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SUMMARY This project has started as a three-year-project aiming at further activation of global standardization in the area of home digital appliances. This is a part of NEDO global standardization activity support for new industry, which is fully supported by Japanese government. This project intends to enhance international competitiveness in this new and revolutionary industry field, and at the same time, to contribute to establish the global standard of this area, thus contributing directly to ISO/IEC, JTC-1 activity through proposing elementary technologies and extensions! technologies to existing function of MPEG standard. Last but not least, having more of a voice and power in discussions in the international standard body is also the purpose of this project. Therefore, beforehand of this project kick-off, the potential participants in the related industry group are invited and sought for membership, with explanation of the overview and the purpose of this project. Fortunately, professional and experienced engineers from the industry have joined in and the project started actual activities.
We drew out three-year-plan (1998,1999 and 2000), and get the project under way according to the plan. Below is the summary of our activity each fiscal year. For fiscal year 1998, we focused on coding technology proposals form Japan Industry Group and supported them in standardization activities. Standardization of coding tools need proper evidence and presentation. Finally, the activity led to the good results and the tools were included in MPEG standard. The tools are as follows. (1) GMC (Global Motion Compensation) Tool GMC is a tool related to the motion vector detection. Obtained image from camera pan, zoom, or rotation needs large size motion vector information to get correct motion vector. This proposed tool realizes such motion vector information with less parameter of vector information to get the same level of motion vector information. (2) DRC (Dynamic Resolution Conversion) DRC is the method to adjust the resolution of the coding picture and then transport this stream in proportion to the coding complexity to the low level of acceptable picture resolution (3) NewPred NewPred rectifies a damaged picture by referring a picture without any damage extracted from VOP, that has been transmitted through back channel line (up link) in advance.
For Fiscal Year 1999, we focused on the area of contents distribution business, especially on IPMP (Intellectual Property Management and Protection) technology that is closely related to patents and copyrights. Our activity was to investigate and analyze the current specification of its completion level and its contents, and promote “new extension proposals ” that suffice and correct current specifications. Specifically, our activity put emphasis on sorting out the problems in [Hook Base] specification, and establishing and managing the ad-hoc group that promotes call for new proposals. The management and colntrol information of IPMP management signal set was adopted to the draft standard of IPMP version- 1, which was so-called [hook base approach]. This hook base approach does not have sufficient function of IPMP because it only defines the space to display the place to obtain IPMP tool, and a user is, for example, to go to indicated URL to obtain required IPMP tool by download. We pointed out this method had problems in terminal compatibility and system interoperability. At MPEG Geneva meeting