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BRAZILIAN STANDARD

ABNT NBR

15603-1

First edition2007.11.30Valid from2007.12.01 Corrected version

2008.08.22

Digital terrestrial television – Multiplexing and service information (SI)

Part 1: SI for digital broadcasting systems

Descriptors: Digital terrestrial television. Multiplexing. Service information. Program specific information.

ICS 33.160.01

ISBN 978-85-07-00610-7

Reference number ABNT NBR 15603-1:2007

41 pages

ABNT NBR 15603-1:2007

All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying and microfilm, without permission in writing from either ABNT.

ABNT office

Av.Treze de Maio, 13 - 28º andar 20031-901 - Rio de Janeiro - RJ Tel.: + 55 21 3974-2300 Fax: + 55 21 2220-1762 abnt@abnt.org.br www.abnt.org.br

Published in Brazil

ABNT NBR 15603-1:2007

Contents Page

Foreword.....................................................................................................................................................................iv Introduction.................................................................................................................................................................v 1 Scope..............................................................................................................................................................1 2 Normative references....................................................................................................................................1 3 Terms and definitions...................................................................................................................................1 4 Abbreviations.................................................................................................................................................2 5 Types of service information........................................................................................................................3 5.1 Types of tables...............................................................................................................................................3 5.2 Types of descriptors.....................................................................................................................................5 6 Transmission of service information...........................................................................................................8 6.1 PID used for tables transmission.................................................................................................................8 6.2 Table identifiers and standard transmissions..........................................................................................10 6.3 Identifier of descriptor.................................................................................................................................11 7 Data structure of service information........................................................................................................13 7.1 Data structure of tables...............................................................................................................................13 7.2 Data construction of descriptors...............................................................................................................21 Bibliography..............................................................................................................................................................41

iii

ABNT NBR 15603-1:2007

Foreword

Associação Brasileira de Normas Técnicas (ABNT) is the Brazilian Standardization Forum. Brazilian Standards, which content is responsability of the Brazilian Committees (Comitês Brasileiros – ABNT/CB), Sectorial Standardization Bodies (Organismos de Normalização Setorial – ABNT/ONS), and Special Studies Committees (Comissões de Estudo Especiais – ABNT/CEE), are prepared by Study Committees (Comissões de Estudo – CE), made up of representants from the sectors involved including: producers, consumers and neutral entities (universities, laboratories, and others).

Brazilian Standards are drafted in accordance with the rules given in the ABNT Directives (Diretivas), Part 2. Attention is drawn to the possibility that some of the elements of this document may be the subject of patent rights. ABNT shall not be held responsible for identifying any or all such patent rights.

ABNT NBR 15603-1 was prepared within the purview of the Special Studies Committees of Digital Television (ABNT/CEE-00:001.85). The Draft Standard was circulated for National Consultation in accordance with ABNT Notice (Edital) nº 07.2007, from June 29, 2007 to August 28, 2007, with the number Draft 00:001.85-003/1. Should any doubts arise regarding the interpretation of the English version, the provisions in the original text in Portuguese shall prevail at all time.

This Standard is based on Brazilian Terrestrial Digital television system in accordance with Presidential Decree nº 5.820, from 29.06.2006.

ABNT NBR 15603 consists of the following parts, under the general title “Digital terrestrial television – Multiplexing and service information”:

⎯ Part 1: SI for digital broadcasting systems;

⎯ Part 2: Data structure and definitions of basic information of SI; ⎯ Part 3: Syntaxes and definitions of extension information of SI.

This English version is equivalent to the corrected version 2 of ABNT NBR 15603-1:2007, from 2008.08.22. This corrected version of ABNT NBR 15603-1:2007 includes the Technical Corrigendum 1 from 2008.08.22.

ABNT NBR 15603-1:2008

Introduction

The SI tables are composed by a group of tables hierarchically associated which compose the MPEG-2/PSI tables. Within the data transmitted by the SI tables, it is possible, by using a digital terrestrial television receiver, the selection of channels and events. The required data for the receiver to automatically configure the existing services for its presentation are, in its majority, specified in ISO/IEC 13818-1 as PSI tables, or program specific information tables.

This part of ABNT NBR 15603 presents in details the required data to present information for the user. The form which the presentation of these data is presented is not part of this document scope. This way, the manufacturers can develop their own appropriated methods of presentation.

