TS 103 197 : 1.5.1

Intellectual Property Rights
Foreword
1 Scope
   1.1 Common scrambling algorithm
   1.2 Language
2 References
   2.1 Normative references
   2.2 Informative references
3 Definitions and abbreviations
   3.1 Definitions
   3.2 Abbreviations
4 Architecture
   4.1 System architecture
   4.2 Description of Components
   4.3 Description of interfaces
   4.4 Protocol types
5 ECMG <=> SCS interface
   5.1 Interface principles
   5.2 Parameter_type values
   5.3 Parameter semantics
   5.4 Channel specific Messages
   5.5 Stream specific messages
   5.6 Error status
   5.7 Security in ECMG <=> SCS protocol
6 EMMG <=> MUX and PDG <=> MUX interfaces
   6.1 Transport layer protocols for EMMG/PDG <=> MUX interfaces
   6.2 TCP-based protocol
   6.3 UDP-based protocol
7 Network management
   7.1 SIMF overview
   7.2 Common Information Model (CIM)
   7.3 CAS component monitoring and configuration
8 C(P)SIG <=> (P)SIG interface
   8.1 Overview and Scope
   8.2 Application protocol model
   8.3 Connection-oriented protocol
   8.4 SIMF-based protocol
9 (P)SIG <=> MUX interface
   9.1 Overview
   9.2 Interface principles
   9.3 Parameter_type values
   9.4 Parameter semantics
   9.5 Channel specific Messages
   9.6 Stream specific messages for both models
   9.7 Specific messages for the model with the carousel in
         the MUX
   9.8 Specific messages for the model with the carousel in
         the (P)SIG
   9.9 Error status
10 EIS <=> SCS Interface
   10.1 Overview
   10.2 Interface principles
   10.3 Parameter_type values
   10.4 Parameter Semantics
   10.5 Channel specific messages
   10.6 SCG specific messages
   10.7 Error status
11 ACG <=> EIS Interface
   11.1 Overview
   11.2 Scope
   11.3 Interface Principles
   11.4 Interface Structure
   11.5 Parameter Semantics
   11.6 Parameter Types
   11.7 Parameters Substitution
   11.8 Channel Specific Messages
   11.9 Messages of Access Criteria Creation and Modification
   11.10 Error Status
12 SIMCOMP <=> MUXCONFIG Interface
   12.1 Overview
   12.2 Interface Principles
   12.3 Parameter Semantics
   12.4 Interface Structure
   12.5 Channel Specific Messages
   12.6 Transport Resource Mapping Messages
13 Timing and Play-out Issues
   13.1 Timing issues
   13.2 Delay Start
   13.3 Play-out Issues
   13.4 Crypto-Period Realignment
Annex A (normative): System Layering
      A.1 Introduction
      A.2 Physical Layer
      A.3 Data Link Layer
      A.4 Network Layer
      A.5 Transport Layer
      A.6 Session Layer
      A.7 System Layering Overview/Communications Protocol stack
      A.8 TCP or UDP Connection Establishment
Annex B (informative): SCS Coexistence
      B.1 Introduction
      B.2 Example scenario
Annex C (informative): Control word generation and testing
      C.1 Introduction
      C.2 Background
      C.3 Generation
      C.4 Control word randomness verification testing
      C.5 Testing locations
Annex D (informative): Security Method for the SCS <=> ECMG
        Interface
      D.1 Algorithm Selection
      D.2 Control Word processing
      D.3 Key Management
      D.4 Encryption Function Toggling
Annex E (informative): Summary of Requirements for
        C(P)SIG <=> (P)SIG interface
      E.1 Head-end system requirements
      E.2 CAS's C(P)SIG requirements
Annex F (informative): C(P)SIG <=> (P)SIG Connection-oriented
        Configuration Example
      F.1 Head-end processes and configuration data
      F.2 CAS processes and configuration data
      F.3 Channels and configuration data
      F.4 Streams and configuration data
Annex G (informative): Transition Timing for EIS <=> SCS
Annex H (normative): Crypto-period duration management by the SCS
      H.1 Nominal_CP_duration in ECMG <=> SCS protocol
      H.2 Management of the recommended_CP_duration value
Annex I (normative): Standard compliance
      I.1 Overview
      I.2 General compliance scheme for connection-based protocols
      I.3 Functional difference between V2 and V3 in
          ECMG <=> SCS protocol
      I.4 Functional differences between V2 and V3 in
          EMMG <=> PDG protocol
      I.5 Functional differences between V2 and V3 in
          C(P)SIG <=> (P)SIG protocol
      I.6 SIMF
      I.7 Functional differences between V3 and V4 in
          EIS <=> SCS protocol
      I.8 Functional differences between V3 and V4 in
          (P)SIG <=> MUX protocol
      I.9 Functional differences between V4 and V5 in ECMG <=> SCS
          and EMMG <=> MUX protocols
Annex J (informative): Use of DVB ASI for the PSIG <=> MUX
        interface
Annex K (normative): ASN.1 MIBs description
      K.1 SIM MIB
      K.2 SEM MIB
      K.3 SLM MIB
Annex L (normative): SIMCOMP <=> MUXCONFIG XML Schema Definition
Annex M (normative): ACG <=> EIS XML Schema Definition
Annex N (normative): ECMG <=> SCS and EMMG <=> MUX interfaces
        adaptations for use with IP Datacasting over DVB-H
      N.1 Introduction
      N.2 CP_CW_combination parameter in ECMG <=> SCS
      N.3 Section_TSpkt_flag parameter in ECMG <=> SCS
      N.4 Section_TSpkt_flag parameter in EMMG <=> MUX
      N.5 IPsec Traffic Authentication Key Derivation
Annex O (informative): Bibliography
History

Describes the system architecture, timing relationships, messaging structures, extended interoperability and control.