRAN Networking Design and eNodeB Dimensioning Training

OEB89 2D Lecture



1.4.12 LTE eRAN Transmission Features Training

Training Path

Target Audience


Prerequisites



Objectives


Apply TRM related algorithms in typical scenarios

Outline the procedure of Automatic OMCH Establishment

Apply S1&X2 Interface Self-Management in Generic Scenarios& IPSec-enabled Scenarios


LTE eRAN Transport Resource Management Feature


Overview of TRM Algorithms

Transport Resource Configurations and Mapping

Transport Load Control

Engineering Guidelines of TRM

LTE eRAN Synchronization Feature

LTE eRAN Synchronization

Overview of LTE Synchronization

Frequency and Time Synchronization

Synchronization Sources

Selection of Synchronization Sources

Working Modes of Clocks

Synchronization Configuration

Synchronization Activation Observation

Synchronization Fault Troubleshooting

LTE eRAN Transmission SON features

LTE eRAN Transmission SON features

OET88 1D Lecture

LTE eRAN Synchronization Feature

OET88 0.5D Lecture


OET88 0.5D Lecture



LTE eRAN Automatic OMCH Establishment

Automatic OMCH establishment phase during base station deployment by PnP

DHCP introduction

Schemes for Obtaining VLAN Information

Procedure for Obtaining Configuration Information in different Scenarios

LTE eRAN S1/X2 Self-Management

Self-Management Overview

S1/X2 Interface Self-Management in Generic Scenarios

S1/X2 Interface Self-Management in IPSec-enabled Scenarios

LTE eRAN Transmission Fault Detection Solution

Transmission Maintenance and Detection Overview

Detection in Data link layer - Ethernet OAM

Detection in Network layer - BFD, ICMP Ping, Trace route, etc

Transport layer/application layer - IP Performance Monitor, TWAMP


2 working days

Class Size

Min 6, Max 12



1.4.13 LTE eRAN Security Solution Training

Training Path

Target Audience


Prerequisites



Objectives


Apply IPSec transmission security feature and IPSec tunnel reliability solution

Implement data preparation for transmission security features deployment

Acquaint with two Security Measures of Radio Security

Outline Huawei equipment security measures

Apply Radio Security and equipment security deployment


LTE eRAN Transmission Security and reliability

LTE eRAN Transmission Security and Reliability ISSUE 1.00

Transmission security solution overview

PKI feature and data preparation

IPSec transmission security feature and data preparation

IPSec Introduction and Reliability Design

802.1X Access Authentication Feature and data preparation

SSL Transmission Security Feature and data preparation

LTE eRAN Radio Security

LTE eRAN Radio Security Solution

Radio Security Overview

Security Measures

Key Derivation

LTE eRAN Equipment and OM Security

OES883 0.5D Lecture

LTE eRAN Radio Security

OES882 0.5D Lecture

LTE eRAN Transmission Security and reliability

OES881 1D Lecture



Activation and Change of the Security Mode

Radio security data preparation

LTE eRAN Equipment and OM Security

LTE eRAN Equipment and OM Security Solution

OM security and data preparation

OMCH security

Web security

User Management

Sensitive personal data security

Security management of configuration files

Digital signature-based software integrity protection

Time security

Security alarms, events, and logs

Security policy level configuration

Equipment security and data preparation

Physical security

OS security

Self-check upon startup

Process auditing

Integrated firewall

Physical Port Security


2 working days

Class Size

Min 6, Max 12

1.4.14 LTE eRAN Advanced Product Solution Training

Training Path

LTE eRAN RF Power Saving Solution

OEF803 0.25D Lecture

LTE eRAN CPRI Topology and Application

OEF802 0.5D Lecture

LTE eRAN S1-Flex

OEF801 0.5D Lecture



Target Audience


Prerequisites



Objectives


Apply S1-Flex, Complete S1-Flex configuration

Apply CPRI sharing and different topology

Understand on the actions performed by eNodeB after triggering the power saving features

Perform Data Configurations for multi-BBU interconnection features

Understand the benefits, application scenarios, and specifications of the ALD-related features.

Apply the SFN and adaptive SFN feature

Apply the eMBMS technologies

Apply basic mode of LTE RAN sharing


OEF801 LTE eRAN S1-Flex

LTE eRAN S1-Flex

Overview of S1-Flex

Concepts Related to S1-Flex

S1-Flex Technical Description

Engineering Guidelines

LTE eRAN RAN Sharing


LTE eRAN eMBMS


LTE eRAN SFN(single frequency network)

OEF806 0.5D Lecture

LTE eRAN ALD Introduction and Management

OEF805 0.5D Lecture

LTE eRAN BBU Interconnection




OEF802 LTE eRAN CPRI Topology and Application

LTE eRAN CPRI Topology and Application

CPRI Compression Feature

CPRI Sharing Feature

Reliability design

OEF803 LTE eRAN RF Power Saving Solution

LTE eRAN RF Power Saving Solution

RF power saving overview

Intelligent Power-Off of Carriers in the Same Coverage

RF Channel Intelligent Shutdown

Adaptive Power Consumption

Low Power Consumption Mode

Symbol Power Saving

Intelligent Power-Off of Carriers in the Same Coverage of UMTS Network

RRU PA Efficiency Improvement Feature

OEF804 LTE eRAN BBU Interconnection

LTE eRAN BBU Interconnection

Definition of multi-BBU interconnection

Features related to multi-BBU interconnection

Data Configurations for multi-BBU interconnection

OEF805 LTE eRAN ALD Introduction and Management

LTE eRAN ALD Introduction and Management

ALD management overview

RET introduction and data configuration

TMA introduction and data configuration

AAU introduction and data configuration

OEF806 LTE eRAN SFN(single frequency network)

LTE eRAN SFN(single frequency network)

SFN Concepts and Principles

SFN Deployment and Configuration

SFN Key Counters

OEF807 LTE eRAN eMBMS

LTE eRAN eMBMS

eMBMS Introduction

Technical Description

Application Scenarios

Configuration and Activation

Verification and Deactivation

OEF808 LTE eRAN RAN Sharing


RAN sharing overview

RAN Sharing with Common Carriers

RAN Sharing with Dedicated Carriers

Hybrid RAN Sharing


3 working days

Class Size

Min 6, Max 12



1.4.15 LTE eRAN Advanced Troubleshooting on Antenna & Feeder System Training

Training Path

Target Audience


Prerequisites


LTE System Overview


Objectives


Describe working principle and properties of antenna

Identify specifications of antenna

Perform eNodeB VSWR alarm troubleshooting

Perform eNodeB RSSI alarm troubleshooting


Basic Introduction to Antenna and Feeder


Antenna & Feeder System Components Overview

Antenna Basic Knowledge

Feeder and Jumper

eNodeB Antenna & Feeder System Troubleshooting

eNodeB LTE Antenna & Feeder System Fault Analysis and Troubleshooting

Faults related to antenna & feeder system

PIM principle and fault analysis

VSWR principle and fault analysis

TMA working principle and power supply

Location by section method in PIM and VSWR troubleshooting

Troubleshooting with help of Huawei U2000 and Web LMT

eNodeB LTE Antenna & Feeder System Fault Analysis and Troubleshooting Trainees Manual

Upon completion of this course, you will be able to grasp the operation of the following task:

Offline VSWR test

DTF test of the antenna VSWR

Crossed pair detection

Intermodulation detection

eNodeB Antenna and Feeder System Troubleshooting



OEB06 0.5D Lecture



DTP test of the antenna PIM


2 working days

Class Size

Min 6, Max 12

1.4.16 LTE Advanced Troubleshooting on PS Data Transmission Practice Based

Training

Training Path

Target Audience


Prerequisites


LTE System Overview


Objectives


Understand EPS E2E IP transmission network

Utilize tools to collect IP layer message for analysis

Perform transmission connection issue troubleshooting

Perform LTE throughput problem troubleshooting


OEBxx EPS End to End IP Protocol Analysis

EPS End to End IP Protocol Analysis

End to end IP protocol architecture

Method/ tools on collecting IP layer message

Trace analysis:

O&M trace

Control Plane trace

User Plane trace

OEBxx LTE Throughput Analysis

LTE Throughput Analysis

LTE Throughput Analysis

OEB86 1D Lecture, Scenario based

Practic

EPS End to End IP Protocol Analysis




Factors affecting LTE throughput

Analysis on throughput problem

Low throughput

Fluctuating Throughput

Example cases

LTE Advanced Transmission Troubleshooting Practice Guide

Trace Capturing: By using wireshark and U2000

Trace Analysis: Fill in the blank. Like the message content of captured message

Scenario based Data Transmission Troubleshooting

Analysis on Throughput problem caused by transmission Centralized Training Duration

2 working days

Class Size

Min 6, Max 12



1.4.17 LTE eRAN CloudBB Solution Training

Training Path

Target Audience


Prerequisites


LTE Commissioning and Operation Training

LTE Initial Configuration Training

Objectives


Understand CloudBB networking and solution

Perform USU product hardware configuration and cable connection for networking

Implement USU-based Multi-BBU Interconnection

Configure and maintain eNodeB in CloudBB networking


LTE eRAN Cloud BB Overview

LTE eRAN Cloud BB Overview

CloudBB solution overview

Features related to CloudBB

LTE eRAN USU-based Multi-BBU Interconnection


USU System Overview

System Structure

USU-based Multi-BBU Interconnection

LTE eRAN CloudBB O&M and Configuration


eNodeB data configurations for CloudBB

eNodeB O&M under CloudBB networking


OEB20 0.5D Lecture


OEB30 Lecture, Hands-on

LTE Cloud BB Overview

OEB20 0.5D Lecture

1D




2 working day

Class Size

Min 6, Max 12



1.4.18 LTE eRAN Field Maintenance Training

Training Path

Target Audience

Filed O&M Engineer

Prerequisites


LTE System Overview

Objectives


Describe the working principle and functions of eNodeB boards

Perform eNodeB local commissioning

Perform corrective and preventive maintenance on eNodeB

Handle the main faults of eNodeB hardware



eNodeB BTS3900\BTS5900 Product Description





eNodeB Local Commissioning

eNodeB LTE Local Commissioning

eNodeB Commissioning Overview

eNodeB Local Commissioning through the USB Disk

Procedure for the Local Commissioning through the USB Disk

Download & Activate the Software and Data Configuration File

eNodeB Local Commissioning on the LMT

Prepare for the Local eNodeB Commissioning on the LMT

Upgrade the eNodeB Software and Data Configuration File on the LMT

Download the License on the LMT

eNodeB Field Maintenance


eNodeB Local Commissioning






Query the Running Status

Establish an O&M Link Between the U2000 and the eNodeB

eNodeB Field Maintenance

eNodeB LTE Field Maintenance

Local Operation and Maintenance Introduction

check the status of board by LEDs

Routine Operation and Maintenance

Replacing boards and optical module of eNodeB

Routine Maintenance items for eNodeB

Practice

LTE eRAN Power Supply and Monitoring Solution

Power supply system introduction

Data configuration of power supply system

Features for power supply protection that Huawei can provide

Monitoring system introduction

Data configuration of monitoring system


2 working days

Class Size

Min 6, Max 12

1.4.19 LTE Lampsite&Small cell Operation and Maintenance Training

Training Path

LTE Lampsite Data Configuration

OLA37 1D Lecture, Hands-on

LTE Small cell and Lampsite Installation and Commissioning

OLA36 0.5D Lecture, Hands-on

LTE Small cell and Lampsite Product Description

OLA35 0.5D Lecture



Target Audience


Prerequisites

Basic knowledge of mobile communication

Objectives


Perform LTE small cell and lampsite product installation and commissioning,

Perform small cell and lampsite data configuration




Micro/Pico and Lampsite product architecture

Micro/Pico and Lampsite specifications

Micro/Pico and Lampsite typical Configuration

Micro/Pico and Lampsite typical Scenario



Micro/Pico/Lampsite installation

Overview of Micro/Pico/Lampsite commissioning

Commissioning the Micro/Pico/Lampsite based on U2000

Commissioning the Micro/Pico/Lampsite based on U2000 + USB

LTE Lampsite Data Configuration

LTE Lampsite Data Configuration(based on MML)

Lampsite data configuration Introduction

Lampsite basic data configuration

Lampsite device data configuration

LTE Small cell and Lampsite Troubleshooting


LTE Small cell and Lampsite Operation and Maintenance


LTE eRAN Small cell Data configuration




Lampsite transport data configuration

Lampsite radio data configuration

LTE Lampsite Data Configuration(based on CME)

Lampsite data configuration Introduction

Lampsite basic data configuration

Lampsite device data configuration

Lampsite transport data configuration

Lampsite radio data configuration

LTE Lampsite Data Configuration Practice Guide(based on MML)

LTE Lampsite Data Configuration Practice Guide(based on CME)

LTE Small cell Data Configuration

LTE Small cell Data Configuration

Procedure of adding Micro/Pico data

Introduce the related MML command

Configuring Micro/Pico in batch by using a summary data file

Check data consistency and export configuration data

Data Configuration (Using Self-Planning)



Alarm Management via U2000

Micro/Pico and Lampsite Device Maintenance

Micro/Pico and Lampsite Transmission Layer Maintenance

Micro/Pico and Lampsite Radio Layer Maintenance

Micro/Pico and Lampsite Tracing Management

Micro/Pico and Lampsite Monitoring Management

Micro/Pico and Lampsite System Management

Micro/Pico and Lampsite Hardware Replacement

LTE Small cell and Lampsite Operation and Maintenance Practice Guide



RHUB hardware fault

CPRI interface fault

Cell Unavailable Faults

IP Transmission Faults

Application Layer Faults

Synchronization Faults

Transmission Security Faults

RF Unit Faults

License Faults


5 working days

Class Size

Min 6, Max 12



1.4.20 Cloud RAN Overview Training

Training Path

Target Audience



Prerequisites


LTE Product Overview

Objectives


Describe the Trend of Network Function Virtualization

Describe Cloud Radio access network advantages and application scenarios

Understand Cloud RAN Specification and network structure


Cloud RAN Overview

Cloud RAN Overview

NFV Trend and Cloud Radio Access Network Trend

Challenge of Cloud RAN and specifications

Cloud RAN Network Architechture

Cloud RAN Key Technology

Cloud RAN Deployment scenarios


1 working day

Class Size

Min 6, Max 12

1.4.21 4.5G Technology and Application Training

Training Path

Cloud RAN Overview

OEA00 1D Lecture, Hands-on

LTE-Advanced Pro Key Technology Overview Training

1 D Lecture OEA01



Target Audience



Prerequisites

Basic knowledge of mobile communications

Objectives


Describe Industry development trend and key technology of LTE-Advanced Pro

List eMBMS features and calculate eMBMS capacity

Distinguish the PTT service and Digital trunking services

Outline LiTRA application scenarios and principle

Describe the Principles of NB-IoT and design the coverage and capacity for typical scenarios