in May 2000, we reached to issue the problem statement of this subject. This statement showed publicly that IPMP version- 1 included in Systems DIS had problems. After that, WGll issued the official CfP (Call for Proposal) in response to the problem statement, and this was the restart of solution of the problems. With the issue of the CfP, we suggested the project member to submit the proposal for this IPMP extension standard category in September 2000, and the project supported checking the contents of the proposals and their documentations. As a result, Japanese proposals for CfP are decided and brought to international stage.
For Fiscal Year 2000, we focused on supporting proposals for IPMP extension, that is submitted from domestic companies. In the first place, we started to examine proposals on how to keep compatibility between terminals, and then examined those on supplement functions to realize interface conversion, protocol conversion, and roaming service at contents server side and RA server side. Our project supported the international standardization activities of those proposals, discussed with international keypersons of IPMP breakout groups, and helped documentations concerning those activities. The proposals were submitted to the international committee (WGl 1) by the end of September 2000 and considered at La Baule (France) meeting from October 20,2000. After the discussion there, the working draft version 1.0 (WD1.0) was issued. In Pisa (Italy) meeting held in December, WD1.0 should be amended and good proposals from our project members should be consolidated into the standard, but oppositions from abroad hampered the standardization of IPMP system itself and the process has retreated to great extent. With that situation in mind, we re-examined the WD1.0, and proposed interface definition and transaction walkthrough. WD2.0 in Pisa meeting was realized in this way. Tools proposed from our project members, for example “contents electronic distribution service” lacked the verification evidence from actual tests. In order to make up for such lack, and beef up the proposal, we drafted the plan of verification test project. The verification test project is made to support our project. The test system, with contents server centered in the whole system, aims to obtain information that can never be available without testing. For example, obtaining basic data on motion delay and motion timing, establishing a simulation model on how to include management signals (i.e. cryptography and copyright ID), and checking the liability of behavior of the system. With this information, we included solutions for timing delay issue and IPMP management scheme into our proposals. In Singapore meeting held in March 2001, we beefed up the walkthrough to make WD3.0, and made sure that this draft is applicable for whole MPEG standard so-called ‘MPEG-n’. Our proposals are included in the IPMP WD3.0 in its main part, and this means our project activity contributed greatly to international ' standardization. KEYWORDS Aaudio visual coding method, information coding and decoding, ISO/IEC JTC-1 SC29/WG11, Intellectual Property Management and Protection, public key, streaming service, video streaming, watermark, ciphered information, coding error control system, error resilience, transportation protocol, control interface g &