The electronic program guideline (EPG) is one example of expected functionalities in the terrestrial digital television transmissions.

The definition of an EPG is not subject of this standard. However, the specified data can be used as base for the creation of the electronic program guide.

BRAZILIAN STANDARD

ABNT NBR 15603-1:2007

Digital terrestrial television – Multiplexing and service information (SI) Part 1: SI for digital broadcasting systems

1 Scope

This part of ABNT NBR 15603 specifies the tables of service information; know as SI tables, for the broadcasting signals that are part of data transmission in Brazilian terrestrial digital television system (SBTV).

2 Normative references

The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies.

ABNT NBR 15603-2, Digital terrestrial television – Multiplexing and service information – Part 2: Data structure and definition of basic information of SI

ISO/IEC 13818-1, Information technology – Generic coding of moving pictures and associated audio information: Systems

ISO/IEC 13818-6, Information technology – Generic coding of moving pictures and associated audio information – Part 6: Extensions for DSM-CC

ISO/IEC 14496-10, Information technology – Coding of audio-visual objects - Part 10: Advanced Video Coding ITU Recommendation H.222.0, Information technology – Generic coding of moving pictures and associated audio information: Systems

ITU Recommendation H.2, Advanced video coding for generic audiovisual ARIB STD-B10, Service information for digital broadcasting system

3 Terms and definitions

For the purposes of this part of ABNT NBR 15603, the following terms and definitions apply.

3.1

full-seg receiver

devices which decode entirely audio, video, data and other type of information contained in the 13-segment transport stream layer designated to fix (indoor) and mobile

NOTE The full-seg may be applied to digital converters, also known by set top box and the 13-segment integrated with exhibition screen, but not exclusive ti these. This type of receiver may be able to receive and decode high definition terrestrial digital television signal and by option of the manufacturer, also receive and decode information conveyed through layer “A” of transport stream, applied for the directed services to portable receivers, here defined as “one-seg”.

ABNT NBR 15603-1:2008

3.2

one-seg receiver

devices which decode entirely audio, video, data and other type of information contained in layer A located on the central segment of the 13 segments

NOTE The one-seg classification may be designated to portable receivers, also known by handheld, specially recommended for small size exhibition screens usually size to 7 inch . Between the products classified as one-seg are, but not limited to these, the mobile phones with receiver integrated, PDA, dongle, and portable receivers, which are supplied by a internal battery and, hence without necessarily demand a external energy source, such as the ones for cars. This kind of receivers shall be able to receive and decode only terrestrial digital television signals transported on layer “A” of transport stream, and, hence only basic profile signal designated to portable reception devices.

4 Abbreviations

For the purposes of this part of ABNT NBR 15603, the following abbreviations apply.

CRC Cyclic Redundancy Check TS Transport Stream PMT Program Map Table PAT Program Association Table CAT Conditional Access Table NIT Network Information Table ECM Entitlement Control Message EMM Entitlement Management Message

DSM-CC Digital Storage Media Command and Control PID Packet Identifier

PCR Program Clock Reference

MHEG

Multimedia Hypermedia Expert Group

SDT Service Descriptor Table TDT Time and Data Table

ABNT NBR 15603-1:2008

5 Types of service information

5.1 Types of tables

The PSI table contains information to allow the receiver to be configured automatically in order to demultiplex and decode the various programs existents in a multiplexed signal (see Tables 1 to 4). The description of what tables are mandatory is specified in ABNT NBR 15603-2.

NOTE

The ISO/IEC 13818-1 specifies the tables SI referring to PSI.

