MBMS:A-Z from Inacon

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Please find re-uploaded the ebook MBMS: A to Z from Inacon

Table of Contents
Overview of Broadcasting Technologies
1.1. Important Broadcast Technologies
1.1.1 What is Broadcast and Multicast and how does it work?
1.1.2 Important Broadcast Technologies
1.1.2.1 Satellite Broadcast
1.1.2.2 Terrestrial Broadcast
1.1.2.3 Cellular Broadcast
1.2. The DVB Alternative to MBMS
1.2.1 DVB Standards and System Overview
1.2.2 DVB Architecture
1.2.3 Important DVB-H Features of the Physical Layer
1.2.4 Important DVB-H Features of the Link Layer
1.2.4.1 Multi Protocol Encapsulation (MPE)
1.2.4.2 MPE Example
1.2.4.3 DVB-H Time Slicing
1.2.4.4 DVB-H Handover
1.2.5 MPEG-2 Multi Program Transport Streams
1.2.5.1 Practical Exercise:
1.2.6 IPDC over DVB-H
1.3. MBMS Overview
1.3.1 Some MBMS Use Cases and Service Categories
1.3.2 Comparison of MBMS and DVB-H Protocol Structures
1.3.3 Frequency Bands Overview – Example: European Situation
1.4. Comparison between MBMS and other technologies
MBMS Architecture and Operation
2.1. The MBMS Architecture
2.1.1 Overview of the Reference Model
2.1.2 MBMS Service Distribution
2.2. Network entities to support MBMS
2.2.1 The Broadcast-Multicast Service Center (BM-SC)
2.2.1.1 Service Announcement and Discovery
2.2.1.2 MBMS Content Delivery
2.2.1.3 Key Management and Distribution
2.2.2 Protocols at the Gmb Interface
2.2.3 MBMS Specific Requirements on the UE
2.2.4 MBMS Specific Requirements on GERAN / UTRAN
2.2.5 MBMS Specific Requirements on SGSN
2.2.6 MBMS Specific Requirements on GGSN
2.3. MBMS Service Phases
2.3.1 MBMS Service Areas
2.3.2 Overview of Broadcast Mode Service Phases
2.3.2.1 Broadcast Service Timeline Example
2.3.3 Overview of Multicast Mode Service Phases
2.3.3.1 Multicast Service Timeline Example Exercise
2.4 MBMS Operation Details
2.4.1 MBMS Multicast Service Activation
2.4.2 MBMS Context Activation
2.4.3 Important MBMS parameters and attributes
2.4.3.1 Use of MBMS UE and Bearer Contexts
2.4.3.2 Detailed View of MBMS Contexts at the Network Nodes
2.4.3.3 Relation between NSAPI and Linked NSAPI
2.4.3.4 TMGI Format and Use
2.4.3.5 MBMS QoS
2.4.4 MBMS Session Start
2.4.5 MBMS Session Stop
2.5. Comparison of Broadcast and Multicast
MBMS in the Radio Access Network
3.1 Changes to the GERAN protocol stack with Rel. 6
3.1.1 New BSSGP Messages for MBMS
3.2 GERAN Channels used by MBMS
3.3 Changes to the UTRAN protocol stack
3.3.1 MBMS Packet Switched Control Plane
3.3.2 MBMS Packet Switched User Plane
3.4 UTRAN Protocol Details
3.4.1 New RRC Messages for MBMS
3.4.2 New NBAP Messages for MBMS
3.4.3 New RANAP Messages for MBMS
3.4.4 New RNSAP Messages for MBMS
3.5 Overview of New Logical Channels in UMTS Rel. 6
3.5.1 An Overview of channels in UMTS
3.5.2 Logical UMTS Channels used by MBMS
3.5.3 UMTS Transport Channels used by MBMS
3.5.4 Physical UMTS channels (FDD) used by MBMS
3.6 Details of New UMTS Channels with MBMS
3.6.1 New Logical and Physical MBMS Channels – UE Perspective
3.6.2 Mapping of MBMS Channels to TrCH’s and Physical Channels – UE Perspective
3.7 MBMS Details of the Physical Layer
3.7.1 The MBMS Indicator Channel (MICH)
3.7.2 MICH Timing Relation with S-CCPCH
3.8 MAC Layer Enhancements for MBMS
3.8.1 UTRAN MAC Architecture Overview for MBMS Support
3.8.2 The MAC-m Entity Additions
3.8.3 Overview of FACH Channel Configurations Supported by MBMS
3.8.4 Mapping of a 128 Kb/s MBMS Bearer to the Physical Layer
3.8.4.1 Exercise: Mapping of 256 Kb/s and 384 Kb/s MBMS Bearer to the Physical Layer
3.9 MBMS Reception and UE capability requirements
3.9.1 Minimum UE Capability Requirements for MBMS
3.9.2 Bearer Setup Initiation
3.9.2.1 GERAN Case
3.9.2.2 Bearer Setup Initiation (UTRAN)
3.9.3 MBMS Reception in RRC_Idle Mode
3.9.4 Selective and Soft Combining
3.9.4.1 Selective Combining at the Receiving UE
3.9.4.2 Soft Combining at the receiving UE
3.9.4.3 Example: Combining Improvements
3.9.4.4 Exercise: Calculate the Soft Combined Value
3.9.5 MBMS Reception in RRC_Connected Mode
3.9.5.1 Reception in CELL_DCH Mode
3.9.5.2 Reception in CELL_FACH or CELL_PCH Mode
3.9.5.3 Reception in URA_PCH Mode
3.10 MBMS Resource Management
3.10.1 MBMS Notification
3.10.1.1 MBMS Notification and Scheduling
3.10.1.2 Notification in A /Gb mode (GERAN)
3.10.1.3 Notification in Iu mode (UTRAN / GERAN)
3.10.2 Multicast Subscriber Counting
3.10.2.1 Notification, Scheduling and Counting Response
3.10.2.2 Access Control procedure
3.10.3 MBMS Service Prioritisation
3.11. MBMS Mobility
3.11.1 RRC_IDLE state
3.11.2 MBMS Mobility Action in RRC connected mode
3.11.2.1 URA_PCH state
3.11.2.2 CELL_PCH state
3.11.2.3 CELL_FACH state
3.11.2.4 CELL_DCH state
3.11.3 MBMS Mobility Procedures
3.11.3.1 MBMS Linking and De-Linking
3.11.3.2 MBMS Inter SGSN Routing Area Update
MBMS User Services
4.1 User Service Architecture
4.1.1 PTM part with MBMS Bearer(s)
4.1.2 Part with PTP Bearer
4.1.3 User Service Data Formats
4.2 Details of the FLUTE protocol and usage in MBMS
4.2.1 Operational Overview of FLUTE
4.2.2 Service Distribution with FLUTE
4.2.3 Segmentation of Data with FLUTE
4.3 Supported MBMS Media Formats and Codecs
4.4 MBMS Security
4.4.1 User Authentication and Authorization
4.4.2 MBMS Key Management
4.4.3 Security Protocols


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