Select the product and networking solution for NB-IoT application


LTE-A Pro (4.5G) Key Technology Overview

LTE-A Pro Key Technology Overview

MBB Industry Updates & Insights

4.5G Definition and System Level Evolution

4.5G Solution and Key Technologies

NB-IoT Technology and Application

NB-IoT Technology Overview

IoT Industry development and trend

Challenge of IoT and Standard introduction

NB-IoT E2E network architecture and service flow

NB-IoT key technologies

Development of NB-IoT industry chain

Case of intelligent meter reading by NB-IoT

Case of intelligent parking system by NB-IoT

PTT Over LTE Technology and Solution

PTT Over LTE Technology and Solution

PTT service overview

PoC and PTT

WTTx Technology and Solution

0.5D Lecture OEA04

NBIoT and eMTC Technology and Application

0.5D Lecture OEA02

PTT over LTE(Litra) Technology and

Solution OEA05 0.5D Lecture



Litra Solution and Application Senarios

WTTx Solution Overview


Wireless Broadband: Essential and Valuable

WTTx Opens A New Era of Wireless Broadband

WTTx Operation Example

WTTx Embraces Future Evolution


2 working day

Class Size

Min 6, Max 12

1.4.22 Massive MIMO Planning and Optimization Training

Training Path

Target Audience

Network Planning Engineer

Network Optimization Engineer

Prerequisites

Basic knowledge of mobile communications

2 years’ experience of LTE radio network planning or optimization

Objectives


Describe Principles of Massive MIMO and application scenarios of Massive MIMO

Understand Massive MIMO deployment solution

Plan the Massive MIMO Site selection Principles and Planning

Optimize the radio parameters after deploy massive MIMO

Massive MIMO Principles and application

scenarios

0.5 D Lecture OEA01

Massive MIMO Radio Network Planning

1 D Lecture OEP01

Massive MIMO Radio Network Optimization

0.5 D Lecture OEO01



Training Content

Massive MIMO Principles and application scenarios

Massive MIMO Principles

Massive MIMO Key Technology

Huawei Massive MIMO AAU Product Solution

Massive MIMO Application Senarios

Massive MIMO Radio Network Planning

Massive MIMO Scenario Evaluation & Planning

Massive MIMO Planning Priority Ranking

Massive MIMO Parameter Design

Massive MIMO Simulation & Prediction

Massive MIMO Radio Network Optimization

Massive MIMO Antenna pattern optimization

Massive MIMO Interworking parameter optimization

Massive MIMO Performance optimization

Duration

2 working days

Class Size

Min 6, Max 12

1.4.23 WTTX Planning and Optimization Training

Training Path

WTTx technology and planning

OEP23 1D Lecture

LTE TDD related features

OEA00 0.5D Lecture, Demo

WTTx Network performance management

and Optimization

OEO23 0.5D Lecture, Demo

WTTx Qos Solution Design

OEB23 1D Lecture,Case study



Target Audience

System Engineer

Service Engineer

Service Planning Engineer

Service Design Engineer

Network Design Engineer

Prerequisites


LTE Air Interface


Objectives


Describe the WTTX solution and apply related feature

Planning the radio coverage and capacity of the WTTx network

Explain the architecture and components of WBB operation and maintenance system

Manage WBB device and WTTX data configuration

Manage the performance of WTTx network

Training Content

WTTx technology and planning


Wireless Broadband: Essential and Valuable

WTTx Opens A New Era of Wireless Broadband

WTTx Operation Example

WTTx Embraces Future Evolution

WTTx Radio Planning

LTE coverage and capacity radio planning

WTTx coverage and capacity planning

WTTX LTE Deploy Introduction for Initial Configuration

WTTX Data Configuration Introduction

Common Data Parameters Introduction

Practice on WTTX data configuration file preparation

LTE technology and TDD related features

LTE TDD Subframe Configuration Feature

Concept of Sector, cell and TDD Subframe Configuration

TDD Frame Structure

Uplink-Downlink Subframe Configurations

Configurations of Special Subframes

When to Use Subframe Configuration

Subframe Configuration Deployment

LTE TDD Beamforming Feature

Overview of Beamforming



Beamforming-Related Concepts

Beamforming Principles and Techniques

Beamforming Feature Application Scenarios

Beamforming Deployment

WTTx Network Optimization

LTE WTTx Radio Network KPI

WTTx Performance Optimization

WTTx QoS Design

WTTx QoS Overview

WTTx QoS Design

Case study

Duration

3 working days

Class Size

Min 6,max 12

1.4.24 WTTX(CPE) Configuration and OM Training

Training Path

Target Audience

Field Engineer and Installation Technician

Prerequisites

Basic knowledge of the Telecommunication Network

Objectives


Install the CPE hardware

Perform the CPE operation

Configuration the CPE service

Training Content

LTE CPE Introduction and Configuration

LTE CPE Installation and Configuration

OST22 1D Lecture, Demo

LTE CPE Operation

OST22 1D Lecture, Demo



LTE CPE Product Description and hardware Installation

CPE Product Overview

CPE Connectors Introduction

LED Indicators

CPE Outdoor Installation

CPE Cable Connection

LTE CPE Configuration

Login and Status check

CPE Basic Configuration

CPE Engineering Configuration

WTTX Operation and Maintenance

WTTX Operation and Maintenance

WTTx Local Operation

WTTx LTM Operation

Duration

2 working days

Class Size

Min 6, Max 12

1.4.25 NB-IoT Radio Network Planning and Deployment Training

Training Path

1D Lecture

NB-IoT Overview

ONB00

NB-IoT Network Deployment

1D

Lecture, Practice ONB04

NB-IoT Air Interface

1D Lecture ONB01

NB-IoT Signaling and Protocols

1D Lecture ONB02



Target Audience



Prerequisites

LTE Air Interface


Objectives


Describe Industry development trend of IoT

List main IoT technologies and application scenarios

Understand NB-IoT principles

Apply radio planning for NB-IoT Network

Select the product and networking solution for NB-IoT application


NB-IoT Technology and Application

NB-IoT Overview

IoT Concept and Related Technology

NB-IoT E2E Solution and Network Architecture

NB-IoT Industry Evolution and Use Case

NB-IoT Network Deployment

NB-IoT eNodeB Product Basic

NB-IoT Product Overview

NB-IoT Typical Networking

NB-IoT eNodeB Data Configuration

NB-IoT deployment mode

NB-IoT Standalone Cell configuration

Difference of NB-IoT configuration for different deployment mode

NB-IoT frequency and offset calculation

NB-IoT data configuration Practice

NB-IoT Air Interface

NB-IoT Radio Interface Protocol

NB-IoT Radio interface channel

NB-IoT Radio interface key technologies

NB-IoT Signaling and Protocols

NB-IoT System information

NB-IoT attach procedure

NB-IoT service request procedure

NB-IoT TAU procedure

NB-IoT Data transmission procedure

NB-IoT Radio Network Planning

NB-IoT Radio Network Planning Introduction

NB-IoT Radio Network Planning

1D Lecture , Practice ONB05



NB-IoT Radio Network Planning Process

NB-IoT frequency planning and deployment

NB-IoT Radio Network Coverage and capacity Dimensioning

NB-IoT Radio Network Planning Practice Centralized Training Duration


5 working day

Class Size

Min 6, Max 12

1.4.26 NB-IoT Radio Network Operation and Optimization Training

Training Path

Target Audience

Wireless network planning and optimization engineer

Prerequisites

Have basic knowledge about LTE wireless networks.

