Contents

About the Authors

Introduction

image Chapter 1: Network Planning

Dimensioning Phase

Configuration for the Site

User and Traffic Volume Estimation

Coverage and Capacity Estimation

Planning and Implementation Phase

Optimization Phase

Coverage Planning

Capacity Planning

Improve Capacity for a Particular Service Area

Radio Link Budget for LTE

LTE Band

Bandwidth Options

TDD vs FDD

MIMO

UE Capabilities

Cell Sizes: Femto vs Micro vs Macro

LTE Performance Testing

Key Performance Indicator Verification

Traffic Model Testing

Dense Urban Model

Urban Small Office Model

Urban Residential Area Model

Highway Model

Rural Large Cell Model

Overload and Capacity Testing

Control Plane Overload and Capacity Testing:

User Plane Overload and Capacity Testing

Long Duration Testing

Summary

image Chapter 2: Self-Organizing Networks in LTE Deployment

Introduction to Self-organizing Networks

SON Architecture

Centralized SON

Distributed SON

Hybrid SON

SON Features

Self-planning Features

Self-optimization Features

Self-healing Features

Automatic Neighbor Relation

Commissioned Neighbor Cell Configurations

Automatic Neighbor Relation Updates

SON and Self-Optimization Motivation of Intercell Interference Coordination

Principle of ICIC and Frequency Reuse

RACH Optimization

Mobility Robustness Optimization

Load Balancing

SON and Self-healing

Cell Outage Detection

Cell Outage Compensation

Benefit of Cell Outage Compensation

Summary

image Chapter 3: Deployment Challenges in Evolving 4G

Technology-Related Challenges

Interference Issues

Spectrum Harmonization

Voice Over LTE Implementation

Multivendor Interoperability

Issues Related to Backhaul

Environment Issues

UE Maturity

Feature Availability

Standardization Delays

Patent Costs

Business Challenges

Investment Issues

Average Revenue per User and Return on Investment Periods

The Changing Marketplace

A Survey of LTE Deployments Around the World

South Korea

Japan

Australia

United States

Traffic Profiles and Other Evolution Challenges

Recent Trends in Telecom Customer Profiles Evolution

Future Traffic Profiles and Trends

The Internet of Things

4G and the Internet of Things

Summary

image Chapter 4: Network Roadmaps

What Is a Technology Roadmap?

Understand Need for a Roadmap

Formulation of a Technology Roadmap

What Is a Network Roadmap?

Network Options

Deployment Options

Usage Models

What Influences Network Roadmap Planning?

Key Stakeholders for Roadmap Inputs

Known Factors

Disruptive (Risk) Factors

Summary

image Chapter 5: Network Roadmap Evolution

Planned Evolution

Network Resilience

Reactive Evolution to Sudden Changes

A Generic Template

A Specific Example

Anticipation of Changes in Industry

The Decline of BlackBerry

Future Goals and Services from a Business or Organization Perspective

Organizational Factors

Response Team in Place

Business Continuity Planning

Cultural Encouragement to Embrace Futuristic and Even Fantastic Scenarios

Roadmap Mutability

Roadmap Agility

Summary

image Chapter 6: A Process for Network Roadmap Evolution

Aspects of Network Roadmap Management

Roadmap Development Cycle

Roadmap Execution: Programs, Projects, and Portfolios

Factors Affecting Roadmap Development

Project Management Processes

Develop Roadmap Management Plan

Develop Roadmap Management Plan: Tools and Techniques

Define Roadmap

Execute Roadmap

Perform Roadmap Review

Perform Roadmap Change Control

Plan Resilience Management

Define Service Levels

Perform Challenge KPI Impact Analysis

Define Resilience Strategy

Perform Network Resilience Review

Plan Operability Management

Summary

Index

..................Content has been hidden....................

You can't read the all page of ebook, please click here login for view all page.
Reset
18.220.253.4