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DMIF CD-tr^r^. U ~r 4 upstream £S:j/IScFtl/fco (b) OP IMA Source Name of Proposal ilk N° CRL OPIMA OPIMA architecture and tools M6452 OPiMA0r-^7^^-^y-;v^S£ftfco (c) Matsuh i ta Source Name of Proposal N* Matsuhita Proposal on the Renewability in three levels : M6473 Renewability of IPMP key, encryption algorithms and System IPMP System (d) NetEx Source Name of Proposal NQ NetEx Presentation of fully NetEx SDK including software M6520 developed MPEG IV IPMP for encryption/decryption with 3 Solution kind of consumption model : demo., limited play, unlimited play. X.509 V7^E1E£ MPEG-4 MfflTS^&vmS^nfco 15 (e) e-Vue Source Name of Proposal Tbpic N° EVue e-Vue MPEG-4 IPMP Interface between IPMP M6422 Proposal Systems and the application, content description syntax, P&L, error residency issues. e-Vue c££k ^ V 1PRSystems Name of Proposal IPRSystems Open Digital Rights Proposal of “Open Digital Rights M6527 Management for MPEG Language ” (ODRL) which standardizes XML based Rights expressions. xml iz&z,m\&s&*mmbtz>tz&® Fuji-xerox Source Name of Proposal Tbpic N° Fuji-xerox Ticket Authentication Protocol to realize a Pubhc Key M6523 Protocols Cryptography based authorization and authentication framework. F-rstiiB-c, w&r-f's eie®®s s6ffl«i--E,s$6si6$$nfco 16 (h) University of Tokyo Source Name of Proposal Tbpic N° University of A New IPMP System Proposal of a new IPMP Systems M6518 Tokyo combined with Digital offering simplification of the Watermarking architecture of IPMP decoders, interoperability and renewability. (i) ASCII Corporation Source Name of Proposal Tbpic N° ASCII Open B to B architecture of Set of IPMP tools to enable B2B M6519 Corporation MPEG-4/TPMP exchange of IPMP protected MPEG-4 contents. (j) Matsushita Source Name of Proposal N* Matsushita Extended IPMP system Proposal of an automatic unique M6517 implementation for contents ID registration facility creator or owner ID registration on information gathering equipment mmizzL--? id 17 (k) University of Merry I and Source Name of Proposal Tbpic N° University of A Dynamic Multicast Key Protocol to update keying M6520 Maryland Management Scheme for information for dynamic and and Groups of Mobile mobile group of users. Washington Multimedia Users (I) KPMG KPMG&pre registration ^ilbSfribft&^Pofco (m) Telstra (n) FMCAVL Source Name of Proposal Topic N° For more Introducing a domain for use Sub framework of IPMP for M6525 convenient control protecting both content rights AVlife and user privacy. mxmmcD (o) NDS Source Name of Proposal Topic N° NDS MPEG-4 Intellectual Personal Entitlement Control M6520* Property Management & Message Protection Solution — Proposal MPEG-2 ECMCEntitlement Control Message) D 7 b A-v vOMC b tz^ PE CM(Per sonal ECM)^£g^£ft£0 18 (p) Intertrust Name of Proposal lIK N° InterTrust Flexible and Robust IPMP Proposal for keeping with the M6443 Technologies Solutions Using the MPEG-4 IPMP hooks Corporation IPMP Hooks m&CD IPMP 7 Z(Dm&tfMW£tifz0 55 m mpeg tf-;v^)r»M;:ss£n, ipmp vmu tlfco %(D'&ML IPMP MSI (Dm #b^m#/v-ev^o mmmmvwmz-ix \m 6.1.3 m rsimpite0tmj> xxr 6.2# rMPEG-4 %m IPMP Working Draft (DMMj &#^o 6.1.3 m&mmmnomn MPEG-4/IPMP ver.l Giffc” hook ” interoperability (#3###) ftbmz renewability (M0ff4) %>tz&>\^ S 50 0 Maui^cT#^” AUG on Study on Standard IPMP Systems ” (IEE: fcBl^E (&T)) tmSL^tltzo C 0 AEG li MPEG MPMP ver.2 (IPMPExtension) hook U> ver.2 AHG (4:2 6 C# 510 Amsterdam Cl” AHG on Content Access Problem Statement” (0# : Frank Bossen (Sony)) (C^f S£§ 53 04 Content Access Problem Statement” 0 0 3IIBT$)^)o Pre Resistration 2000 9 B 15 B Final Proposal 2000 ^ 10 H 15 B WD 2001 ^ 3 ft CD 2001 ^ 10 B FDIS 2002 ¥3B N3543 (D$&frlZ j; o T” AHG on Content Access Problem Statement” 0rSi&(i^-T Lfc C k 19 6 ^ 0f fz C" AHG on Evaluation of responses to the Call for Proposals for IPMP Solutions ” (US:: Mike McGinty (reddotnet) ) C. ver.2 0 SWb^xfn]itT^ES* sH$n^tofco rH^Pfb bb'9 ^/c0b, r4>&< b&d'y#—7oi—x/rJtiiJppfb 20^^##^b^)^:o &¥kWkbhf jy&O£ot>£o&0 1 0 OPIMAVy i&gfc-f > —^ 0 1 0^ET->^0^S0V'ytf>^^!9bT(^ • secure domain b insecure domain • T 7°V $: secure domain 0M^dj'#~0( V ? 