Objectives


Master the basic NB-IoT operations, maintenance, and test methods.

LTE NB-IOT Operation and

Maintenance NBIoT 1D Lecture+Practice

NB-IoT Network Fault Analysis &

Handling 1D Lecture+Practice

NB07

NB-IoT Network KPI Management

and Introduction 1D Lecture+Practice

NB08

NB-IoT Network Problem Analysis and

Optimization 1D Lecture+Case Study

NB09

NB-IoT Network Optimization Practice

1D Practice NB10

NB06



Master the NB-IoT performance KPIs.

Understand the process for troubleshooting NB-IoT wireless network faults.

Performance the troubleshooting of NB-IoT faults.

Analyzing and handling common problems in NB-IoT wireless networks.

Training Conten

LTE NB-IOT Operation and Maintenance NBIoT

O&M System Structure

NB-IoT Common Operations

NB-IoT Maintenance and Test

NB-IoT Network Fault Analysis & Handling

Overview of fault analysis and processing

Cell unavailability fault analysis and handling

IP transmission fault analysis and handling

Application layer fault analysis and handling

Transmission Synchronization fault analysis and handling

Transmission Security fault analysis and handling

RF unit fault analysis and handling

License fault analysis and handling

NB-IoT Base Station Fault Analysis and Handling Hands-On Practice

NB-IoT Network KPI Management and Introduction

Overview of NB-IoT KPI

NB-IoT Optimization Parameters

NB-IoT Network Problem Analysis and Optimization

NB-IoT Optimization Overview

NB-IoT access problem analysis

NB-IoT delay problem analysis

NB-IoT rate problem analysis

NB-IoT Network Optimization Hands-On Practice

NB-IoT Terminal Operation and Maintenance Hands-On Practice

Duration

5 working days

Class Size

Min 6, Max 12



1.4.27 eMTC Radio Network Planning and Deployment Training

Training Path

Target Audience

Network Planning Engineer

Network Optimization Engineer

Prerequisites

Basic knowledge of LTE Radio Interface

2 years’ experience of LTE radio network planning or optimization

Objectives


Describe eMTC Network Architecture

Understand eMTC Radio Interface Technology and eMTC Terminal Category

Understand eMTC Service signaling procedure

Apply eMTC related features

Perform eMTC Radio Network Planning

Training Content

eMTC Principles

eMTC Principles

MTC and eMTC Application Scenarios

Comparison between eMTC and NB-IoT

Emtc E2E Network Architecture and Protocols

eMTC Air Interface and Channels

eMTC Service Procedures

eMTC Basic Features

eMTC Cell Management

eMTC Terminal and Capability

eMTC Mobility Management

eMTC Radio Resource Management

eMTC Radio Network Planning and Deployment

eMTC Frequency Planning

eMTC Coverage Planning

eMTC Principles

1 D Lecture OEA03

eMTC Radio Network Planning and

Deployment

1 D Lecture OEP03



eMTC Capacity Planning

eMTC Network Deployment

Duration

2 working days

Class Size

Min 6, Max 12



1.4.28 LTE HetNet &Small cell Planning and Optimization Training

Training Path

Target Audience


Prerequisites

Basic knowledge of mobile communications. At least 1 year working experience in wireless network

Objectives


Select the proper small cell solution based on different scenario

Design the coverage and capacity for small cell scenario

Perform HetNet macro and micro synergy optimztion with related features and strategy


LTE HetNet Application Scenario Overview


HetNet application scenarios

Huawei HetNet products Solution

Pico and Lampsite Indoor Planning and Audit

Pico and Lampsite Indoor Planning

Indoor Planning Procedure

Pico and Lampsite indoor capacity planning

Pico and Lampsite indoor coverage planning

Pico and Lampsite indoor transmission planning

Solution design

Lampsite solution audit

LTE Hetnet Strategy and Optimization

OLA54 2D Lecture

LTE Micro BTS Network Planning

OAT27 0.5D Lecture

Pico and Lampsite Indoor Planning and Audit

OLA53 1.5D Lecture,Hands-on


OLA26 1D Lecture



Pico and Lampsite Indoor Planning practice



Scenarios of RF Planning for Micro BTS

Hotspot Identification based on CHR

Traffic Statistic

Site selection for Micro BTS

Engineering parameter planning

Cell configuration and parameters planning



Macro and Micro synergy Optimization

LTE eRAN UL CoMP feature

LTE eRAN SFN feature

LTE eRAN TDM-eICIC feature

LTE Hetnet Strategy and Optimization case study


5 working days , 0.5 days practice during training

Class Size

Min 6, Max 16



1.4.29 LTE eRAN Basic Features and Algorithms Training

Training Path

Target Audience



Prerequisitesa


LTE Air Interface


Objectives


Outline idle mode/handover/ Power Control/ Scheduling/ CS Fallback/ Physical Channel Resource Management basic proccess and parameters

Apply feature deployment and parameter configuration in typical scenarioes


OEO81 LTE eRAN Basic Features and Algorithms

LTE eRAN Idle Mode Behavior

Idle Mode Overview

PLMN selection

Cell selection

Cell reselection

System information reception

Tracking area registration

Paging monitoring procedure

LTE eRAN Handover Feature

Mobility Management Overview

Intra-frequency Handover

Inter-frequency Handover

LTE eRAN Power Control Feature

Power control overview

Downlink power control

Uplink power control

LTE eRAN Scheduling Feature

Overview of Scheduling

Downlink Scheduling

Uplink Scheduling

Scheduling Deployment Strategy

LTE eRAN CS Fallback

CS Fallback Overview

LTE Voice Solution

LTE eRAN Basic Features and Algorithms

OEO81 5D Lecture



CS Fallback Procedure

Network Architecture for CS Fallback to UTRAN/GERAN

Combined EPS/IMSI Attach Procedure

CS Fallback to UTRAN

CS Fallback Based on PS Redirection(UMTS)

CS Fallback Based on PS Handover(UMTS)

CS Fallback to GERAN

Decisions and Configuration of eNodeB in CS Fallback

Selection of CS Fallback Mechanisms

LTE eRAN Physical Channel Resource Management

PDCCH resource management

PDCCH symbols adaptively adjusted

CCE aggregation adaptively adjusted

DL/UL CCE ratio adaptively adjusted

PUCCH resource management

Adaptive SR period adjustment

Adaptive PUCCH resource adjustment

LTE Feature Application case study


5 working days

Class Size

Min 6, Max 12

1.4.30 LTE eRAN SON Features and Algorithms Training

Training Path

Target Audience


Prerequisites


LTE Air Interface



Objectives


Illustrate SON related features’ process, and apply feature deployment

Execute SON related features’ parameters and monitor feature

LTE eRAN SON Features and Algorithms

OEO82 2D Lecture




OEO82 LTE eRAN SON Features and Algorithms

LTE eRAN SON Overview

Describe the SON benefits

Outline the SON functions

LTE SON Application in U2000 V200R015

Outline SON functions in U2000

Enable the SON switches in U2000

Check SON logs in U2000

LTE eRAN ANR Feature

ANR Overview

Intra-RAT ANR Management

Inter-RAT ANR Management

LTE eRAN MRO Feature

MRO Processing Flow

Classification of Intra-RAT MRO

Intra-RAT MRO Management

Inter-RAT MRO Management

LTE eRAN PCI Conflict Detection Self-Optimization

PCI Conflict Detection

Self-Optimization Overview

PCI Conflict Detection

PCI Self-Optimization in U2000

LTE eRAN RACH Optimization

Overview of RACH Optimization

Prerequisites for RACH Optimization

Zero Correlation Zone Configuration

Contention-Based vs. Contention-Free Random Access

RACH Resource Adjustment

Dedicated Preamble Group Adjustment

Multiplexing of Dedicated Preambles

PRACH Configuration Index Adjustment

Adaptive Back off

MML screenshots

Impact of RACH Optimization

LTE eRAN Cell Outage Detection

Overview of Cell Outage Detection

Sleeping Cell Detection Techniques

Cell Outage Detection Techniques



2 working days

Class Size

Min 6, Max 12



1.4.31 LTE eRAN Performance Improving Features and Algorithms Training

Training Path

Target Audience


Prerequisites


LTE Air Interface



Objectives


Outline Improving Features application scenarioes and principles

Summarize Improving Features related parameters

Deploy Improving Features and improve network performance by optimize related parameters