Table 1 – PSI/MPEG-2 tables

Table name

Function

For each service in the multiplexer PAT designates PID Program association table (PAT)

values of transport streams (TS). PAT generates the link among the “transport_stream_id”, “program_number” and “program_map_id” fields

PMT identifies and indicates the each service broadcasting Program map table (PMT)

location and the program clock reference (PCR) location for each service

CAT provides information on the conditional access systems Conditional access table (CAT)

used in the multiplexer and performs the association of EMM broadcasted

ABNT NBR 15603-1:2008

Table 2 – SI tables

Table name

Bouquet association table (BAT)

Function

Shall provide information on the existing bouquets and included services in each bouquet

Shall be responsible for inform the physical

organization of the multiplexers/transport streams (TS) grouping in a same network, as well as all relevant data on the existing services tunning Shall inform the existing services in a transport stream (TS)

Shall provide information in chronological order on the existing events by service

Shall be used as reference to inform the system’s date and time

Shall Indicate present date and time, as well as time zone and summer time. This table is mandatory if substituting the TDT

Shall allow fast and accurate update of one or more events status, like “pausing” or “running”. It is

necessary in events of programming time switching Shall inform the instructions related to local event such as discrimination per hour, name and explanation of the event (type of scenery etc.) Shall Indicate relationships between programs or local events, such as groups and attributes of programs and local events

Shall describe information related to programs indexes when sending the programs

Shall indicate transmission schedule of partial content in data broadcasting

Shall be used to make the other tables invalid Shall designate units of broadcaster and SI

transmission parameter of each broadcaster unit Shall convey network board information and reference information to gain the network board information

Shall convey information on reference to other tables

NIT (Network information table) (NIT)

Service description table (SDT) Event information table (EIT) Time date table (TDT)

Time offset table (TOT)

Running status table (RST)

Local event Information table (LIT)

Event relation table (ERT)

Index transmission table (ITT)

Partial content announcement table (PCAT)

Stuffing table (ST)

Broadcaster information table (BIT)

Network board information Table (NBIT)

Linked description tabel (LDT)

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Table 3 – Tables used in digital broadcasting (excluding SI) Table name

Selection information table (SIT) Discontinuity information table (DIT) Download control table (DCT) Download table (DLT)

Software download trigger table (SDTT)

Functions

Shall convey information related to programs transmitted by partial transport stream

Shall convey instructions on switching points of possibly discontinued information services transmitted by partial transport stream

Shall convey various information to separate and extract DLT

Shall convey the receivers update systems Shall convey instructions on receivers’ updates notification, such as “service_id” used for the update, schedule and receiver types that must be covered by the update

Shall convey data such as company’s logo which must be commonly required for common data receivers and must be stored in non-volatile memory

Shall convey dynamic control information concerning Java applications and additional information for the execution

Common data table (CDT)

Application information table (AIT)

Table 4 – Functions of tables used in digital broadcasting (excluding SI)

Function name

ECM

Description

Shall convey common information consisting of program information (information related to programs, signal descramble keys etc.)

Shall convey individual information including contract information of each subscriber and work key to decrypt common information Shall convey information notification such as the update service ID, schedule and receivers types that must be covered by the update

EMM

DSM-CC section

5.2 Types of descriptors

Types of descriptors used in service information shall be used according Table 5, and descriptors used in digital broadcasting other than service information shall be used according Table 6.

ABNT NBR 15603-1:2008

Table 5 – Names and functions of descriptors in service information

Descriptor name

Conditional access descriptor Copyright descriptor Network name descriptor Service list descriptor Stuffing descriptor

Terrestrial delivery system descriptor Bouquet name descriptor Service descriptor

Country availability descriptor Linkage descriptor

NVOD reference descriptor Time shifted service descriptor Short event descriptor Extended event descriptor Time shifted event descriptor Component descriptor Mosaic descriptor Stream identifier descriptor CA identifier descriptor Content descriptor

Parental rating descriptor

Hierarchical transmission descriptor Digital copy control descriptor Emergency information descriptor Data component descriptor

System management descriptor Local time offset descriptor

Function

Descriptor used to identifie PID conveying conditional access methods, ECM & EMM

Descriptor used to Identifie copyright

Descriptor used to describe the network / broadcasting station / operator name

Descriptor used to describe programmed channels and their types Descriptor used to describe space and not valid allocation

Descriptor used to describe physical characteristics of terrestrial transmission path

Descriptor used to describe name of bouquet

Descriptor used to describe the service name and its company’s name Descriptor used to describe countries intended to be available with a service

Descriptor used to describe the link to other channel’s information

Descriptor used to identifie a list of time-shifted programmed channels that belong to a NVOD (Near video on demand) service

Descriptor used to identifie a programmed time-shifted service

Descriptor used to convey the name and a short text describint the event. A language code is also sent to indicate which which is the name and text’s language

