EN 301 234 : 2.1.1

Intellectual Property Rights
Foreword
Introduction
1 Scope
2 References
3 Definitions and abbreviations
  3.1 Definitions
  3.2 Abbreviations
4 General description of the MOT protocol
  4.1 Requirements of Multimedia services
  4.2 Problems MOT solves
  4.3 Receiver architecture reference model
5 Structural description
  5.1 Segmentation of MOT entities
  5.2 Transporting MOT segments - network level
  5.3 Transmission Mechanisms
6 MOT header information
  6.1 Header core
  6.2 Header extension
  6.3 List of all MOT parameters in the MOT header extension
7 MOT transport modes
  7.1 MOT header mode
  7.2 MOT directory mode
8 MOT functionality
  8.1 MOT caching support (MOT directory mode only)
  8.2 Transfer of directory structures using MOT
Annex A (normative): Comparing ContentNames
Annex B (informative): User application definitions and MOT
Annex C (informative): Model of an MOT decoder and its interfaces
      C.1 Network level
      C.2 MSC Data group level
      C.3 Segmentation and object level
      C.4 User application level
Annex D (informative): MOT decoding in MOT directory mode (example)
Annex E (informative): Example for evaluation of relative
        expire times (MOT parameters Expiration and
        DefaultExpiration)
Annex F (informative): Managing changes to the MOT data carousel
      F.1 General principle
      F.2 Advanced approach
Annex G (informative): Implementation tips for "Transfer of
        directory structures via MOT" (receiver side)
Annex H (informative): Bibliography
History

Describes a transmission protocol, which allows to broadcast various kinds of data using the Digital Audio Broadcasting (DAB) system. It is tailored to the needs of Multimedia services and the specific constraints given by the broadcasting characteristics of the DAB system. After reception this data can be processed and presented to the user.