OEO84 LTE eRAN Performance Improving Features and Algorithms

LTE eRAN Admission and Congestion Control

Load Monitoring

Admission Control

Non-GBR Service Admission Control

GBR Service Admission Flow

QoS Satisfaction Rate Based Admission Control

Congestion Control

LTE eRAN MLB Feature

Load Balance Overview

Intra-frequency Load Balance

Inter-frequency Load Balance

Inter-RAT Load Balance

LTE eRAN Compact Bandwidth Feature

Overview of Compact Bandwidth

Key Technologies of Compact Bandwidth

Related Physical Resource Management

LTE eRAN UL/DL Comp

Benefit of CoMP

Principle for CoMP

Application scenario of UL/DL CoMP

Engineering Guidelines of UL/DL CoMP

LTE eRAN ICIC Feature

Overview of ICIC

Downlink ICIC

LTE eRAN Performance Improving Features and Algorithms

OEO84 5D Lecture



Uplink ICIC

ICIC Deployment Strategy


Overview of RAN Sharing

RAN Sharing with Common Carriers

RAN Sharing with Dedicated Carriers

Engineering Guidelines of RAN Sharing

LTE eRAN QoS Management Feature

Overview of QoS Management

QoS Management Policies

QoS Management Methods

When to Use QoS

LTE eRAN MIMO Feature

Definition of MIMO and MIMO mode

Benefit of MIMO and application scenarios

Configuration of MIMO

LTE eRAN Carrier Aggregation Feature

CA Basic Concepts and Principles

CA Feature Benefit and Influence

CA Feature Deployment and Configuration

LTE eRAN Emergency Call Feature

Emergency Call Basic Concepts and Principles

Emergency Call Procedures

Emergency Call Key Parameters

Relation between Emergency Call and Others

Emergency Call Feature Deployment, Configuration and Testability

LTE eRAN CSPC(Coordinated Scheduling based Power Control) Feature

CSPC functions and benefits

CSPC network architecture

CSPC transmission sequence and procedure

CSPC network impact and activation

LTE eRAN Intelligent Access Class Control Feature

Intelligent AC control procedure

Intelligent AC control principles

Access probability factor adjustment

LTE eRAN SFN(Single Frequency Network)

SFN Concepts and Principles

SFN Deployment and Configuration

SFN Key Parameters and Counters

the benefit of SFN

LTE eRAN DRX and Signaling Control

DRX Basic Concepts and Principles

DRX Feature Benefit and Influence

DRX in RRC_CONNECTED Mode

Dynamic DRX

High-Mobility-Triggered Idle Mode

LTE eRAN High Speed Mobility

Overview of High Speed Mobility

Doppler Shift

Automatic Frequency Control

Random Access Preamble



Scheduling


When to Use High Speed Mobility

Network Planning

Deploying High Speed Mobility

LTE eRAN Uplink Timing Control Feature

Uplink timing control overview

Benefits of uplink timing control

Uplink timing control during RA

Uplink timing control after RA

Timers of Uplink timing control


5 working days

Class Size

Min 6, Max 12

1.4.32 LTE Radio Network Tuning and Optimization Problem Analysis Practice

Based Training

Training Path

Target Audience


Prerequisites


LTE Air Interface


Objectives


Perform RF optimization based on the work procedure

Perform test and collect data for tuning

Analyze basic coverage problem and perform basic RF tuning


LTE Network Tuning

LTE Radio Network Optimize problem analysis Training

OEO12 3D Lecture, Hands-On

LTE Network Tuning

OEO01 1D Lecture



LTE Network Tuning

Overview of RF Optimization

Basic Process of RF Optimization

Test Preparations

Data Collection

Coverage Problem Analysis

Handover Problem Analysis

RF Adjustment

LTE Interference Diagnosis

Basic Principle of Interference

Type of Interference in LTE system

Methods to Detect Interference in LTE

Basic methods to Resolve Interference

LTE Radio Network Optimize problem analysis Training

LTE Access Fault Diagnosis(Drive Test)

Basic Principle of Access

Access Fault Diagnosis Process

Operations of Access Fault Diagnosis

Checking Hardware Connections

Checking Version Mapping

Checking the eNodeB Configuration

Checking Quality on the Air Interface

Checking the EPC Configuration

LTE Handover Fault Diagnosis(Drive Test)

Handover Procedure Review

Handover Fault Analysis

Typical Case of Handover Fault

LTE Call Drop Diagnosis (Drive Test)

Call Drop Fault Diagnosis Process

Operations of Call Drop Fault Diagnosis

Handling of call drop problems

LTE Traffic Fault Diagnosis (Drive Test)

Traffic Fault Diagnosis Process

Operations of Traffic Fault Diagnosis

Handling of Traffic Fault Issue

Typical Cases for Traffic Fault

Scenario based Problem analysis case study

User Complain About Low Speed When Surfing Internet Case Study

User Complain About Low Download Speed Case Study

DL Throughput Unsatisfied during Drive Test Case Study

No 4G signal in LTE Coverage Area Scenario-based Troubleshooting

Low LTE Cell Throughput Scenario-based Troubleshooting


4 working day

Class Size

Min 6, Max 12



1.4.33 LTE Performance Management and Analysis Practice Based Training

Training Path

Target Audience


Prerequisites


LTE Air Interface


LTE Basic Features and Algorithms

Objectives


Configure counter measurement in U2000 system

Define the KPI system for LTE radio network

Define the formula for accessibility, retainability, mobility, traffic , utilization and availability KPI

Identify and analyze the performance problems


LTE Performance Management

iManager U2000 Client Performance Management

Basic Concept of Performance Management

Measurement Management

Performance Threshold

Synchronizing Performance Objects

Performance Diagnosis Tool

Preferences Settings

Database Capacity Parameters

LTE eRAN KPI Introduction and Improvement

LTE eRAN KPI Overview

Performance Measurement System

LTE eRAN KPI Details

Accessibility KPI and Analysis

Retainability KPIs and Analysis

Mobility KPIs and Analysis

Equipment Related and Analysis

Utilization KPIs / Traffic KPI and Analysis

LTE Performance Improvement

OEO13 2D Lecture, Scenario based

Hands-on


OEO03 1D Lecture, Hands-on



Transport Performance Counter and Analysis

LTE eRAN KPI Improvment

LTE Performance Improvement

aLTE Call Drop Diagnosis (KPI)

E-RAB Release Procedure

Call Drop Definition and KPI Statistics

Typical Call Drop Issue and Analysis Procedure

Typical Call Drop Issue Analysis

LTE Handover Fault Diagnosis(KPI)

