3G/LTE Performance Analysis & Optimization

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3G/LTE Performance Analysis & Optimization

Introduction:

3G/LTE Performance Analysis & Optimization Course Description

Performance statistics and KPI’s are an important subject of study for RAN optimizer, performance analysts, and planners/tuners. This course, part of our 3G/4G interoperability series, will help you acquire an intuitive mastery of the 3G and LTE performance metrics and leverage them to plan, revise, optimize, and troubleshoot 3G/LTE networks. As such, this 3G LTE Performance Analysis and Optimization Training course is a valuable adjunct to the 3G and LTE technology and planning courses.

Customize It:

● If you are familiar with some aspects of this course, we can omit or shorten their discussion.
● We can adjust the emphasis placed on the various topics or build the course around the mix of technologies of interest to you (including technologies other than those included in this outline).
● If your background is nontechnical, we can exclude the more technical topics, include the topics that may be of special interest to you (e.g., as a manager or policy-maker), and present the course in manner understandable to lay audiences.

Related Courses:

3G Fundamentals Training
3G | WCDMA | CDMA2000 Training in Depth

Duration: 5-6 days

Prerequisites:

Those wishing to take this course should be well-versed in UMTS/HSPA and LTE.

Audience / Target Group:

Primarily, engineers involved in RAN planning, performance management, QoS, and optimization. However it may also benefit RAN RF tuners and RNC-LTE optimization teams in Network Management Centers (NMC’s) or Operation Management Centers (OMC’s).

Objectives:

● Define 3G and LTE KPIs
● Trouble shoot 3G and LTE networks using performance counters
● Combine 3G and LTE signaling with statistics and counter performances
● Revise 3G and LTE plans in light of statistics and performance metrics
● Better understand and exploit the 3GPP optional radio features

Course Content:

Day 1 Agenda

3G radio technology overview
3G functionality overview
3G accessibility
3G accessibility KPI’s
Optimizing 3G accessibility
Exercises: WCDMA accessibility log files analysis (using TEMS)
Case studies with real network statistics (using Excel spreadsheets)

Day 2 Agenda

3G retainability
3G retainability KPI’s
Optimizing 3G retainability
3G integrity
3G integrity KPI’s
3G integrity optimization
Exercises: WCDMA retainability/integrity log files analysis (using TEMS)
Case studies with real network statistics (using Excel spreadsheets)

Day 3 Agenda

HSPA radio technology overview (air interface, MAC protocol)
HSPA mobility overview
HSPA performance and KPI’s
HSPA optimization
Exercises: HSPA log files analysis (using TEMS)
Case studies with real network statistics (using Excel spreadsheets)

Day 4 Agenda

LTE radio technology overview
LTE functionality and optional features
LTE accessibility
LTE accessibility KPI’s
LTE accessibility optimization
Exercises: LTE accessibility log files analysis (using TEMS)
Case studies with real network statistics (using Excel spreadsheets)

Day 5 Agenda

LTE retainability
LTE retainability KPI’s
LTE retainability optimization
LTE integrity
LTE integrity KPI’s
LTE integrity optimization
Exercises: LTE retainability/integrity (using TEMS)
Case studies with real network statistics (using Excel spreadsheets)

(Optional) Day 6 Agenda

IMS platform
VoLTE overview
VoLTE optimization
CS-Fallback overview
CS-Fallback optimization

Wrap-up
Course recap and Q/A
Evaluations

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Time Frame: 0-3 Months4-12 Months

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