Descriptor used to describe detailed information about an event Descriptor used to indicate that an event is a copy of a VOD event

Descriptor used to describe components types and explanation related to program element signal

Descriptor used to describe unit of division related to mosaic service (picture division) and connection with other programmed channels and programs, etc

Descriptor used to identifie individual program element signal Descriptor used to describe available conditional access method Descriptor used to describe program genre Descriptor used to describe parental ratting

Descriptor used to describe relation between hierarchical streams in hierarchical transmission

Descriptor used to describe information controlling copy generation in digital recording equipment and maximum transmission rate

Descriptor used to describe information and function necessary for emergency warning signals

Descriptor used to identifie data signal format Descriptor used to identifie broadcaster

Descriptor used to describe time difference between the present time and time indication during daylight saving time

ABNT NBR 15603-1:2008

Table 5 (continuation)

Descriptor name

Audio component descriptor Target Region descriptor Hyperlink descriptor Data content descriptor Vídeo decode control descriptor Basic local event descriptor Reference descriptor

Node relation descriptor

Short node information descriptor

STC (system time clock) reference descriptor Partial reception descriptor Series descriptor

Event group descriptor SI parameter descriptor Broadcaster Name Descriptor Component group descriptor SI prime TS descriptor Board information descriptor LDT linkage descriptor

Connected transmission descriptor TS Information description Extended broadcaster descriptor Logo transmission descriptor Content availability descriptor

Carousel compatible composite Descriptor Conditional playback descriptor AVC video descriptor

AVC timing and HRD descriptor Service Group Description

Function

Descriptor used to describe parameters related to digital audio in relationship to the program element signal Descriptor used to describe target region

Descriptor used to describe links to other programs, program contents and program related information

Descriptor used to describe detailed information related to contents of each data program

Descriptor used to control vídeo decoding at events change Descriptor used to describe local event identification

Descriptor used to describes node references from programs and local event

Descriptor used to describe relationships between two nodes

Descriptor used to describe the node name and brief explanation

Descriptor used to describe relation between identification time of local event and STC

Descriptor used to identifie a hierarchical partial reception service transmission in a terrestrial transmission

Descriptor used to describe series information of multiple events Descriptor used to describe grouping information of multiple events

Descriptor used to describe SI transmission parameters (periodic group and resending period, etc.)

Descriptor used to describe broadcaster name

Descriptor used to describe grouping information of multiple components

Descriptor used to describe the SI prime TS and transmission parameters

Descriptor used to describes title and text of board information

Descriptor used to collect and convey descriptions referred in other tables

Descriptor used to describe physical characteristics of connected transmission in terrestrial audio transmission path

Descriptor used to describe information related to TS such as association of “remote_control_key” number to a TS or transmission layer of service in the TS

Descriptor used to describe broadcaster information of other networks Descriptor used to describe character string information for simple logo or pointing to CDT-format logo data

Descriptor used to describe information to control record and output of programs

Descriptor used to applie the descriptive functions of the descriptor defined in the data carousel scheme

Descriptor used to describe PID conveying conditional playback method and its ECM and EMM

Descriptor used to describe profile or level for ITU-T Rec. H.2 | ISO/IEC 14496-10 Video

Descriptor used to describes timing information for decoding ITU-T Recomendation H. 2 e ISO/IEC 14496-10

Descriptor used to describe grouping information of multiples services

ABNT NBR 15603-1:2008

Table 6 – Names and functions of descriptors used in digital broadcasting (excluding SI) Descriptor name

Partial transport stream descriptor Network identification descriptor Partial transport stream time descriptor Download content descriptor CA EMM TS descriptor

CA contract information descriptor CA service descriptor

Carousel identifier descriptor Association tag descriptor

Deferred association tags descriptor

Function

Describes partial transport stream Describes network identifier.

Describes partial transport stream time.

Describes attribute information such as size and type of contents used in update and “downloaded ID”

Describes special trap-on when the EMM transmission is performed based on the special trap-on method

Describes necessity of the conditional access service type to broadcast programs and permission of reception and recording

Describes charged broadcast service provider for presenting automatic indication message

Describes carousel identifier specified in ISO/IEC 13818-6

Describes association tag identifiers information specified in ISO/IEC 13818-6

Describes association tags identifiers information specified in ISO/IEC 13818-6

6 Transmission of service information

6.1 PID used for tables transmission

PID values of the TS packets carrying tables, as specified in Tables 1 to 3, must be in accordance with Table 7. PID values of the TS packets carryng tables defined by a company can be set to any value, since it does not prevent the transmission of signal specified by the Brazilian Ministry of Communications or signal of broadcasters.