Handover Failure Procedure

Handover Failure Definition and KPI Statistics

Typical Handover Failure Issue and Analysis Procedure

Typical Handover Failure Issue Analysis

LTE Wireless Parameter Audit and Key Parameter Optimization

LTE Global Parameter Introduction

LTE Parameter Classification

LTE Wireless Parameter Optimization Guidance

Parameter Audit Cases

LTE Radio Network scenario based Performance optimization case

LTE Call Setup Success Rate Deterioration

LTE Handover Success Rate Deteriorate


3 working day

Class Size

Min 6, Max 12



1.4.34 VoLTE Technical Practice Based Training(WN Specialty)

Training Path

Target Audience



Prerequisites


LTE Air Interface



Objectives


Outline the Voice Solutions in LTE: CSFB and VoLTE

Outline the network structure of VoLTE and basic service flow

Apply and configure the Radio network features for VoLTE

Plan the VoLTE service based on coverage and capacity

Evaluate the voice quality and perform troubleshooting and optimization

Outline the CSFB workflow

Select the proper mechanism for CSFB

Configure the CSFB feature


IMS Network Principle

IMS network architecture

IMS network elements function overview

IMS interface and protocol overview

IMS network id and address

IMS registration procedure overview

IMS call session establishment overview

SIP protocol overview

EPS Network Principle

VoLTE Technical Training (WN Specialty)

10D

Lecture, Scenario based Practice OEA01

VoLTE Basic Knowledge

OEA00 2 W MOOC



EPS network structure overview

EPC network elements function overview

EPC network service flow overview

VoLTE Solution Overview

VoLTE solution overview

VoLTE solution new element overview

VoLTE EPC PDN connectivity flow overview

VoLTE IMS registration flow overview

VoLTE session flow overview


2 weeks (Video duration: 150 minutes)


LTE Voice Solution

LTE Voice Solution Overview

Voice Solution in LTE

CSFB and VoLTE Solution Comparison

VoLTE Network and IMS overview

Basic Flow of VoLTE

VoLTE Signaling Flow

Overview of LTE protocols and Procedures

EPS Connection management and APN Introduction

VoLTE Initial Attach Procedure

VoLTE Call Procedure

VoLTE Handover Procedure

VoLTE EPS QoS Management

VoLTE QoS Architecture

Concepts of VoLTE QoS

VoLTE APN and QoS Management

Radio QoS Mapping and implementation

LTE VoIP Solution Features

Capacity-Enhancement-Related Features

VOLTE-related scheduling feature principle, application and impact

VOLTE-related admission and congestion control feature principle and impact

ROHC feature principle, application and impact

TTI Bounding feature principle, application and impact

SRVCC feature principle, application and impact

Emergency call principle, application and impact

VOLTE-related power principle, application and impact

DRX principle, application and impact

LTE VoIP Radio Network Planning

VOLTE Link Budget Principle and Method



VOLTE Capacity Dimensioning

Traffic Model of VOLTE

VoLTE Capacity Dimensioning

LTE eRAN VoIP Voice Quality Evaluation and Optimization

VOLTE Traffic Evaluation on Network Side

VOLTE Traffic Evaluation on UE Side

VOLTE Capacity Evaluation

VOLTE Optimization analysis method and thought of clue

Solutions for VOLTE Voice Quality Fault

VOLTE Problem Troubleshooting

LTE CS Fallback Feature

CS Fallback Procedure

Network Architecture for CS Fallback to UTRAN/GERAN

Combined EPS/IMSI Attach Procedure

CS Fallback to UTRAN

CS Fallback Based on PS Redirection(UMTS)

CS Fallback Based on PS Handover(UMTS)

Decisions and Configuration of eNodeB in CS Fallback

Selection of CS Fallback Mechanisms

LTE CSFB Troubleshooting

Troubleshooting Clue, Method of CSFB Problem

CSFB Faulty Cases

VoLTE Troubleshooting Case study (LTE caused failure)

VoLTE Troubleshooting Scenario-based Practice


10 working days, 2 days for practice.

Class Size

Min 6, Max 12



1.4.35 LTE Voice Solution Training for O&M

Training Path

Target Audience

Wireless Product O&M Engineer

Prerequisites


LTE eRAN Operation Training

Objectives


Enable VoLTE service in eNodeB and Configure the parameters and switches for VoLTE related eRAN features

Perform KPI monitoring and tracing for VoLTE and SRVCC by U2000

Perform common monitoring tasks for VoLTE




Voice Solution in LTE

CSFB and VoLTE Solution Comparison

VoLTE Network and IMS overview

Basic Flow of VoLTE

LTE eRAN VoLTE Service Enablement and Data Configuration


VoLTE service introduction and switches for enablement

VoLTE eRAN features introduction and related data configuration

Semi-persistent scheduling feature principle, application and impact

VoLTE-related admission and congestion control feature principle and impact

ROHC feature principle, application and impact

TTI Bounding feature principle, application and impact

SRVCC feature principle, application and impact

VOLTE-related power principle, application and impact

DRX principle, application and impact


OEA11 1D Lecture, Hands-on

LTE eRAN VoLTE Service Monitoring

OEA12 Lecture, Hands-on


OEA10 Lecture 0.5D

0.5D



VoLTE data configuration for mobility

Coverage-based mobility configuration for VoLTE and SRVCC



Introduction to U2000 monitoring functions

VoLTE related counters monitoring

VoLTE and SRVCC tracing

VoLTE CDT collection

Voice quality monitoring for single user

VoLTE service satisfaction monitoring


2 working days

Class Size

Min 6, Max 12

1.4.36 LTE Radio Network Audit and Expansion Training

Training Path

Target Audience


Prerequisites


LTE Air Interface



LTE Performance Improving Features and Algorithms


Objectives


Audit LTE Radio Network topology

Audit LTE Coverage and Interference

Audit LTE data and voice service experience and LTE Radio Network Performance

Audit Resource capacity and Utilization for expansion based the benchmark


OEO16 LTE Radio Network Audit and Expansion

LTE Radio Network Audit and Expansion

Work procedure of LTE Radio Network Audit

User Experience Audit

Network Performance Audit

LTE Radio Network Audit and Expansion

OEO16 2D Lecture



Coverage and Interference Audit

Resource Utilization Audit

Network Expansion Benchmark


2 working days

Class Size

Min 6, Max 12



1.4.37 LTE Radio Network planning and Optimization in Special Scenarios Training

Training Path

Target Audience


Prerequisites


LTE Air Interface



LTE Performance Improving Features and Algorithms

Objectives


Design and optimize the LTE coverage for High Speed Train

Select proper In-Building LTE deployment Solution, such as Campus and Residential Area, Stadiums, Business District ,Scenic Area

