EN 62295-2009 en Multimedia systems - Common communication protocol for inter-connectivity on heterogeneous networks《多媒体系统 跨连接异机种网络的通用通信协议》.pdf

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1、raising standards worldwideNO COPYING WITHOUT BSI PERMISSION EXCEPT AS PERMITTED BY COPYRIGHT LAWBSI Standards PublicationMultimedia systems Common communication protocol for inter-connectivity on heterogeneous networksBS EN 62295:2009National forewordThis British Standard is the UK implementation o

2、f EN 62295:2009. It is identical to IEC 62295:2007.The UK participation in its preparation was entrusted to Technical Committee EPL/100, Audio, video and multimedia systems and equipment.A list of organizations represented on this committee can be obtained on request to its secretary.This publicatio

3、n does not purport to include all the necessary provisions of a contract. Users are responsible for its correct application. BSI 2011ISBN 978 0 580 76114 0 ICS 33.040.40; 33.160.01; 35.110Compliance with a British Standard cannot confer immunity from legal obligations.This British Standard was publi

4、shed under the authority of the Standards Policy and Strategy Committee on 31 July 2011.Amendments issued since publicationAmd. No. Date Text affectedBRITISH STANDARDBS EN 62295:2009EUROPEAN STANDARD EN 62295 NORME EUROPENNE EUROPISCHE NORM August 2009 CENELEC European Committee for Electrotechnical

5、 Standardization Comit Europen de Normalisation Electrotechnique Europisches Komitee fr Elektrotechnische Normung Central Secretariat: Avenue Marnix 17, B - 1000 Brussels 2009 CENELEC - All rights of exploitation in any form and by any means reserved worldwide for CENELEC members. Ref. No. EN 62295:

6、2009 E ICS 33.040.40; 33.160; 35.100 English version Multimedia systems - Common communication protocol for inter-connectivity on heterogeneous networks (IEC 62295:2007) Systmes multimdia - Protocole de communication commun relatif la connectivit entre rseaux htrognes (CEI 62295:2007) Multimediasyst

7、eme - Gemeinsames Kommunikationsprotokoll fr die Zusammenschaltung von heterogenen Netzwerken (IEC 62295:2007) This European Standard was approved by CENELEC on 2009-07-01. CENELEC members are bound to comply with the CEN/CENELEC Internal Regulations which stipulate the conditions for giving this Eu

8、ropean Standard the status of a national standard without any alteration. Up-to-date lists and bibliographical references concerning such national standards may be obtained on application to the Central Secretariat or to any CENELEC member. This European Standard exists in three official versions (E

9、nglish, French, German). A version in any other language made by translation under the responsibility of a CENELEC member into its own language and notified to the Central Secretariat has the same status as the official versions. CENELEC members are the national electrotechnical committees of Austri

10、a, Belgium, Bulgaria, Cyprus, the Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, the Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland and the United Kingdom. BS

11、EN 62295:2009EN 62295:2009 Foreword The text of document 100/1200/CDV, future edition 1 of IEC 62295, prepared by technical area 8, Multimedia home server systems, of IEC TC 100, Audio, video and multimedia systems and equipment, was submitted to the IEC-CENELEC parallel vote and was approved by CEN

12、ELEC as EN 62295 on 2009-07-01. The following dates were fixed: latest date by which the EN has to be implemented at national level by publication of an identical national standard or by endorsement (dop) 2010-04-01 latest date by which the national standards conflicting with the EN have to be withd

13、rawn (dow) 2012-07-01 _ Endorsement notice The text of the International Standard IEC 62295:2007 was approved by CENELEC as a European Standard without any modification. _ BS EN 62295:200962295 IEC:2007(E) CONTENTS INTRODUCTION. 8 1 Scope and object. 9 2 Normative references . 10 3 Terms, definition

14、s, abbreviations and conventions . . 10 3.1 Terms and definitions . 10 3.2 Abbreviations .13 3.3 Conventions . 14 4 Requirements .14 4.1 Home server interface requirements . .15 4.1.1 Basic requirements for data delivery.15 4.1.2 Functional requirements for HNMP . 15 4.1.3 Home server interface requ

15、irements for unicast, multicast and broadcast . .15 4.2 CCP device requirements . .16 4.2.1 Requirements for device registration 16 4.2.2 Requirements for classification of CCP devices . 16 5 Common communication protocol (CCP) layer 17 5.1 CCP layer17 5.2 Data delivery over heterogeneous networks .