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E-contents A<37/\—E-Conntent fvT'Xi: ID £p>/< -f>t§£, ELL' Requirements * 105 MPEG-21 IS. Wflt»'bL'fcfc*L'fcffi«£ti:l-. *ft£**5rr •ss-j&jiiii.kufci'o (iHia-DTt. *5»CtlSL%L'6(5C6) 106 2000 35 3 H 28 B ® 51 HI MPEG e3#S (0 -vx y H MDC G 'T/m BBS : 3 R 20 B (H) 9 : 00~3 £ 24 B (A) 21 : 00 @fi/f : S 7 > XH Noordwijkerhout rp Leeuwnhorst 60# titi®# : L.Chiariglione % 250 SX h : KPN, MindPoint, NOB, Philips, Telematica Institute 1. "9-V V (0X94"VX>b A. IPMP * V 0 0 #Sai: h-jUl/'>XtrA$sg sssR^n^o u xvy-vxx i-x/v-x-e AHG©cn$r-©i6§i«i4#6u -e© ^&afi££tltX'b — 9Tt> h XA —'T'TOSiS&BflffiK L t Content Access Problem Statement iicW(N3348)$f^h£ Lto C tt$tEECSf5icF-tfl»llEIIf£fe'^;£:5|<© 5 Call for Solution fffiit AHGtAHG on Content Access Problem Definition : N3351)As$f V < SlfiJtcFit,, Frank Bossen/V ——A5®#, Rob Koenen/KPN ^SlaUl cfte^nto cFsii, 6 a y a * - ^66-e%ff £ n, 7B*< t * 10H$tC#©64l%?So B. 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M4IF X 31 X* if b URL : http://www.m4if.org/ name : m4if password : 3agoN (case sensitive) (D M4iF^i: (77>xi §jk -digits) (D M4iF^S^E^E ® nxl::;fcNf 3:7n x W/vh V^/vcDE'niiMito& (3) ;^>b 151 10.1.3 *53 0 MPEG #53 0 MPEG ### 2000.7.23. /J\# IB 1 ;#B 2000^7/3 16 H (B) -21 B (&) 2 ; urn ^fc«stsatoto('>^^^fcfiCrpA^tgE 3 ; Chinese National Information Technology Standardization Technical Committee (HIM, 7? D V 7 h 4,IH) 4 ; #AD# 250 (|*l, *8*6 35 £) 5 1 *v"[E!]^;'n ‘©7\/f 7 f h (1) 2 ^LT-SIlwAsEvfc IPMP©i£5S-f±$©$XE$ (cfp) (2) MPEG- 21 f-A^fiSLfeo CFP©##h»-5ti©o (3) MPEG-21 @(@*(±#©##*###3%% (4) MPEG~ 7 © Working Draft A^fig Lfco (###©#*#$k%-5t©o (5) 9r7, D7Td';v '>*-?, x h V —5. ftfc 6 ; £&:§• Part ©BB 5.1 Visual g|Sffl£&SS TMPEG-21J Technical Report (S$) N3548 A^tSUfco . 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Page ©MfL MP3 ^ AAC 5.3 System SB FPDAM-3 Transport buffer model user to network protocol Bit stream content on Website * MPEG-4 over MPEG-2 stream IETF ot l '> £ MPEG-4 over IP Network RTP Payload Format (i JNB Proposal Xkfa tK GI (DRMX^Hbfto ^COMs Multi users Technology Profile IPMP sharing tool (protocol — Jl/X&V0 o 5.4 Requirements )]/—7° * Software Policy N3535 VMF&m#API * MPEG-4 IPMP N3545 One set of requirements for all stakeholders Watermarking Generic NB j &0© *>¥ *New Studio Profile IVOPS PVOPS SPRITE 1.2 GBIT Intra Frame (DfoX$iJgJc'f*^ Simple Studio Profile Core Profile &&&&&, I & P Frame Digital Cinema Lossless N3539 40,41,42 MPEG-7 Promotion Conceptual Modeling N3544 informative Annex of System call for Evaluation Contents * New Streaming Video Profile * Digital Cinema Profile Lossless & Lossy Coding CDPto/b 5, 153 S53 0 MPEG 66 2000 ^ 7 fl 16 B~21 E IbwOfH) 2000 7 M 25 B rx*- A? % 1. «ES S8 53 0 MPEG 6614 2000 4 7 17 B~21 BlC^lfC*Wb»C-tH«Sn&o S *#14*9 300 «SS= 4-0 MPEG 6a(ti.T*6a)7!l4, MPEG-4 Version 3. 