Perform the preparation and radio parameter adjustment for Key Event

Handle Emergency issues during Key Event


OEO17 LTE Radio Network Optimization in Special Scenarios

LTE Radio Network Planning and Optimization in Special Scenarios

High Speed Train Solution

In-Building System Solution

Campus Coverage Solution

Residential Area Coverage Solution

Stadiums Coverage Solution

Business District Coverage Solution

Scenic Area Coverage Solution

LTE Network Key Event Assurance

Preparation for Key Event Assurance

Parameter Setting for Key Event

Emergency issue handling for Key Event

LTE Network Key Event Troubleshooting

User Plane Troubleshooting

Control Plane Troubleshooting

Troubleshooting Cases Analysis


2 working days

LTE Radio Network Optimization in Special Scenarios

OEO17 2D Lecture



Class Size

Min 6, Max 12


77

1.4.38 LTE Radio Network Design and Dimensioning Training

Training Path

Target Audience


Prerequisites


LTE Air Interface


Objectives


Illustrate LTE coverage and capacity dimensioning process

Perform LTE link budget , LTE radio network coverage and capacity dimensioning

Perform LTE cell planning, transport network and eNodeB hardware dimensioning


OEP01 LTE Radio Network Design

LTE Radio Network Coverage Dimensioning

LTE Radio Network Planning Introduction

LTE Radio Network Planning Process

Differences between 2G/3G and LTE Dimensioning

LTE Radio Network Coverage Dimensioning

LTE Link Budget

Propagation Model

Site Number Dimensioning

LTE Radio Network Capacity Dimensioning

Capacity Dimensioning Procedure

Network Throughput

Introduction of Traffic Model

Traffic Model and Parameters

Network Throughput Calculation

Cell Throughput

DL Throughput Analysis

UL Throughput Analysis

Throughput per Cell(IP)

Capacity Dimensioning

LTE Cell Planning

LTE Access Transport Network Dimensioning

OEP02 0.33D Lecture

LTE Radio Network Design

OEP01 1.67D Lecture


78

LTE Planning Overview

Frequency Planning

TA Planning

PCI Planning

PRACH Planning

OEP02 LTE Access Transport Network Dimensioning

LTE Access Transport Network Dimensioning

Transport Architecture and Networking

IP Transport Functionality

IP Transport Dimensioning


2 working days

Class Size

Min 6, Max 12


79

1.4.39 Big Data Processing and Mining Technology Training

Training Path

Target Audience

Network relational engineers

Prerequisites

Have basic network knowledge Have basic Linux knowledge Have basic database knowledge Complete the "Everyone Learns IT - Big Data Technology" MOOC learning

Objectives


Understand the big data application in network scenarios Understand the common data mining algorithm approaches and application scenarios Understand common data mining tools and languages Understand hadoop basic technology, such as HDFS, MapReduce&Yarn, Hive, HBase, Spark

etc.


OJF28 Big Data Application Discussion based on Network Scenario

Big data background introduction Telecom big data challenges in network scenario

Operation and maintenance efficiency Network optimization Network planning and investment

Big Data Application Discussion based on Network Scenario Service quality perception analysis Complaint management Network performance management Other big data applications in network scenario

Big Data Application Discussion based on

Network Scenario

OJF28

Case Study 1D

Data Mining Overview

OJF21

Lecture 1D

数据挖掘工具与语言

C

精讲 1 天

Data Mining Tools and Languages

OJF29 Lecture 1D

Hadoop Basic Technology

OJF30 Lecture 2D


80

Big data application platform architecture Big data application platform architecture introduction Key technology of big data Analysis of advantages and disadvantages of key Technology- big data Hadoop Data analysis and modeling

OJF21 Data Mining Overview

Data mining background What is a data mining Application of data mining industry In the telecom market of data mining. Difficulties and challenges faced by data mining application Common mining software

Common data mining algorithm Association rules: shopping basket model Clustering algorithm Recommendation algorithm Social relationships algorithm

Data mining modeling methodology Overall introduction of the data mining modeling method Example of data mining modeling

Big data mining case sharing Customer retention Channel efficiency evaluation model Customer service text classification

OJF29 Data Mining Tools and Languages

Data mining tools introduction Data mining common development language introduction R language introduction and application (or Python)

R language concept and characteristics R language development and status Package introduction of R language Basic operations of R language and examples Simple drawing of R language Statistical model of R language

Python language introduction and application (or R language) Python basic grammar Python industry overview Python language development foundation Python data type Python basic statements and function Python class library applications

OJF30 Hadoop Basic Technology

Hadoop technology overview The development trend of big data processing technology The main storage technology in large data Hadoop typical application scenarios

Hadoop Basic Technology Introduction HDFS Architecture and Principles MapReduce&Yarn Architecture and Principles HBase Architecture and Principles Hive Architecture and Principles Spark Architecture and Principles Flume&Kafka Architecture and Principles


81


5 working days including discuss 1 working day

Class Size

Min 6, Max 12


82

1.4.40 Big Data Analysis and Mining Practice Based Training (Performance

Monitoring)

Training Path

Target Audience

Big data platform technical support engineers, data center maintenance engineers, network relational engineers

Prerequisites

Have basic Hadoop knowledge Have basic Linux knowledge Have basic database knowledge Have basic data mining algorithm and tools

Objectives


Master the common business modeling ideas Understand the common mathematical algorithms and application characteristics Use Python for data mining and modeling Use Hadoop, Spark for data storage and calculation Comprehensive use of various tools to achieve a simple big data applications


OJF31 Business Modeling based on Network Performance Monitoring

Importance of cell profiles for network optimization Cell profile specifications analysis and forecast Cell profile provide basic guarantee for service quality monitoring Limitations of the traditional network optimization metrics monitoring Introduction of big data mining Technologyto cells Portrait

OJF32 Data Modeling based on Cell Profile Scenario

Selection of data mining algorithms based on cell profile

Business Modeling based on Network

Performance Monitoring

OJF31

Lecture 0.5D

Data Modeling based on Cell Profile

Scenario

Lecture, Scenario Based Practice 1.5D

Data modeling Practice based on Cell

Profile Scenario

OJF32

1D Lecture, Scenario Based Practice

OJF33

Big Data Technology Practice

OJF34

Lecture, Scenario Based Practice 2D


83

Data collection Data preprocessing Model training Time series algorithm selection and determination Results prediction and verification

OJF33 Data modeling Practice based on Cell Profile Scenario

Data processing practice Data modeling practice Results verification Simulate Combat

OJF34 Big Data Technology Practice

Flume gets the data stored in HDFS Spark carries out preliminary ETL Configure Hive external table to access HDFS resources, and use SQL to extract some of the

fields that are needed Configure GreenPlum to access the Hive table The use of R in the timed script to access the GreenPlum, calculation results, the results exist

in the local file Use Flume to import local files into HBase


5 working days including practice 4 working days

Class Size

Min 6, Max 12


84

1.4.41 Big Data Analysis and Mining Practice Based Training (Network

Optimization)

Training Path

Target Audience

Big data platform technical support engineers, data center maintenance engineers, network relational engineers

Prerequisites

Know basic Hadoop knowledge Know basic Linux knowledge Know basic database knowledge Know basic data mining algorithm and tools

Objectives


Master the common business modeling ideas Understand the common mathematical algorithms and application characteristics Use Python for data mining and modeling Use Hadoop, Spark for data storage and calculation Comprehensive use of various tools to achieve a simple big data applications


OJF35 Business Modeling based on Network Optimization

Importance of traffic prediction for network optimization Real-time traffic prediction analysis and forecast traffic prediction provide basic guarantee for service quality monitoring Limitations of the traditional traffic prediction monitoring Introduction of big data mining Technology to traffic prediction

OJF36 Data Modeling based on Network performance end-to-end management

Selection of data mining algorithms based on traffic prediction

Business Modeling based on Network

Optimization

OJF35

Lecture 0.5D

Data Modeling based on Network

performance end-to-end management

Lecture, Scenario Based Practice 1.5D

Data Modeling Practice based on Network

performance end-to-end management

OJF37

Lecture, Scenario Based Practice

OJF36

1D

Big Data Technology Practice

OJF38

Lecture, Scenario Based Practice 2D


85

Data collection Data preprocessing Model training Time series algorithm selection and determination Results prediction and verification