ABNT NBR 15603-1:2008

Table 7 – Allocation of PID

Table PID PAT 0x0000

PMT Indirect designation by PAT CAT 0x0001

ECM Indirect designation by PMT EMM

Indirect designation by CAT NIT

0x0010

SDT 0x0011 BAT 0x0011 EIT 0x0012 EIT (terrestrial digital television broadcasting)

0x0012, 0x0026, 0x0027

RST 0x0013 TDT 0x0014 TOT 0x0014 DCT 0x0017 DLT Indirect designation by DCT DIT 0x001E SIT 0x001F

LIT Indirect designation by PMT or 0x0020 ERT Indirect designation by PMT or 0x0021 ITT Indirect designation by PMT PCAT 0x0022 SDTT

0x0023

SDTT (terrestrial digital television broad casting) 0x0023, 0x0028

BIT 0x0024 NBIT 0x0025 LDT 0x0025 CDT 0x0029 Multiple frame header information 0x002F

DSM-CC section Indirect designation by PMT AIT Indirect designation by PMT ST Exclude 0x0000, 0x0001, 0x0014 Null packet

0x1FFF

ABNT NBR 15603-1:2008

6.2 Table identifiers and standard transmissions

Allocation of “table_ID”, specified in tables 1, 2 and 3, are show in Table 8. The “table_id” of tables set by a company can be set in range of 0x90 to 0xBF.

The “table_id” of tables set by a company shall be registered and released as part of the company signal.

Table 8 – Allocation of value for table identifiers

Table_id Table 0x00 PAT 0x01 CAT 0x02 PMT 0x3A – 0x3F Seção DSM-CC 0x40 NIT (Actual network) 0x41 NIT (Other network) 0x42 SDT (Actual stream) 0x46 SDT (Other stream) 0x4A BAT 0x4E EIT (Present and following program of actual stream) 0x4F EIT (Present and following program of other s stream) 0x50 – 0x5F EIT (Actual stream, schedule) 0x60 – 0x6F EIT (Other stream, schedule) 0x70 TDT 0x71 RST 0x72 ST 0x73 TOT 0x74 AIT 0x7E DIT 0x7F SIT 0x82 – 0x83 ECM 0x84 – 0x85 EMM 0xC0 DCT 0xC1 DLT 0xC2 PCAT 0xC3 SDTT 0xC4 BIT 0xC5 NBIT (Network board information body) 0xC6 NBIT (Reference information to gain network board information) 0xC7 LDT 0xC8 CDT 0xD0 LIT 0xD1 ERT 0xD2 ITT 0x90 – 0xBF Selectable range for “table_id” allocation by companies

ABNT NBR 15603-1:2008

6.3 Identifier of descriptor

The values of identifiers specified in Tables 5 and 6 must be in accordance with Table 9. Tag value or tables identifier value set by a company can be set in the range of 0x80 to 0xBF.

Tag value or tables identifier value set by a company shall be registered and released as part of the company signal.

Table 9 – Allocation of descriptor tag values

Tag

value

Descriptor References 0x09 Conditional access descriptor See Figure 19 0x0D Copyright descriptor See Figure 40 0x13 Carousel ID descriptor See ISO/IEC 13818-6 0x14 Association tag descriptor See ISO/IEC 13818-6 0x15 Deferred association tags See ISO/IEC 13818-6 0x28 AVC video descriptor See Figure 72 0x2A AVC timing and HRD descriptor See Figure 73 0x40 Network name descriptor See Figure 20 0x41 Service list descriptor See Figure 21 0x42 Stuffing descriptor See Figure 22 0x47 Bouquet name descriptor See Figure 23 0x48 Service descriptor See Figure 24 0x49 Country availability descriptor See Figure 25 0x4A Linkage descriptor / Descritor de

ligações See Figure 26

0x4B NVOD reference descriptor See Figure 27 0x4C Time shifted service descriptor See Figure 28 0x4D Short event descriptor See Figure 29 0x4E Extended event descriptor See Figure 30 0x4F Time shifted event descriptor See Figure 31 0x50 Component descriptor See Figure 32 0x51 Mosaic descriptor See Figure 33 0x52 Stream identifier descriptor See Figure 34 0x53 CA identifier descriptor See Figure 35 0x Content descriptor See Figure 36 0x55 Parental rating descriptor See Figure 37 0x58 Local time offset descriptor See Figure 44 0x63 Partial transport stream descriptor