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IntertrustttCfiti^-y-St'kVdSBS^^iDx PF$* NeilsKIBX®>> F#A3<£ d #(C\ 3-—If ©ft± 9 C Domain Govenance Organization ( F / d- ^SEISBHt) 6s3 SilV'dSIXCttx f © II*A ! l a • l k-t\ 3-y k±|Ba*k®Mt; Rights Infrastructure Services (##Jd' > 7 7+f— If 7) b. lt> IPR x—7 z<—X • fr-@E%ff mpeg -4 -C-fT±±tt'fe i O (CxIntertrust acflsfffl^r-iifc?. C Ofc i i;liffi it-fes. • Fdtd >$fflavfc v^v>*seso • 7o®-9-y»oi/-7 ,T-iie.«6ceco-a^5EaE$±n«idd $ 159 f ©m • tJ $——V—0 IPMP MPEG-4, 21 © IPMP ^###^0 3>7^> MPEG ^HS©Wf^afeDo • PDAM4 ©Iff hf i/jl 7;V7°D 7 7>f Jl/0 Slu : Advanced Simple and Fine Granularity Scalable. AC (GMCl/4pel)tL 1/^1/ P-VOP^xX^d'^. S/->i*l©v;i/f7;i/ xx^xxb N3539. ##3>^>^©3-;i/ N3541. CFP # N3542. IF^ay>h©h*77f, N3540. • S/ X X A © 4 over IP $ v YV~?Z\ IETF ^©0# • MPEG-4 * —7*4 tCr^tffrbflSo FHG©^ t3-^ tz0 MP4 7 1/'^7V'^7, RTP. 7XV#^7X-"7v b. LATM. ADTS (AAC xx^x// x©^) • CELP6kbps^ht±ot bffl^^nSo • CELPlG^h^m^Lo W^i* 6 h*A,fc£frfc>6*l'o < MPEG-4 bX-X^X> • aac (d skbit t, 96kbits^a^^Dmw#. m± 160 MPEG m 53 AUG. 12 ^ 7 fl 25 B »* ## (0MPEG-4IPMP • CfP (Call for Proposal) ;¥%6$L.fc„ #066 (91 52 UV 3-Z--7£€;) hZXtSlzmi^Uifi CfP ^^#©%<7-^n.-;i/©TE©m!] Pre Registration 2000 ^ 9 n 15 B Final Proposal 2000 if 10 £1 15 B (23:59 (GMT)) Proposed Draft Amendment 2001 ^ 1 n Draft Amendment 2001 ^ 3 M Final Draft Amendment 2001 # 12M - CfP (La Beanie, FR, 10/23 27) • §tLV AHGCDSSU^ RobCohnenSi, M.McGinty ZZtlZfr^tzo m6305 F.Bossen, ” Draft Call for Proposals for an advanced IPMP system ” m6304 F.Bossen, ” Content Access Problem Statement” m6248 F.Bossen, ” Report of AEG on Content Access Problem Statement” m6228 I.Kaneko, ” Possible table structure to evaluate for IPMP proposal ” m6229 I.Kaneko, ” Economy of renewability ” m6175 T.Ando, “DMIF support for advanced IPMP systems ” m6130 P.Kudumakis, “Liaison to MPEG concerning version 1.1 of the OPIMA Specification ” N3543, “Call for Proposal for an advanced IPMP system ” (2)MPEG*4WM Watermarking ©§f 3>t LT IPMP # IPMP §M©U< X — '>3 tlfzo IPMP Itor 7°V X-i/ 3>t VTidU MetaWaterMark ©tES >b5& £ tltz (m6363)o tztzZs rn 1/3-1/4 < rm% humx mpeg -21 xmzmzmmtzx'tiztiL'Dtzo # IPMP m&77])/r-z/3>tLXlts 3:7-#% (m6339), b 5 3-x -T (m6363) ^(D^m^t^ntzo ztubiz-Dux&s f©m#^ Watermarking SitlltlL rIPMP (D^X Watermark Zt\Ztj:2>tz65fr L # ipmp Watermark IZ LXmi£&m%tlXJ: D £ CRC^©MS©^-W£ff-3fct$5 161 Watermark j rff.^b t^ t F*I§T? tt & 1A j & < mifrftfco • cIDf h MPEG ^CD V • MJs«F#ttTia©a o o m6302 Y.K.Chen, “AHG Report on Study on Standard Digital Watermarking Technology ” m6363 Y.Takashima, “The possibility of the meta-watermark” m6339 C.W.Tang, “A Proposal for Some Non-Security Watermarking Applications ” m6303 S.Macy, “Non-IP-Protection Digital Watermarking Applications ” (3)MPEG-21 • PDTR (Proposed Draft Technical Report) (IE#tZ(j: 4 MfM]#)o • &© 7^g©7 1-V*s|S!^iTfco • Terminals and Networks • Content Management and Usage • MPEG-21 Digital Item Declaration • Content Related Identification and Description • IPMP • Content Representation • Event Reporting • 4 O© AHG o • AHG on Study PDTR Study • AHG on MPEG-21 PDTR Editing • AHG on Use Case Scenarios • AHG on MPEG-21 Call for Proposal • (La Beaule ££*) CfP v?'7'f7*>b tni'-THtA AHG VZh Requirement AHG on Digital Cinema D.Mead, F.Bossen 3350 Pre-mpeg AHG on Call for Proposals for IPMP R.Koenen, M.McGinty 3551 Pre-mpeg Solutions AHG on MPEG-7 Applications & N.Day, C.Saraceno, 3552 No Promotion to Industry W.Reichhart, J.Martinez AHG on Study of MPEG-7 Mobile M.Sasaki 3553 No Applications AHG on MPEG-21 PDTR Study K.Hill 3554 Telconf’s AHG on MPEG-21 PDTR Editing J.Bormans, N.Rump 3555 No AHG on MPEG-21 Use Case Scenarios T.McFarland, H.Sakamoto 3556 Telconf’s AHG on MPEG-21 Calls for Proposals K.Hill 3557 Telconf’s ±IB'JX hcD5%x MPEG-PF #0 SWTtEt. 