OJF37 Data Modeling Practice based on Network performance end-to-end management

Data processing practice Data modeling practice Results verification Simulate Combat

OJF38 Big Data Technology Practice

Flume gets the data stored in HDFS Spark carries out preliminary ETL Configure Hive external table to access HDFS resources, and use SQL to extract some of the

fields that are needed Configure GreenPlum to access the Hive table The use of R in the timed script to access the GreenPlum, calculation results, the results exist

in the local file Use Flume to import local files into HBase


5 working days including practice 4 working days

Class Size

Min 6, Max 12


86

1.4.42 LTE Radio Network Optimization Engineer S-OJT Training

Training Path

Target Audience

Performance Monitoring Engineer

Performance Troubleshooting Engineer Prerequisites


LTE Air Interface



Objectives


Understand the details of network monitoring, such as object determination, KPI customization

Utilize tools such as U2000 and PRS for automated monitoring management

Utilize tools for KPI inquiry

Analyze typical problems, and perform simple operation, like network adjustment, feature deployment and equipment commissioning on line

Calculate the traffic when we perform capacity planning for new buildings, such as universities and malls

Calculate the traffic for temporary events, such as holidays and concerts

Master the implementation process of traffic assurance

Develop appropriate plan and execute

Audit the parameters of current network with baseline and reasonable range by tools

Combine with the on-site network daily work to analyze the current parameter configuration

Generate corresponding report according to the template

Collect related KPI, use tools such as FMA/PRS/U2000/LOG to analyze access/handover/call drop/throughput/CSFB/ Inter-RAT Interoperation problems

Parameter Management

OEO22 2D OJT

Performance Troubleshooting

OEO23 11D OJT

Capacity Management

OEO21 2D OJT

Performance Monitoring

OEO20 5D OJT


87

Master LTE access/handover/call drop/throughput/CSFB/ Inter-RAT Interoperation problem analysis skill

Collect data, use tools such as PROBE/ASSISTANT to analyze access/handover/call drop/throughput/CSFB/ Inter-RAT Interoperation problems

S-OJT Training Content

Network Performance Monitoring

Process and Tools

Huawei and operator LTE network monitoring process discussion

U2000 and PRS Overview

Preparation of Monitoring

Monitoring details preparation

predefined rules and automatically network monitor operation

performance and alarm reporting threshold setting

Execution of Monitoring

KPI query and result collection through U2000

KPI report customize and result collection through PRS

Alarm threshold setting and alarm checking through U2000

Initial Analysis of Performance Issue

KPI issue analysis

TOP performance problems analysis and solution

Capacity Management Training

Process and Tools

IT tools overview

Tools operation guidance used in capacity management

Capacity Evaluation

PDCCH, PUCCH, SRS, PRACH, PRB resource utilization evaluation

CPU , paging, user and license resource utilization evaluation

Transmission group and Ethernet resource utilization evaluation

Capacity Forecast

On-site network capacity calculation

Capacity Optimization and Expansion

Capacity optimization, including Load balance, capacity related parameter adjustment, carrier resource to rally

Capacity expansion, including engineering construction schedule tracks

Traffic Assurance

Event assurance plan output

Event assurance plan execution

Emergency assurance plan output

Emergency assurance plan execution

Parameter Management Training

Process and Tools

Huawei and operator LTE network monitoring process discussion

Tools introduction used in parameter management

Engineering Parameter Audit

Engineering parameter(Cell ID, PCI, Root sequence) configuration and baseline comparison

Network parameter check

Parameter Verification by Manual

Parameter audit template output

RACH setup successful rate related parameter check and analysis


88

RRC setup successful rate related parameter check and analysis

Call drop rate related parameter check and analysis

Handover successful rate related parameter check and analysis

DL throughput rate related parameter check and analysis

UL throughput rate related parameter check and analysis

CQI related parameter check and analysis

VoLTE related parameter check and analysis

Performance Troubleshooting Training

Process and Tools

FMA/PRS/PROBE/ASSISTANT/U2000 Overview

Access Performance Optimization

Access related KPI collection

Access related Issue optimization and discussion

Access related case discuss

Access optimization report output

Handover Performance Optimization

Handover related KPI collection

Handover related Issue optimization and discussion

Handover related case discuss

Handover optimization report output

Call Drop Performance Optimization

Call Drop related KPI collection

Call Drop related Issue optimization and discussion

Call Drop related case discuss

Call Drop optimization report output

Data Transmission Performance Optimization

Data Transmission related KPI collection

Data Transmission related Issue optimization and discussion

Data Transmission related case discuss

Data Transmission optimization report output

CSFB Performance Optimization

CSFB Feature Activation

CSFB Activation Observation

CSFB UE combined attach failure analysis

CSFB related time delay issue analysis

CSFB success rate issue analysis

Issue of coming back to LTE after the call analysis

CSFB Related Case discussion

Data Transmission optimization report output

Inter-RAT Interoperation Performance Optimization

LTE to UMTS inter-RAT cell reselection deployment and optimization

UMTS to LTE inter-RAT cell reselection deployment and optimization

LTE to GSM inter-RAT cell reselection deployment and optimization

GSM to LTE inter-RAT cell reselection deployment and optimization

LTE to UMTS inter-RAT handover and redirection deployment and optimization

UMTS to LTE inter-RAT handover and redirection deployment and optimization

LTE to GSM redirection deployment and optimization

GSM to LTE handover deployment and optimization

Inter-RAT interoperability KPI collection and analysis

Inter-RAT interoperability Key fault troubleshooting


89

S-OJT Training Duaration

20 working days

Class Size

Min 3, Max 6


90

1.4.43 LTE RAN Back Office Engineer S-OJT Training

Training Path

Target Audience


Prerequisites


LTE System Overview


eNodeB LTE Reconfiguration

Objectives


Perform LTE RAN network maintenance process

Work Plan and Summary

1D OJT OEB28

LTE Network Faults Management

12D OJT OEB27

LTE Network Changes Management

8D OJT OEB26

LTE Network Preventive Maintenance Conduct

5D OJT OEB25

Network Analysis

3D OJT OEB24

O&M Process & IT Tools Discussion

1D OJT OEB23


91

Check the LTE RAN hardware, software, transmission, interconnection and status of network

Perform LTE RAN network preventive maintenance, including how to create a routine maintenance plan and schedule, perform the daily, weekly and monthly maintenance

Query LTE RAN network alarm and network performance and to perform alarm and KPI monitoring and analysis KPI

Analyze and summarize the maintenance result independently

Apply the methods and activities of service configuration

Follow the service configuration and software upgrade procedure and do activities independently

Perform the common procedure fault handling


LTE RAN Back Office Engineer S-OJT Training

O&M Process & IT Tools Discussion

Huawei IT support system introduction

OJT necessary information collection and preparation

Network Analysis

Detailed network insight plan output

Detailed activities execution based on the procedure of network insight plan

Network insight report output, workshop for discussing the network further expansion, optimization and evolution

LTE Network Preventive Maintenance Conduct

Detailed work plan develop

Planned work order of preventive maintenance activities implement, including alarm and KPI monitoring effectively with SLA and the result feedback

Report on the preventive maintenance result output

LTE Network Changes Management

Detailed tasks and plan development which apply to the network situation

Service configuration procedure, software upgrade and key points

Service configuration and software upgrade experience summary output

LTE Network Faults Management

Typical troubleshooting procedure and fault handling methodology

Troubleshooting and experience sharing workshop

Work Plan and Summary

Practice content review, practice experience sharing

OJT report summarize and output


30 working day

Class Size

Min 3, Max 6

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