See Figure 75

0x80 – Selectable range for tag value of 0xBF company-defined descriptor. Undefined 0xC0 Hierarchical transmission descriptor See Figure 41 0xC1 Digital copy control descriptor See Figure 42 0xC2 Network identification descriptor See Figure 76 0xC3 Partial transport stream time descriptor See Figure 77

ABNT NBR 15603-1:2008

Table 9 (continuation)

Tag

Descriptor References value

0xC4 Audio component descriptor See Figure 45 0xC5 Hyperlink descriptor See Figure 46 0xC6 Target area descriptor See Figure 47 0xC7 Data contents descriptor See Figure 48 0xC8 Vídeo decode control descriptor See Figure 49 0xC9 Download content descriptor See Figure 78 0xCA CA EMM TS descriptor Undefined 0xCB CA contract information descriptor Undefined 0xCC CA service descriptor Undefined 0xCD TS Information descriptior See Figure 66 0xCE Extended broadcaster descriptor. See Figure 67 0xCF Logo transmission descriptor See Figure 68 0xD0 Basic local event descriptor See Figure 50 0xD1 Reference descriptor See Figure 51 0xD2 Node relation descriptor See Figure 52 0xD3 Short node information descriptor See Figure 53 0xD4 STC (system time clock) reference descriptor See Figure 0xD5 Series descriptor See Figure 57 0xD6 Event group descriptor See Figure 58 0xD7 SI parameter descriptor See Figure 59 0xD8 Broadcaster Name Descriptor See Figure 60 0xD9 Component group descriptor See Figure 61 0xDA SI prime TS descriptor See Figure 62 0xDB Board information descriptor See Figure 63 0xDC LDT linkage descriptor See Figure 0xDD Connected transmission descriptor See Figure 65 0xDE Content availability descriptor See Figure 69

For tag value extension Undefined

0XDF

Subdescriptor tag value between 0x00 – 0xFF

0xE0 Service group descriptor See Figure 74 0xE1 –

Undefined 0xF6

0xF7 Carousel compatible composite Descriptor See Figure 70 0xF8 Conditional playback descriptor See Figure 71 0xFA Terrestrial delivery system descriptor See Figure 55 0xFB Partial reception descriptor See Figure 56 0xFC Emergency information descriptor See Figure 43 0xFD Data component descriptor See Figure 38 0xFE System management descriptor See Figure 39

ABNT NBR 15603-1:2008

7 Data structure of service information

7.1 Data structure of tables

Tables specified in Table 7 shall be in accordance with the section format specified in MPEG-2 system according to ITU Recommendation H.222.0 and ISO/IEC 13818-1 and its data structure is in accordance with Figures 1 to 18. Data structure of tables specified by the company can be registered and released as the company signal. Semantics and using of each segment of the data structure are specified in ABNT NBR 15603-2.

Figure 1 – Data structure of PAT

ABNT NBR 15603-1:2008

Figure 2 – Data structure of PMT

Figure 3 – Data structure of CAT

ABNT NBR 15603-1:2008

Figure 4 – Data structure of NIT

Figure 5 – Data structure of SDT

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Figure 6 – Data structure of BAT

Figure 7 – Data structure of EIT

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Figure 8 – Data structure of TDT

Figure 9 – Data structure of TOT

Figure 10 – Data structure of RST

Figure 11 – Data structure of ST

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Figure 12 – Data structure of PCAT

Figure 13 – Data structure of LIT

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Figure 14 – Data structure of ERT

Figure 15 – Data structure of ITT

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Figure 16 – Data structure of BIT

Figure 17 – Data structure of NBIT

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Figure 18 – Data structure of LDT

7.2 Data construction of descriptors

Descriptors specified in Table 9 shall be in accordance with the format specified in MPEG-2 system ISO/IEC 13818-1 and its data construction shall be in accordance with Figures 19 to 78 below according ARIB STD- B10.