162 N3551 AHG on Evaluation of responses to the Call for Proposals for IPMP Solutions Mandate: CfP Chairman: Rob Koenen ([email protected] ) Co-Chairman: Mike McGinty ([email protected] ) Duration: $5 Meeting: • BBi®W5r-ffd = Reflector: mpeg4ipmp@ iis.fhg.de Subscribe: [email protected] ME & ti: & U > “subscribe mpeg4ipmp ” N3554 AHG on MPEG-21 PDTE Study (PDTR=Proposed Draft Technical Report) Mandate: 4#^© PDTR . 7D-A7-7© ( ) o Content Representation (Fernando Pereira) Digital Item Declaration (Vaughn Iverson) Content Identification and Description (Touradj Ebrahimi) IPMP Related Technologies (Niels Rump) Content Management and Use (Rik Van de Walle) Terminals and Networks (Jan Bormans) Event Reporting (Zack Coffin) f 77 : ±l3©7;i/77 5V77D-A7-7#^li£4t3i©f?UM£fiif£o MPEGT*-e£?3IMftT% ±IBSS©E^JIil6^-oit 3o Chair Keith Hill C-Chairs ±!37iii SXT-f)' Duration: S5 Meetings: l@tt±®S|g6a6 sS$Sn5=Itg6$>Do Reflector: [email protected] ([MPEG-21 STUDY]—;V©7^ h2l/©#(Z#A C? t'l'So) (#Dl~F© 3o© AHG © V 71/77AHG DIr] Do) Subscribe: lz “subscribe” AUfiTDlT/' F 1/7^7—;V Bill [email protected] N3555 AHG on MPEG-21 PDTR Editing Mandate: MPEG-21PDTR £\ 2000 £ 8 M 28 B$T-CS*1"5 = PDTR $ SC29 MPEG-21 U7|y^f Chair, Jan Bormans Co- Chair Niels Rump Duration: *5 Meetings: D 163 N3556 AHG on MPEG-21 Use Case Scenarios and User Requirements Mandate: MPEG-21 TVZfy'rJ V • MttZitzfo CD-H&tfJ7s )]/ £ ffrsJct Z o 17-hx , v^-(± $ n 3 mpeg -2 i # cf p n mm &# *. ^,o Chair, Tom McFarland ([email protected] ) Co- Chairs Hideki Sakamoto Duration: $5 4@7#-;i^*t- Meetings: i 0ti.±©msd8** sis;££ft3wi£tt$l 5 o N3557 AHG on MPEG-21 Calls for Proposals Mandate: #^#m%#cfp &. MPEG-21 77l/-A7-^0 Vision Goal, use case scenario, % 4 At^—tOV, %tz&) CfP & CfP CfP {±#ftCD MPEG-21 7 # CfP IS Chair Keith Hill Duration: $5 4 07#-;i/££*-e Meetings: i Bti.±ffleisda* sis$sn^ qjigtts 6 = 8*3;rtfc AHG l> X h System AHG on MPEG-7 Systems Olivier Morgan and al. 3579 AHG on MPEG-7 DDL Claude Seyrat and al. 3580 AHG on binary and dynamic MPEG’7 Michael Wollbom and al. 3581 data representation AHG on MPEG’4 Conformance Yuval Fisher and al. 3582 AHG on MPEG-4 BIFS Jean Claude Dufourd and al. 3583 AHG on MPEG-4 Textual Format Michelle Kim and al. 3584 AHG on IM1 Zvi Lifshitz and al. 3585 AHG on MPEG-4 Content on MPEG-2 Guido Granceschini and al 3586 Systems and IP Network AHG on multi-user applications Olivier Avaro and al. 3587 AHG on MPEG-7 Intellectual Property Neils Rump and al. 3588 Management & Protection (IPMP) Multimedia Description Scheme Group AHG on Editing the Multimedia D.Salembier, P.van Beek, A.Benitez, 3477 N Description Schemes XM and WD J.Heuer, J.Martinez, J. Smith, T.Walker AHG on MPEG-7 MDS Core Experiments A. Benitez, T.Walker, P.Mudler 3478 Y AHG on Audio, Video, and MDS Y.Shibata, P.Gamer, L.Cieplinski, 3479 Y 164 AHG on Audio, Video, and MDS Y.Shibata, P. Gamer, L.Cieplinski, 3479 Y harmonization C.Saraceno AHG on Conceptual Modeling J.Smith, U.Srinivasan 3480 Y AHG on TV Anytime application I.Sezan, J. PE vain 3481 N AHG on Metadata Integration E.Oltmans, 0.Morgan, P.Mulder, 3482 N J.Martinez, J.P.Evain Video AHG on the study of MPEG-2 Video J. McVeigh, M.Buxton N3525 Y elementary stream supplemental information AHG on software integration and Yagasaki, W.Li N3526 N verification in MPEG-4 video AHG on conformance in MPEG-4 video S.Bauer N3527 Y AHG on fine granularity scalability in Ohm N3528 Y MPEG-4 video AHG on the Studio Profile in MPEG 4 Yagasaki N3529 Y video AHG