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Education & Training

Online Course

9 May 2019 - 9:00 am to 4:30 pm EDT

Registration closes on 7 May 2019 at 5:00pm EDT

Online via WebEx

Price

$279 IEEE ComSoc member
$349 IEEE member
$459 non-member

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Course Description

This course provides specialized information related to long term evolution (LTE) radio access network (RAN) optimization from a non-vendor perspective, providing an overview of all the aspects of the radio access network for LTE with respect to performance and optimization.

Conventionally a wireless technology course details and lists the important problems a technology solves, describes solution architecture, how it operates and specific use cases. However, this course is different than a standard technology course. This course focuses on the optimization techniques and areas to target when it comes to 4G LTE Optimization and Performance.

4G LTE is a purely packet switched network technology and it comes with its own set of optimizing challenges such coverage, interference, mobility, capacity and quality. In this course we will address how the above-mentioned performance challenges can be solved in 4G LTE Optimization.

LTE Optimization mainly refers to the pre-optimization and the continuous optimization before and after the network is launched. This course covers RAN aspects of 4G LTE Optimization starting with the six different types of key performance indicators (KPIs) defined in third generation partnership project (3GPP) standard, including topics such as how each one of these KPIs are computed, what parameters and configuration affect these KPIs, and how these KPIs can be optimized. This course also covers the practical aspects of these KPIs and how it will affect the end consumer experience.

Optimization in 4G LTE is different than 2G and 3G technology, therefore conventional optimization techniques are not applicable for 4G LTE, hence a dedicated course for LTE Optimization is more helpful to answer your 4G LTE specific questions.

Course participants will be provided with starting points to consider and to investigate whenever they are faced with a throughput optimization problem in LTE. The instructor provides practical industry wisdom on how to think and apply the knowledge in everyday optimization scenarios.

Who Should Attend

The course is intended for RF engineers, performance engineers, research scientists, PhD students, service and network engineers or anyone looking to learn about LTE RF optimization. The level of instruction for this course is advanced.

The pre-requisites for the course include a firm understanding of the following:

  • LTE Architecture
  • LTE Air Interface in the Downlink LTE Air Interface in the Uplink
  • LTE Configuration and parameters

Instructor

Azar Taufique

Azar Taufique

PhD., Technical Trainer

Learning Objectives

Upon completion of this course participants will be able to:

  • Investigate practically what factors to look for when improving poor throughput in LTE
  • Learn five practical ways to start Optimizing LTE network immediately
  • Understand how to look at LTE architecture strategically from performance and optimization perspective
  • The hierarchical dependence of Key Performance indicators (KPIs) on parameters and performance indicators and how to relate them
  • Understand what statistics are collected in LTE network to monitor its performance

Course Content

The course begins with an introduction to LTE performance management which leads into the anatomy of LTE optimization. In-depth coverage of KPI Analysis for LTE Accessibility, LTE Retainability, LTE Integrity, LTE Mobility, and LTE Utilization are provided as the core of this course’s content. The course concludes with a discussion on LTE System Level Optimization.

Course Agenda

Optimization Overview

  1. E-UTRAN Performance Management solution
  2. Difference between Initial Tuning and Optimization
  3. Types of eNodeB counters are collected and stored
  4. Draw Optimization Flow Chart

Types of LTE RAN KPIs

  1. Accessibility
  2. Retainability
  3. Integrity
  4. Mobility
  5. Availability
  6. Utilization

Anatomy of LTE Optimization

  1. Radio Frame Structure
  2. LTE System and Operation
  3. Key Parameters which influence Network Operation
  4. Parameters, Performance Indicators and Key Performance Indicators

Accessibility KPI

  1. Definition of Accessibility
  2. How Accessibility is Measured
  3. Phases of Accessibility
    1. RRC Accessibility
    2. S1 Accessibility
    3. EPS Bearer Level Accessibility
  4. Pivotal Parameters Affecting Accessibility

Retainability KPI

  1. Definition of Retainability
  2. How Retainability is Measured
  3. Retainability Drops Analysis
  4. Retainability Percentage Analysis
  5. Pivotal Parameters Affecting Accessibility

Mobility KPI

  1. Definition of Mobility
  2. Handover Phases
    1. Preparation Phase
    2. Execution Phase
  3. Mobility Procedures
  4. Events which can affect Mobility
  5. Tuning of Handover Parameters

Integrity KPI Analysis

  1. Definition of Integrity KPIs
  2. How Throughput is calculated
  3. Throughput KPIs
  4. How Delay is Calculated
  5. Delay / Latency KPIs
  6. How Packet Loss is Calculated
  7. Packet Loss KPIs

Availability KPI Analysis

  1. Definition of Availability KPIs
  2. How Availability KPIs are computed
  3. Pivotal Parameters affecting Availability KPIs

Utilization KPI Analysis

  1. Definition of Utilization KPIs
  2. Pivotal parameters affecting Utilization KPIs

System Level Optimization

  1. LTE Network Optimization Frame Work
  2. QoS and Optimization Frame Work
  3. Making sure your Network Remains Optimized
  4. Performance in Idle Mode
  5. Performance in Connected Mode
  6. Performance Measurements

Course Materials

Each registered participant receives a copy of instructor slides and access to the recording of the course for 15 business days after the live lecture. Earn 0.6 IEEE Continuing Education Units for participating.

Course Cancellation and Refund Policy: Requests for online course cancellations must be received 3 business days prior to the course date for a full refund. Once course materials have been shared with a participant, a cancellation request cannot be accommodated.

Contact Us

For general inquiries and technical support, contact Tara Gallus, Certification and Professional Education Manager.

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