Figure 19 – Data structure of conditional access method descriptor

Figure 20 – Data structure of network name descriptor

ABNT NBR 15603-1:2008

Figure 21 – Data structure of service list descriptor

Figure 22 - Data structure of stuffing descriptor

Figure 23 – Data structure of bouquet name descriptor

Figure 24 – Data structure of service descriptor

ABNT NBR 15603-1:2008

Figure 25 – Data structure of country availability descriptor

Figure 26 – Data structure of linkage descriptor

Figure 27 – Data structure of NVOD reference descriptor

Figure 28 – Data structure of time shifted service descriptor (time shifting)

ABNT NBR 15603-1:2008

Figure 29 – Data structure of short event descriptor

Figure 30 – Data structure of extended event descriptor

Figure 31 – Data structure of time shifted service descriptor (time shifting)

Figure 32 – Data structure of component data descriptor

ABNT NBR 15603-1:2008

Figure 33 – Data structure of mosaic descriptor

Figure 34 – Data structure of stream identifier descriptor

Figure 35 – Data structure of CA identifier descriptor

ABNT NBR 15603-1:2008

Figure 36 – Data structure of content descriptor

Figure 37 – Data structure of parental rating descriptor

Figure 38 – Data structure of data component descriptor

Figure 39 – Data structure of system management descriptor

ABNT NBR 15603-1:2008

Figure 40 – Data structure of copyright descriptor

Figure 41 – Data structure of hierarchical transmission descriptor

Figure 42 – Data structure of digital copy control descriptor

ABNT NBR 15603-1:2008

Figure 43 – Data structure of emergency information descriptor

Figure 44 – Data structure of local time offset descriptor

Figure 45 – Data structure of audio component descriptor

Figure 46 – Data structure of hyperlink descriptor

ABNT NBR 15603-1:2008

Figure 47 – Data structure of target region descriptor

Figure 48 – Data structure of data contents descriptor

Figure 49 – Data structure of video decode control descriptor

ABNT NBR 15603-1:2008

Figure 50 – Data structure of basic local event descriptor

Figure 51 – Data structure of reference descriptor

Figure 52 – Data structure of node relation descriptor

ABNT NBR 15603-1:2008

Figure 53 – Data structure of short node information descriptor

Figure – Data structure of STC reference descriptor

Figure 55 – Data structure of terrestrial delivery system descriptor

ABNT NBR 15603-1:2008

Figure 56 – Data structure of partial reception descriptor

Figure 57 – Data structure of series descriptor

Figure 58 – Data structure of event group descriptor

Figure 59 – Data structure of SI transmission parameter descriptor

ABNT NBR 15603-1:2008

Figure 60 – Data structure of broadcaster name descriptor

Figure 61 - Data structure of component group descriptor

Figure 62 – Data structure of SI prime TS descriptor

ABNT NBR 15603-1:2008

Figure 63 – Data structure of board information descriptor

Figure – Data structure of LDT linkage descriptor

Figure 65 – Data structure of connected transmission descriptor

ABNT NBR 15603-1:2008

Figure 66 – Data structure of TS information data descriptor

Figure 67 – Data structure of extended broadcast descriptor

ABNT NBR 15603-1:2008

Figure 68 – Data structure of logo transmission descriptor

Figure 69 – Data structure of content availability descriptor

ABNT NBR 15603-1:2008

Figure 70 – Data structure of carousel compatible composite descriptor

Figure 71 – Data structure of conditional playback descriptor

Figure 72 – Data structure of AVC video descriptor

ABNT NBR 15603-1:2008

Figure 73 – Data structure of AVC timing HRD descriptor

ABNT NBR 15603-1:2008

Figure 74 – Data structure of service group descriptor

Figure 75 – Data structure of partial transport stream descriptor

Figure 76 – Data structure of network identifier descriptor

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Figure 77 – Data structure of partial transport stream time descriptor

Figure 78 – Data structure of download content descriptor

ABNT NBR 15603-1:2008

Bibliography

[1] ETSI EN 300 468:2007, Digital Video Broadcasting (DVB) Specification for Service Information (SI) in DVB systems

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