on core experiments for visual Bober, Jeannin N3530 Y descriptors in MPEG-7 AHG on editing the document of the Jeannin, Ohm, Cieplinski, M.Kim N3531 N MPEG-7 visual part of XM and WD AHG on Audio, Video and MDS Shibata, Saraceno, Cieplinski, N3479 Y Harmonization Garner AHG on Call for Proposals for new tools to A.Luthra N3532 Y further improve video coding efficiency Audio AHG on MPEG-4 Audio Reference H.Pumhagen, Co chair B. N3495 No Software Teichmann AHG on Audio part of MPEG-4 R.Sperschneider N3496 Sunday Conformance before 54th mtg AHG on MPEG-4 Audio second edition T.Moriya N3497 No AHG on Audio call for Evidence S.Quackenbush N3498 No AHG on MPEG-7 Audio Core A. Lind say, Co-chair:, J.Mantegna, N3499 Sunday Experiments T.Plamann, H.Herre, Y M Kim before 54 th mtg 165 4« No. Yy mm dd City Country 54 00 10 23-27 La Baule FR 55 01 01 15-19 Eilat IL 56 01 03 04-09 Singapore SG 57 01 07 09-13 58 01 10 15-19 (Washington DC) US 59 01 12 03-07 60 02 03 18-22 166 10.1.4 S 54 0 MPEG La Baule 2000 % 11 n 22 B 85 54 H MPEG 6-a- IPMP BBS : 2000 ^ 10 n 21 B(±)9 : 00~27 B(A)23 : 00 mm ■. Atlantia Centre Culturel & de Congres (7 ^ 's'?* La Baule) I . -9-v V 1 . 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PDTR (Dy]y-^U-^7tmo^CD (M^©^#) • MPEG-21 (7^T7l/##, Ir]^ AT5~—T) 7r$> V \ MPEG-21 7 1/—A*7 — T©^^Xr7@E ' Ho ($J : Web ^-7£ISf$t3 HTML f3^V>7£ft-tl^7-T^ 77 AV3>7>7# • MPEG-21 © IPMP : ~sJ&%^BZJU-Jl(Dm§/:g%/£ Wf5&IMT»m£/7A7A©iMT£B^T3 KA^ >MiE To PDTR © IPMP a# ( >E^M©^m©!3^) V©*7: Annex idAT^Se&oTo • # id Content Representation, Digital Item IDentification, Content Description, Multimedia Initiatives As$>-E>0 77>To B. DID © CfP mm (V h tVz'O h) cID £ DID ^W#X.T CfP £m ToffeC DIlCDigital Item Identification © CfP &#&o CFP©B%(± : (1) 79^71/7^ 7A@#©m#^^A^o (2) &WMM (3) ES©*MiB#>£©iES (4) #©77i/7AT^7@#©m#kfa^k©^^m CFP ^cSSEfro^o 177 3. MPEG-21 (MPEG-21 Digital Item Definition / Intel) A. fit# AT 4 5-A : E«$60»iR*tl= A? • E«Mb • tiBUSSSS B. ^7)1 : a—trEV'SlWy^r-ynl/^yy, c. EiM^-fHK #*#-#, urm, »£, 7-?-f^h> y-v> ;k bb#, l?ffl7-ffAiiS2 ■o©*(* (128Kbps t 192Kbps ©X MJ-A&ir) StS-d Ttifil'o D. Elfe : MPEG-21 ©BMI±f9^A/T-f 7:A©%#©6©(:#-##:%gmkEa 4 . DID(Digital Item Definition)© CFP A. MPEG-21 ©ttSf/ti, CFP S2o (Digital Item Declaration iu Digital Item Identification) ¥61UT4-Bli 1 o£ 1 offl-T, @| 0 lift Bo (Keith) ss(Rob)o *e*c cip©^tit$4i6©x Ams n a# IZ tattle B. DI Declaration CFP : 4>0 CFP $tfiU *B(2001.1.15)**&#?mf C. DI IDentification & Description CFP : 4-0 CFP Srtti L, ?K 11(2001.1.15)Bfl[ L 6(ft-', f©*(2001.3)l:#%&##fs. D. Digital Media Standard Summit i 2001 ^ 4 fl New York "C M < 0 178 VI. SGWat d. • B69 : fijSttffiKtg, 7 4-^7';##, ttSlBJEo • s*ttfg : M-sLittt, es§». m#$. • 5*#|g : HSrttx fflagffltto • ISiF-fbu-^vv : a 179 f§5 4151 MPEG La Baule^lBfe J 27-NOV-2000 3r-W> (#) £6L M6572 : DMIF secure channel support request for IPMP solution M6573 : Advanced IPMP descriptor for IPMP solution 2.mmmm ±iB2®dDWS^ DMIF YlZ'OWXit, Opima iSS #m) iihtfiDasnfeo api 9 User 11 ffe» {B} App ieeiiat (C) IPMP Plug An API Serna iAPI {Sane plug-ins sOMter&&& ???) " 1 ------3------...... * ______Audio |l||i(ap|S|il||e|ll|l Derice dAecs OS&HW Video Bxiapted. Content Clear Content O Possible IPMP External Control Points irttetjkees 180 54 0 MPEG-4 La Baule 2000.11.7 : 2000 ^ 10 H 22 0 (H) -10H27B (&) (2L 22 BC AHG&O) %aPlf : y ^ > 7 La Baule Atlantia z?