1、 INTERNATIONAL STANDARD IEC 62328-2First edition 2005-07Multimedia home server systems Interchangeable volume/file structure adaptation for broadcasting receivers Part 2: General recording structure Reference number IEC 62328-2:2005(E) Publication numbering As from 1 January 1997 all IEC publication
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8、ANDARD IEC 62328-2First edition 2005-07Multimedia home server systems Interchangeable volume/file structure adaptation for broadcasting receivers Part 2: General recording structure IEC 2005 Copyright - all rights reserved No part of this publication may be reproduced or utilized in any form or by a
9、ny means, electronic or mechanical, including photocopying and microfilm, without permission in writing from the publisher. International Electrotechnical Commission, 3, rue de Varemb, PO Box 131, CH-1211 Geneva 20, Switzerland Telephone: +41 22 919 02 11 Telefax: +41 22 919 03 00 E-mail: inmailiec.
10、ch Web: www.iec.ch XC For price, see current catalogue PRICE CODE Commission Electrotechnique Internationale International Electrotechnical Commission 2 62328-2 IEC:2005(E) CONTENTS FOREWORD.6 INTRODUCTION.8 1 Scope.9 2 Normative references .9 3 Definitions 9 4 Abbreviations .10 5 Notation .11 5.1 N
11、umerical values.11 6 General 12 6.1 Generic timestamp (GTS)12 6.2 Timestamp on AV stream (TSAVS)14 6.3 Duration 15 6.4 Dstringn 15 6.5 Generic pointer position format16 6.6 Generic thumbnail pointer format.17 6.7 Mark entry format 20 7 File and directory24 7.1 Composition of directories.24 7.2 File
12、composition of the RT_TVRS directory .51 7.3 Location indication rule .76 7.4 Naming rule.76 Annex A (normative) Main TS stream file structure and its allocation 78 Annex B (informative) Location notation example .81 Annex C (informative) Relationship between pointer and stream.82 Annex D (informati
13、ve) Example of an external thumbnail file structure86 Bibliography89 Figure 1 File structure25 Figure 2 PROG_SET.MGR.38 Figure 3 EXT_PS.MGR 45 Figure 4 RT_TVRS directory 51 Figure 5 Structure of PROGxxxx.PIF51 Figure 6 Structure of programme information .53 Figure 7 Examples of files and directories
14、77 Figure A.1 Transport stream packet .78 Figure A.2 Recording packet78 Figure A.3 Aligned unit 78 Figure A.4 Allocation unit.79 Figure A.5 Structure of TYPE1 RP header .79 Figure A.6 Structure of TYPE2 RP header .80 62328-2 IEC:2005(E) 3 Figure C.1 Access unit point of video ES .82 Figure C.2 Acces
15、s unit point of recording packet .83 Figure C.3 Module access unit point 83 Figure C.4 Recording data packet access unit point.84 Figure C.5 Relationship between mark point and AV stream 85 Figure D.1 External thumbnail file structure .86 Table 1 Structure of GTS .12 Table 2 Structure of TTZ12 Table
16、 3 Structure of EI.13 Table 4 Day-of-week interpretation 13 Table 5 Structure of TSAVS.14 Table 6 Structure of AVTS .14 Table 7 Frame rate interpretation.14 Table 8 Structure duration .15 Table 9 Structure of Dstringn .15 Table 10 Interpretation of character set .16 Table 11 Structure of GPPF.16 Tab
17、le 12 Structure of BASEP.16 Table 13 Block_Length interpretation.17 Table 14 Structure of LGTPF .17 Table 15 Structure of TTYPE .18 Table 16 Thumbnail compression type interpretation18 Table 17 Structure of SGTPF.19 Table 18 Structure of LMEF .20 Table 19 Mark type interpretation.21 Table 20 Structu
18、re of FLMEF .21 Table 21 Structure of PIDPLUS22 Table 22 PID_Type interpretation.23 Table 23 Structure of SMEF.23 Table 24 Structure of PGR.25 Table 25 Structure of VER .26 Table 26 Structure of PGRTYPE26 Table 27 Structure of PGRSA 29 Table 28 PGR specific area TYPE interpretation29 Table 29 Struct
19、ure of TYPE1 PGRSA.30 Table 30 Structure of FL1 30 Table 31 Structure of TYPE 2 PGRSA31 Table 32 Structure of FL2 32 Table 33 TSI type interpretation.32 Table 34 Structure of TYPE3 PGRSA.34 Table 35 Structure of PGRG 34 Table 36 Structure of VER .35 4 62328-2 IEC:2005(E) Table 37 Structure of PGRGTY
20、PE .35 Table 38 Structure of RMETYPE37 Table 39 Structure of PGRGSA37 Table 40 PGRG specific area TYPE interpretation .37 Table 41 Structure of TYPE1 PGRGSA38 Table 42 Structure of PROG_SET.MGR.39 Table 43 Structure of user interface entry information39 Table 44 PGR general information .40 Table 45
21、Structure of PGRGIF .40 Table 46 PGRG general information.41 Table 47 Structure of PGRGGIF.41 Table 48 Structure of PGReferences43 Table 49 Structure of PGRGroups43 Table 50 Structure of PGRG_xxxxxxxx stream file .44 Table 51 Structure of FLPGRG 44 Table 52 Structure of EXT_PS.MGR 45 Table 53 Struct
22、ure EI.46 Table 54 File type of structure EI .47 Table 55 Structure of FLEI.47 Table 56 Structure of EISA 48 Table 57 Extended info TYPE interpretation.48 Table 58 Structure of TYPE1 EISA.48 Table 59 Structure of MetaDataTable.49 Table 60 Structure of MDE.49 Table 61 MDE TYPE interpretation 49 Table
