Indoor Coverage Planning (WC Course)

[primig]

2013

http://www.4shared.com/rar/54TJApGQba/2G24GDAS.html





The planning process
Initial planning and site survey
Traffic dimensioning for GSM UMTS and LTE
Indoor propagation considerations
Calculating indoor coverage
Equipment for measuring indoor coverage
Methods for providing indoor coverage
Passive DAS
Active DAS
Indoor antennas
Link budget calculations for GSM UMTS and LTE
Handover and cell reselection parameters for GSM UMTS and LTE
MIMO configurations
Coverage in elevators and trains

[redendo]

Very good learning stuff, keep sharing more docs from WC mainly for drive test and optimization technics.

Thanks

[primig]

Difficult to find data from them on drive test and optimization.
Here is their GSM Indoor Coverage Solutions (On Site) course given 2004.

Section 1 Initial Planning
Lesson 1 Introduction to the Planning Loop

Section 2 Traffic
Lesson 1 Traffic Principles and Channel Dimensioning

Section 3 Indoor Propagation
Lesson 1 The Indoor Environment

Section 4 Planning
Lesson 1 Planning with Propagation Models

Section 5 Antenna Systems

Lesson 1 Antennas for Indoor Systems
Lesson 2 Sources of RF for Indoor Coverage
Lesson 3 An Introduction to Distributed Systems
Lesson 4 Distributed Antennas using Coax
Lesson 5 Fibre Optic Distribution Systems
Lesson 6 Wireless Distribution Systems
Lesson 7 Leaky Feeder Systems

[primig]

A report on indoor radio planning prepared for the UK Spectrum Regulation AUthority

Options for Improving In-Building Mobile Coverage + Appendices
Issued to: Ofcom
Issue date: 18 April 2013
Version: 1.2




Contents
1. Executive Summary 4
1.1 Indoor mobile service levels are of increasing importance to consumers
1.2 Outside-in solutions are hassle free for the consumer but do not work for all
1.3 The most appropriate dedicated in-building solution to indoor mobile service issues is complicated by the range of buildings and users to be covered
1.4 Common concern areas found by this study and recommendations to Ofcom

2. Introduction

2.1 Indoor not-spots are an increasingly important issue for consumers
2.2 Indoor coverage could worsen if not planned for appropriately
2.3 Many solutions to indoor not-spots leads to confusion on the most appropriate solution
2.4 Ofcom want to understand the range of technical options for addressing indoor not-spots and the merits of each
2.5 Structure of this report
2.6 Stakeholder engagement as part of this study
3. Indoor service is of increasing importance to consumers but cellular service from macrocells alone falls short
3.1 Why indoor service matters to consumers
3.2 Current cellular service levels from macrocells and factors impacting in- building service
3.2.1 The baseline service level from the existing macrocellular network and factors impacting this over time
3.2.2 Our analysis of likely future indoor coverage trends
3.3 The challenges of providing in-building services for operators
3.4 How big is the indoor “not-spots” problem?
3.4.1 Industry sources on size of the in-building coverage problem
3.4.2 Our quantitative analysis of the potential size of the in-building problem
3.4.3 There is huge variation in the scale, occupancy and impact of in-building solutions depending on the buildings targeted
4. How do consumers get the level of indoor wireless service that they want?
4.1 What do “indoor users” want today?
4.2 Outside-in solutions are hassle free for the consumer but do not work for all
4.2.1 Outside-in solutions will continue to be a an important means of providing indoor service
4.2.2 Outside in solutions do not solve all in-building service issues
4.3 Dedicated in-building solutions must be carefully selected depending on what the consumer needs and building type
4.4 Ofcom could help consumers navigate this choice of in-building solutions
4.5 Common concern areas with in-building solutions for Ofcom to monitor
5. Outside in solutions are significant but not the complete solution
5.1 Good in-building coverage levels are delivered by today’s cellular networks and are operators’ preferred method for service delivery
5.2 Enhancements in outside in solutions will improve service levels
5.2.1 Macrocell enhancements
5.2.2 Outdoor small cells
5.3 Outside-in solutions will improve indoor service levels but do not solve all indoor scenarios
6. Dedicated in-building solutions must fit the deployment and consumer needs
6.1 The range of dedicated in-buildingsolutions
6.2 Self-provided Wi-Fi
6.2.1 Consumer proposition
6.2.2 Assessment against Ofcom’s criteria
6.3 Carrier Wi-Fi.
6.3.1 Consumer proposition
6.3.2 Assessment against Ofcom’s criteria
6.4 UMA/GAN.
6.4.1 Consumer proposition
6.4.2 Assessment against Ofcom’s criteria
6.5 Repeaters.
6.5.1 Consumer proposition
6.5.2 Assessment against Ofcom’s criteria
6.6 Femtocells
6.6.1 Consumer proposition
6.6.2 Assessment against Ofcom’s criteria
6.7 Picocells
6.7.1 Consumer proposition
6.7.2 Assessment against Ofcom’s criteria
6.8 Distributed antenna systems
6.8.1 Consumer proposition
6.8.2 Assessment against Ofcom’s criteria
6.9 Assessment of dedicated in-building solutions to user and building types
7. Potential regulatory and policy implications.
7.1 The consumer needs assistance to navigate the choice of in-buildingsolutions
7.2 Spectrum is not a fundamental barrier to in-building technologies being deployed but could help accelerate adoption of some solutions
7.3 Ofcom could consider providing updates on in-building coverage levels in their market reports
7.4 Ofcom should monitor appropriate openness of solutions to ensure that consumers have a choice of suppliers for their preferred in-building solution
7.5 Ofcom could assist in forming best practice implementation guidelines on security in in-building solutions and raising consumer awareness of their role in this
7.6 Ofcom should analyse the FCC position on repeaters and consider why this does not fit the UK market

References