BS ISO/IEC 13818-6:1998

0 INTRODUCTION
    0.1 Guiding Factors in the Formulation of DSM-CC
    0.2 DSM-CC Client-Network-Server Model
    0.3 Outline of the DSM-CC Specification
    0.4 Supported Network Technologies
    0.5 Supported Connection Types
    0.6 DSM-CC Interfaces
    0.7 DSM-CC Interface Protocols
    0.8 Communications Requirements
    0.9 Methods of Specification
1 GENERAL
    1.1 Scope
    1.2 Profiles and Compliance
    1.3 Definitions
    1.4 Acronyms
    1.5 Normative References
2 DSM-CC MESSAGE HEADER
    2.1 DSM-CC Adaptation Header Format
3 USER-TO-NETWORK CONFIGURATION MESSAGES
    3.1 Overview and the General Message Format
    3.2 User-to-Network Configuration parameters
    3.3 User to Network Configuration Messages
    3.4 User-to-Network Configuration Message Field
          Data Types
    3.5 User Initiated UNConfigRequest message Sequence
    3.6 Network Initiate UNConfigIndication message
          Sequence
    3.7 Broadcasting of UNConfigIndication messages
    3.8 Mixed User/Network Initiated Configuration
          Sequences
    3.9 User-to-Network Configuration Reason Codes
    3.10 User-to-Network Configuration Response Codes
4 USER-TO-NETWORK SESSION MESSAGES
    4.1 Overview and the General Message Format
    4.2 Session Messages
    4.3 User-to-Network Session Message Field Data Types
    4.4 Reason Codes
    4.5 Response Codes
    4.6 MPEG-2 DSM-CC statusTypes
    4.7 Resource Descriptors
    4.8 Client Initiated Command Sequences
    4.9 Server Initiated Command Sequences
    4.10 Network Initiated Command Sequences
    4.11 Reset Procedures
5 USER-TO-USER INTERFACES
    5.1 Introduction
    5.2 The User-to-User System Environment
    5.3 Overview of the Interface Definition Language (IDL)
    5.4 Common definitions
    5.5 Application Portability Interfaces (API)
    5.6 Service Interoperability Interfaces (SII)
    5.7 Application Boot Process
6 USER COMPATIBILITY
    6.1 Compatibility Descriptors
7 USER-TO-NETWORK DOWNLOAD
    7.1 Overview
    7.2 Download Message Set
    7.3 Message Descriptions
    7.4 Message Sequence for Flow-Controlled Download
          Scenario
    7.5 Message Sequence for Data Carousel Scenario
    7.6 Message Sequence for Non-Flow-Controlled
          Download scenario
    7.7 Protocol State Machines for flow-controlled
          download scenario
    7.8 Partial Protocol State Machines for non-flow-
          controlled download scenario
8 STREAM DESCRIPTORS
    8.1 Normal Play Time
    8.2 Stream Mode Descriptor
    8.3 Steam Event Descriptor
9 TRANSPORT
    9.1 DSM-CC Requirements on Lower-Level Network
          Transport Protocol
    9.2 Encapsulation within MPEG-2 Transport Streams
    9.3 Encapsulation within MPEG-2 Program Streams
10 U-N SWITCHED DIGITAL BROADCAST -- CHANNEL CHANGE
    PROTOCOL
    10.1 Overview
    10.2 Switched Digital Broadcast Channel Change
          Protocol Messages
    10.3 SDB Channel Change Protocol Command Scenarios
    10.4 SDB Reason and Response Codes
    10.5 SDB State Machine
11 U-U OBJECT CAROUSEL
    11.1 Introduction
    11.2 Concepts
    11.3 Broadcast Inter ORB Protocol
    11.4 MPEG-2 Descriptors
12 USER-TO-NETWORK PASS-THRU MESSAGES
    12.1 Overview and the General Message Format
    12.2 Pass-Thru Messages
    12.3 User-to-Network Pass-Thru Message Field Data Types
    12.4 Pass-Thru Message Scenario
    12.5 Pass-Thru Receipt Message Scenario
    12.6 Pass-Thru Response Codes
    12.7 Pass-Thru Type Codes
    12.8 State Machine
ANNEX A (NORMATIVE) USER-NETWORK PROTOCOL STATE MACHINES
    A.1 Introduction
    A.2 U-N Session
    A.3 U-N download - Flow Controlled Scenario
    A.4 U-N Switched Digital Broadcast Channel Change