23、 62 Structure of MarkTable50 Table 63 Structure of programme management header52 Table 64 Structure of programme general information53 Table 65 Programme identification type interpretation53 Table 66 Recorded stream type interpretation54 Table 67 Service type interpretation.54 Table 68 Structure of
24、FLPGI 54 Table 69 Structure of broadcasting TV programme information 55 Table 70 BTVPI TYPE interpretation 55 Table 71 Structure of recording information .56 Table 72 Structure of component information.56 Table 73 COMPI TYPE interpretation.56 Table 74 Structure of time search information57 Table 75
25、Structure of TSIF.57 Table 76 Structure of ACUIE58 Table 77 Structure of FLACUIE59 Table 78 Structure of PIDPLUS259 62328-2 IEC:2005(E) 5 Table 79 PID_Type Interpretation 59 Table 80 Structure of ALUIE 60 Table 81 Structure of TUIE 60 Table 82 Structure of license information .61 Table 83 Structure
26、of LIF .61 Table 84 Rights management specification identifier interpretation 62 Table 85 Cipher algorithm interpretation 62 Table 86 Structure of CASTYPE 62 Table 87 Key length interpretation .63 Table 88 TYPE 1 interpretation63 Table 89 Encrypted area on AV stream interpretation 63 Table 90 CBC ty
27、pe interpretation .64 Table 91 Structure of other information65 Table 92 Structure of OIF 65 Table 93 Structure of AccessUnitInfo stream file66 Table 94 Structure of ACUE.66 Table 95 Structure of ACUTP.67 Table 96 PTYPE interpretation.67 Table 97 Structure of AllocationUnitInfo stream file68 Table 9
28、8 Structure of ALUE .68 Table 99 Structure of TimeUnitInfo stream file .68 Table 100 Structure of TUE .69 Table 101 Structure of CipherInfo stream file .69 Table 102 Structure of CIF.69 Table 103 LETYPE interpretation.70 Table 104 Structure of LERE .70 Table 105 Structure of LFLAG .71 Table 106 Stru
29、cture of IndexInfo stream file.72 Table 107 Structure of IERE 73 Table 108 Structure of DataInfo stream file73 Table 109 Structure DCE .74 Table 110 Structure of *UDF_LICENSE stream file 74 Table 111 Structure LR75 Table D.1 Structure of header86 Table D.2 Structure of ETFL 87 Table D.3 Structure of
30、 thumbnail87 Table D.4 Structure of FMT87 Table D.5 DataType interpretation .88 6 62328-2 IEC:2005(E) INTERNATIONAL ELECTROTECHNICAL COMMISSION _ MULTIMEDIA HOME SERVER SYSTEMS INTERCHANGEABLE VOLUME/FILE STRUCTURE ADAPTATION FOR BROADCASTING RECEIVERS Part 2: General recording structure FOREWORD 1)
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41、sible for identifying any or all such patent rights. International Standard IEC 62328-2 has been prepared by IEC technical committee 100: Audio, video and multimedia systems and equipment. The text of this standard is based on the following documents: FDIS Report on voting 100/964A/FDIS 100/988/RVD
42、Full information on the voting for the approval of this standard can be found in the report on voting indicated in the above table. This publication has been drafted in accordance with the ISO/IEC Directives, Part 2. 62328-2 IEC:2005(E) 7 IEC 62328 consists of the following parts, under the general
43、title Multimedia home server systems Interchangeable volume/file structure adaptation for broadcasting receivers: Part 1: General description and architecture Part 2: General recording structure Part 3: Broadcasting system specific recording structure - ISDB The committee has decided that the conten
44、ts of this publication will remain unchanged until the maintenance result date indicated on the IEC web site under “http:/webstore.iec.ch“ in the data related to the specific publication. At this date, the publication will be reconfirmed; withdrawn; replaced by a revised edition, or amended. A bilin
45、gual version of this publication may be issued at a later date. 8 62328-2 IEC:2005(E) INTRODUCTION Broadcast data in a transport stream can contain multiple associated objects. When that data is distributed on interchangeable storage media, for example, optical disks, the associated objects should b
46、e synchronized. Open distribution of the media requires that the data be adapted to a standardized volume and file structure, which should conform to the existing basic volume and file structure. 62328-2 IEC:2005(E) 9 MULTIMEDIA HOME SERVER SYSTEMS INTERCHANGEABLE VOLUME/FILE STRUCTURE ADAPTATION FO
47、R BROADCASTING RECEIVERS Part 2: General recording structure 1 Scope This part of IEC 62328 defines the volume and file structure required for interchanging multimedia data of a home server/broadcasting receiver, which consists of an AV stream with multiple associated objects. 2 Normative references
48、 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. IEC 62328-1: Multimedia home service systems Interchangeable volume/file structure adaptation for broadcasting receivers Part 1: General description and architecture IEC 62328-3: Multimedia home service systems Inter