16、19 6 CCP addressing . .20 6.1 General .20 6.2 An addressing structure to facilitate traffic switching for the home server.Version 0 . .20 6.2.1 Domain address .21 6.2.2 Cluster address 21 6.2.3 Device ID field . .21 7 CCP packet format and fields 21 7.1 General .21 7.2 CCP packet format 22 7.2.1 CCP

17、 identification (CCPID).22 7.2.2 CCP header version (CCPHDRVER) 22 7.2.3 CCP address version (CCPADDRVER). .23 7.2.4 Destination address (DESTADDR). .23 7.2.5 Source address (SRCADDR) . 23 7.2.6 Type (TYPE) field . .23 7.2.7 Reserved (RSV) field .25 7.2.8 CCP payload length (CCPPLEN) field.25 7.2.9

18、CCP payload field.25 8 Home network management protocol (HNMP) . 25 8.1 General .25 8.2 HNMP packet format . .26 8.2.1 Transaction ID (TID) 26 8.2.2 HNMP command (HNMPCMD). 26 8.2.3 Reserved (RSV) field .26 BS EN 62295:200962295 IEC:2007(E) 8.2.4 HNMP payload length (HNMPPLEN) field 26 8.2.5 HNMP pa

19、yload . 26 8.3 Home server registration 27 8.4 Device registration 27 8.4.1 Device registration request (DEV_REG_REQ) packet 27 8.4.2 Device registration response (DEV_REG_RES) packet. 28 8.5 Device management29 8.5.1 Add device (ADD_DEV) packet31 8.5.2 Delete device (DEL_DEV) packet . 31 8.5.3 Init

20、ialize device (INI_DEV) packet. 32 8.5.4 Alive-check request (ALV_CHK_REQ) packet. 32 8.5.5 Alive-check response (ALV_CHK_RES) packet 32 8.6 Address and name information of devices 32 8.6.1 Device address and name information request (DEV_INFO_REQ) packet 33 8.6.2 Device address and name information

21、 response (DEV_INFO_RES) packet 33 8.7 Other management functions.34 9 Universal home control protocol (UHCP) .34 9.1 UHCP packet format34 9.1.1 Transaction ID (TID) 35 9.1.2 Message type (MT) and action type (AT) . 35 9.1.3 Reserved (RSV) field .36 9.1.4 UHCP payload length (UHCPPLEN) field . 36 9.

22、1.5 UHCP payload. .36 9.2 Execution messages (EXE) . 36 9.2.1 Execution of registration (EXE_REG) .36 9.2.2 Execution of control (EXE_CTRL) . 37 9.2.3 Response OK (EXE_RESOK) . .38 9.2.4 Response NOK (EXE_RESNOK) .38 9.3 Query messages (QUE)38 9.3.1 Query of registration status (QUE_REGSTAT). .38 9.

23、3.2 Query of control status (QUE_CTRLSTAT) 39 9.3.3 Query of all status (QUE_ALLSTAT) .39 9.3.4 Response OK (QUE_RESOK). .40 9.3.5 Response NOK (QUE_RESNOK).40 9.4 Notification messages (NTFY) .40 9.5 UHCP payload syntax. 40 9.5.1 Basic syntax for UHCP payload .40 9.5.2 Syntax for UHCP registration.