          Protocol
    A.5 U-N Pass-Thru
ANNEX B (INFORMATIVE) APPLICATION EXAMPLES
    B.1 Introduction
    B.2 Video Stream Play
    B.3 Building a Directory Hierarchy
    B.4 Movie information Database
    B.5 View as a Personalized Directory
ANNEX C (INFORMATIVE) ONC RPC XDR MAPPINGS
    C.1 Overview
    C.2 General RPC Message Formats
    C.3 CORBA IDL C to XDR Mapping
    C.4 DSM-CC ONC Protocol profile for the Interoperable
          Object Reference
    C.5 Exceptions
    C.6 Request and Reply Header Structures
    C.7 DSM-CC RPC Program Numbers
ANNEX D (INFORMATIVE) USING DSM-CC U-N SESSION MESSAGES
WITH ATM
    D.1 Methods of using DSM-CC over ATM
    D.2 Association of DSM-CC connection resources to
          ATM SVCs
    D.3 Session Method Command Sequences
    D.4 Network Method with DSM-CC AddResource messages
          between the Server and SRM
    D.5 Network method with NO DSM-CC AddResource
          messages between the Server and SRM
    D.6 Integrated Method Command Sequences
    D.7 References
ANNEX E (INFORMATIVE) UNO INTER-OPERABLE RPC PROTOCOL STACK
    E.1 Abstract
    E.2 Motivation
    E.3 Solution Space
    E.4 Inter-operation Framework
    E.5 Protocol Selection
    E.6 Common Data Representation
    E.7 UNO Session Protocol
    E.8 Transport and Network Semantics
ANNEX F (INFORMATIVE) USE OF U-U OBJECT CAROUSEL
    F.1 Introduction
    F.2 Purpose of U-U Object Carousels
    F.3 IDL structures
    F.4 Support for New Object Representations
    F.5 How to resolve an object from its IOR
    F.6 Service Gateway and Download support
    F.7 U-U Object Carousels on top of MPEG-2 TS
          Broadcast networks
ANNEX G (INFORMATIVE) SHARED RESOURCES AND THE ASSOCIATION
TAG
    G.1 Introduction
    G.2 Use of the Association Tag
    G.3 Use of the SharedResource Descriptor
    G.4 Use of the SharedRequest Descriptor
    G.5 Common Examples of Use
ANNEX H (INFORMATIVE) SWITCHED DIGITAL BROADCAST SERVICE
    H.1 Introduction
    H.2 Switched Digital Broadcast Service
    H.3 Functional Flows
ANNEX I (INFORMATIVE) EXAMPLE U-N LIFE CYCLE WALK THROUGH
    I.1 Introduction
    I.2 General Flow
    I.3 U-N-Configuration
    I.4 U-N Session Setup
    I.5 U-N Download
ANNEX J (INFORMATIVE) EXAMPLE OF AN OSI NSAP ADDRESS FORMAT
    J.1 Purpose
    J.2 Introduction
    J.3 E.164 NSAP
ANNEX K (INFORMATIVE) STREAM PLAYLIST
    K.1 Overview
    K.2 DSM Ostream next
ANNEX L (INFORMATIVE) SERVICE TRANSFER MESSAGE FLOWS
    L.1 Introduction
    L.2 Basic application level Service Transfer
    L.3 Enhanced application level Service Transfer
ANNEX M (INFORMATIVE) T.120 INTER-WORKING
    M.1 Introduction
    M.2 Reference Model for side-by-side integrated
          DSM-CC/T.120
    M.3 Features, Functions and Services of the DSM-CC
          and the T.120 specifications
    M.4 DSM-CC and T.120 Components Harmonized
    M.5 Specifics for inter-operation between DSM-CC and
          T.120
    M.6 T.120 service within DSM-CC
ANNEX N (INFORMATIVE) THE RELATION OF DSM-CC ATO MHEG-5
    N.1 Overview
    N.2 Name Space
    N.3 Stream Events and Normal Play Time
    N.4 Example of DSM-CC file structure for an application
    N.5 Example of Mapping High-Level API Actions on
          DSM-CC U-U Primitives

Gives the general capability to browse, select, download and control a variety of bit stream types. Also gives a mechanism for management of network and application resources through the concept of a Session, an associated collection of resources needed to deliver a service. Complements a "Service Domain", a collection of interfaces to browse and select services and control the delivery of bit streams.