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Femtocells: Design & Application
CITATION
Boccuzzi, Joseph and
Ruggiero, Michael
.
Femtocells: Design & Application
.
US
: McGraw-Hill Professional, 2010.
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Femtocells: Design & Application
Authors:
Joseph Boccuzzi
and
Michael Ruggiero
Published:
October 2010
eISBN:
9780071633598 0071633596
|
ISBN:
9780071633581
Open eBook
Book Description
Table of Contents
Contents
Introduction
1 Femtocell Design
1.1 The Femtocell Concept
1.1.1 Market Overview and Direction
1.1.2 Insights into the Cellular Roadmap
1.2 Femtocell System Benefits
1.2.1 Typical Deployment
1.2.2 Advantages to the Femtocell User
1.2.3 Advantages to the Network Provider
1.3 Handset Impact
1.3.1 Complexity Discussion
1.3.2 Dual-Mode Designs (WLAN + Cellular)
1.4 Femtocell Applications
1.4.1 Home Usage Models (Femtocell Architecture Overview)
1.4.2 Femtocell Protocol Overview
References
2 3G and LTE Radio Access Technologies
2.1 WCDMA Overview
2.1.1 Frequency Bands
2.1.2 Network Architecture
2.1.3 HSPA Overview
2.1.4 HSPA Evolution
2.1.5 Long-Term Evolution (LTE) Overview
References
3 Femtocell System Analysis
3.1 Deployment Scenarios
3.1.1 Handoff Discussion
3.2 Path Loss Models
3.2.1 Path Loss Model #1
3.2.2 Path Loss Model #2
3.2.3 Path Loss Model #3
3.2.4 Path Loss Model #4
3.2.5 Path Loss Model #5
3.2.6 Path Loss Comparison
3.3 Link Budget
3.4 Example Capacity
3.5 3GPP RF Specifications
3.5.1 Base Station Classes
3.5.2 Frequency Bands
3.5.3 Base Station Output Power
3.5.4 Frequency Error
3.5.5 Home Base Station Output Power for Adjacent Channel Protection
3.5.6 Reference Sensitivity Level
3.6 Implementation Issues
References
4 Femtocell Architectures
4.1 Femtocell Reference Interfaces
4.2 IMS Femtocell Architecture
4.2.1 CDMA2000 Femtocells
4.3 UMTS Femtocell Architecture
4.3.1 UMTS Femtocell Signaling Protocols
4.3.2 UMTS Femtocell Media Protocols
4.3.3 UMTS Femtocell Device Responsibilities
4.3.4 HNB Registration
4.3.5 User Endpoint Registration
4.3.6 User Endpoint Call Origination over Iu-h
4.4 LTE Femtocell Architecture
4.5 Self-Organizing Femtocell Networks
4.6 Femtozones
References
5 VoIP Fundamentals
5.1 Why VoIP
5.2 VoIP Signaling Protocols
5.2.1 VoIP Termination-Based Signaling Protocols
5.2.2 VoIP Session-Based Protocols
5.2.3 H.323
5.2.4 SIP Introduced
5.2.5 SIP Details
5.2.6 Session Description Protocol (SDP)
5.2.7 SIP Offer/Answer Model
References
6 Media Protocols over IP
6.1 Voice Codecs
6.1.1 PCM (Pulse Code Modulation)
6.1.2 G.711 A-Law and μ-Law Companding
6.1.3 AMR (Adaptive Multirate Compression)
6.1.4 AMR-WB (Adaptive Multirate Compression Wide Band)
6.1.5 G.718
6.1.6 G.721
6.1.7 G.722
6.2 Video Codecs
6.2.1 MPEG
6.2.2 H.261, H.262, H.263
6.2.3 Video Codec Quality
6.3 Text Encoding
6.3.1 Short Message Service
6.3.2 Instant Messaging
6.3.3 MSRP
6.3.4 Text over IP
6.4 Media Transport Protocols
6.4.1 RTP
6.4.2 RTCP
6.4.3 SRTP/SRCTP
References
7 Femtocell Security Solutions
7.1 Femtocell Security Vulnerabilities
7.2 IPsec
7.2.1 Authentication Header (AH)
7.2.2 Encapsulating Security Payload (ESP)
7.2.3 IPsec Associations
7.3 Cryptographic Hash Algorithms
7.4 Air Interface Ciphers
7.4.1 Block Ciphers
7.4.2 Stream Cipher
7.5 Cryptographic Legal Issues
7.6 IKE
7.7 UICC
7.8 Home Device Security
References
8 Quality of Service
8.1 Resource Reservations
8.1.1 Policy Servers
8.2 Integrated Services
8.2.1 RSVP
8.3 DiffServ
8.4 IntServ and DiffServ Compared
8.5 Layer 2 QoS
8.6 CAC
8.7 Traffic Controls
8.8 GPRS QoS
References
9 IMS Network Architecture
9.1 IMS History
9.2 IMS Components
9.2.1 Access Network
9.2.2 IMS Core
9.2.3 Home vs. Visited Network Components
9.3 IMS Interfaces
9.4 IMS Flows
9.4.1 Registration Procedure
9.4.2 Preconditions
9.4.3 IMS Basic Call
9.4.4 Ringing/PRACK/200 OK Exchanged
9.4.5 Sample SIP Register Message
9.4.6 Sample SIP INVITE Message
References
Index