24、 41 9.5.3 Syntax for device control . .42 9.5.4 Syntax for query of controlling and monitoring status . . 43 9.5.5 Syntax for notification 44 10 Home data service protocol (HDSP) .45 10.1 Functional requirements of HDSP.45 10.1.1 Interoperability with CCP . .45 10.1.2 File and directory services 45

25、10.1.3 Messaging service. 46 10.2 HDSP packet format46 BS EN 62295:200962295 IEC:2007(E) 10.2.1 Transaction ID (TID) 46 10.2.2 HDSP command .46 10.2.3 HDSP payload length (HDSPPLEN) field . 47 10.2.4 HDSP payload . .47 10.3 Messages for directory services . 47 10.3.1 Query request message (DIR_QUE_R

26、EQ) . . 48 10.3.2 Query response message (DIR_QUE_RES).48 10.3.3 Deletion request message (DIR_DEL_REQ) . 49 10.3.4 Deletion response message (DIR_DEL_RES) . 49 10.3.5 Renaming request message (DIR_REN_REQ) 49 10.3.6 Renaming response message (DIR_REN_RES) .49 10.3.7 Making request message (DIR_MAKE

27、_REQ) . .49 10.3.8 Making response message (DIR_MAKE_RES). .50 10.4 Messages for file services . 50 10.4.1 Query request message (FILE_QUE_REQ) 53 10.4.2 Query response message (FILE_QUE_RES) 53 10.4.3 Deletion request message (FILE_DEL_REQ) . . 53 10.4.4 Deletion response message (FILE_DEL_RES) .53

28、 10.4.5 Renaming request message (FILE_REN_REQ) 53 10.4.6 Renaming response message (FILE_REN_RES) . 54 10.4.7 Negotiation request message (FILE_NEGO_REQ) . 54 10.4.8 Negotiation response message (FILE_NEGO_RES) 54 10.4.9 Getting request message (FILE_GET_REQ). 54 10.4.10 Getting response message (F

29、ILE_GET_RES) . 54 10.4.11 Putting request message (FILE_PUT_REQ) . 55 10.4.12 Putting response message (FILE_PUT_RES) . . 55 10.5 Messages for messaging service. .55 10.5.1 Sending request message (MSG_PUT_REQ) . 56 10.5.2 Sending response message (MSG_PUT_RES) .56 10.6 Error codes . .56 11 Home mul

30、timedia service protocol (HMSP) . 57 11.1 Functional requirements of HMSP 58 11.1.1 Interoperability with CCP . .58 11.1.2 Management of multimedia resource . 58 11.1.3 Stream and play of multimedia resource 58 Annex A (informative) FSM of FS-CCPDEV supporting HNMP . .60 Annex B (informative) FSM of

31、 FS-CCPDEV for supporting UHCP .63 Figure 1 Communication layer structures of network technologies . 10 Figure 2 Server interface . 11 Figure 3 Cluster and domain network .12 Figure 4 Classification of CCP devices . 16 Figure 5 Definitions of application program, CCP API, lower protocol layers inter

32、face, and lower protocol layers .18 Figure 6 Location of CCP layer . 18 Figure 7 Example of data transmission over heterogeneous networks using CCP layer . 20 BS EN 62295:200962295 IEC:2007(E) Figure 8 CCP address format of CCP address by version 0 .21 Figure 9 CCP packet format of CCP header by ver

33、sion 0 . 22 Figure 10 Type fields 23 Figure 11 HNMP packet format . 26 Figure 12 DEV_REG_REQ and DEV_REG_RES packets . 28 Figure 13 Example of HNMP command sequence for device registration 29 Figure 14 ADD_DEV, DEL_DEV and INI_DEV packets . .30 Figure 15 ALV_CHK_REQ and ALV_CHK_RES packets . .30 Fig

34、ure 16 Example of HNMP command sequence for device management. 31 Figure 17 DEV_INFO_REQ and DEV_INFO_RES packets .33 Figure 18 Example of HNMP command sequence for retrieving device address and name information . .33 Figure 19 UHCP packet format . 35 Figure 20 Message type and action type fields of

35、 UHCP packet 36 Figure 21 Example of registration process 37 Figure 22 Example of EXE_CTRL message 38 Figure 23 Example of QUE_REGSTAT message39 Figure 24 Example of QUE_CTRLSTAT message . 39 Figure 25 Example of QUE_ALLSTAT message .40 Figure 26 HDSP packet format. .46 Figure 27 Example of usage of

36、 directory service messages . . 50 Figure 28 Example of usage of file service messages . . 52 Figure 29 Example of usage of Messaging service messages . 56 Figure A.1 FSM of FS-CCPDEV for supporting HNMP.60 Figure B.1 FSM of FS-CCPDEV for supporting UHCP .63 Table 1 Cast type field 24 Table 2 Traffi

37、c type field . .24 Table 3 Payload type field. .25 Table 4 HDSP commands 47 Table 5 Messages for directory services . 48 Table 6 Messages for file services . 51 Table 7 Messages for messaging services 55 Table 8 Error codes for HDSP. 57 BS EN 62295:2009 8 62295 IEC:2007(E) INTRODUCTION Numerous wire

38、d and wireless home network technologies of various types have been developed and are in use today. However, since these technologies have been developed for specific functions such as control, A/V and data services, interoperability is not guaranteed among products employing these technologies. Hen

39、ce, users who wish to implement the home network environment either purchase devices that are based on a single technology for interoperability or install independent, non-compatible networks in their home. To solve these problems, home network businesses and service providers have taken into accoun

40、t and developed a number of specific technologies in order to allow interoperability among home network technologies. However, most of these technologies are local and offer interoperability between a limited range of devices and give rise to new problems caused by complexity and diversity in techno

41、logies of different companies. In order to incorporate such complex and diverse technologies, there is a need to develop a new convergence technology that can integrate not only current technologies but also those expected to surface in the future. The needs for the new convergence technology are th

42、e following: provide interoperability and interconnectivity among heterogeneous networks through a specific convergence layer; provide expandability for applications in not only current network technologies, but also new technologies to be developed in the future; are applicable in small devices wit

43、h low processing capabilities by providing protocols such as simple signaling in the convergence layer; available at a low cost and simple to implement on a device; able to provide diverse home network services (or applications). BS EN 62295:200962295 IEC:2007(E) 9 MULTIMEDIA SYSTEMS COMMON COMMUNIC

44、ATION PROTOCOL FOR INTER-CONNECTIVITY ON HETEROGENEOUS NETWORKS 1 Scope and object This International Standard specifies the common communication protocol (CCP) layer that is capable of providing interoperability and interconnectivity between heterogeneous network technologies, as well as the basic

45、data transmission scheme between devices linked to heterogeneous networks through the CCP layer. The standard also specifies the packet structure in the CCP layer and the common addressing scheme that can be understood among heterogeneous devices. Furthermore, there are specifications regarding prot

46、ocols capable of providing diverse home network applications through the CCP layer such as the home network management protocol (HNMP), universal home control protocol (UHCP), home multimedia service protocol (HMSP) and home data service protocol (HDSP). NOTE HNMP is the overall home network managem

47、ent protocol that detects or registers devices. UHCP controls and monitors devices from remote locations. HMSP is the A/V protocol for home entertainment services. HDSP deals with data and messaging services. This standard is to be applied to systems with network capabilities and those that constitu

48、te home networks such as electronic appliances, A/V components, control devices, network terminals and home servers. Moreover, this standard is applicable to a home network consisting of a single home server. This International Standard gives a definition of the CCP layer, a data transmission scheme

49、 in the CCP layer, a CCP packet structure, a CCP addressing scheme, a home network management protocol (HNMP), a universal home control protocol (UHCP), a home data service protocol (HDSP), requirements of home multimedia service protocol (HMSP). A home network provides interoperability and interconnectivity regardless of the appliance manufacturer or the network type so that the user is able to receive desire