### h : France Telecom,Thomson Multimedia, CanonFrance, Philips & 1 . MPEG-4 • Simple® LO 7D 7 W ;i/#s 3GPP *fc©U Ftlio 7 bV\'>7'> >7;i/ @ LO tfy MAXES E©ejE> DCAc yy-nv0 • MPEG-4 on IP : MPEG kL MPEG-4 i/%^A&#&%:RTP/'W D-F7^-- iTu-T-\v Lx H.323 .fcSx mntZZttLtzo (N3693) • 7 7U1/It (N3758) 0 ^bx E 60Mbps • MPEG-4 >r H;-7 *-7Ai±x ^#^60%^^c^o • IEEE7^>th-l:Tx MPEG-4 b/bs!M£ft3o 6/18-6/20 th> V-tf-efT ##(±x Http7/m4if.orgo MPEG-7 • CD(Committee Drafit>tfftJ££ft&0 ^MbmfaVMWZ & 3 &Hfi&V'o 15938 1~6„ • MPEG-7 ■$/ 3 XD^Mo ^'b'A^J&x Jose Martinez 182 • Watermark IPMP VtzM^X (MPEG-4t%(Dh\ & MPEG ipmp r5ib IPMP (D CfP xm (N3543) HfcfU MPEG-PF M6519 (77*-)x M6572 • M6573 M6517 • M6473 (t&TX M6518 (M±) £>6W# 10 £1 21 B (±) 22 B (B) t AHG K—T'OPftfflfttls W yft'frfc>titz0 *AHG ^ —:r A > '>XfA^V-7lI© Olivier Avaro Rft£b&, -?"© # IPMP Breakout ©Iftjyi Mike McGinty E (Red Dot Net) ft'O hlsbfzo CfP Response izmtZffiMfc. ^C* N3727 h LX^i-^tltzo 16 $± 17 f ® o t Telestra WDCD{M *^\S] WD(Working Draft)l.O ft N3729 b^X&frZtltzo WD 1.0 ISO/IEC 14496- 1 2000/Amd.3o *26 B (D'fXs-ZT^ h©BMt\ MPEG WD Iz^t^ft WAZtlXUZZtlZ. Pete (IBM) Z WD CD ^(D^lft *WDC(±, (TW#^) Q ^^46 0 © Hook ^-Xo (2) OPIMA^d^f-^^HV^o © plugin CDMiff4 (f*^ £f) © 0 7">r © IPMP'>7^A^'.y h*7-£ W^—©58I& © IPMP ^X^ACDitu© IPMP f-f 7 ^ C n £> ©vvX 0 1 (D API mftX t o fco API&^G%2#&0 AHG AHG 7b (N3743)&, J^T©h^0o Q WD1.0 %#o © 7-E7^f--\^cDafE!M£$#o 183 ® if mmit, u, @ IPHPSSSSSdffiUCDfetofflT-^rx^^ + SftSg-rSo © S 55® MPEG die-#, IPMP ISS® JSSiS# 6 fci b $ 3 =fc 3 C, IPMP &g@3# ©WD1. 1 •£„ © £-$lC#6DT3 75l!IS$toT*fi ;1-3o s hto IPMP © C£P lcM1"5i|gi6SS 16 CMU MPEG-PF8*d#6ti, 6*#&# tub, }g«&aii*ffofco MPEG-PF #6 ffl&SSli, WD1.0 A F ©li1*ft#©g*C ffl*a$nn>$©T-. »®ddr-ti, SMcilSSrUttfbLT, d#©f±#t: 184 SC29-OICI-16- S54@ MPEG -mpeg-4/ipmp 2000 f 10 M 28 B (8(7 X*-) ■ B#: MPEG-4/IPMP ad-hoc(7 l-fr) 2000 *M0 fl 21 B~22 B MPEG 7 7 >*7 Zf—>l4l£ 2000 * 10 fl 23 B ~27 B IPMP ad-hoc day 1(2000 1. Agenda ikSB*iDiSS®j8S Agenda LT#@U, iMT&SISI-SkkkUfco (1) {6J£ffiWbf-£A> (2) y-AfiM* 1 (3) f t#CS$6im. i6tt®7-*T^7-V--eS-$.» *fet' 185 5. 5-«3sroseE tz 5.1 Intertrust Source Name of Proposal Ibpie N° InterTrust Flexible and Robust IPMP Proposal for keeping with the M6443 Technologies Solutions Using the IPMP hooks Corporation MPEG-4 IPMP Hooks (16) KiWaW vs ufcttoHFar-s ^tztK rfflyv-e>T-ii$t3iy.T©MPaA s$c fee (ttTISfflDo -f yj>- h5X Hi. 7 1/^H'Jf-f i&tWSfflWfcCBIKH ^-77'J7->a>PV'f>tt) y yj'-v^ H'jvy livsfr? f-77'j >r—\y a > k^ -f yrm## ipmp SJufA&fr? y’vP'f y®1ssp&flJ3S-r£ffiliFr3B£ chi . (02) OPIMA OPIMA architecture and tools M6452 c©ry-t?y-eiiJ-nv®@ReA 5$D7co opimaopima vm li \^\zru=r>p h£h. SESh-5*? 5.3 NetEx Source Name of Proposal Topic N° NetEx (04) Presentation of fully NetEx SDK including software M6520 developed MPEG IV IPMP for encryption/decryption with Solution 3 kind of consumption model : demo., limited play unlimited Play. ______X.509 VV-f BE* MPEG-4 CSffl1-58S<, ^EtfliWT® e>n.;fc„ ipmp tgipcaw. pyry^;u®-bVa'Jx-f. *-7y«f > 7'r>a#J». EEtofigft^© Pkfy^6:^Si0^Sn*:= 5.4 FMCAVL Source Name of Proposal Topic NQ For more Introducing a domain for Sub framework of IPMP for M6525 use control convenient protecting both content AV life (14) rights and user privacy. flAf'Js® bv^yoissaMtsg*. 186 5.5 Canon Source Name of Proposal Tbpic N+ Canon (01) DMIF secure channel 2 proposals including DMIF M6572, support request for IPMP extensions, IPMP extensions M6573 solution and upstream syntax Advanced IPMP descriptor addressing interoperability, for IPMP solution renewability and persistent security. DMIF CD-tr Ur^f upstream 5.6 e Vue Source Name of Proposal Topic N° E-Vue (05) e-Vue MPEG-4 IPMP Interface between IPMP M6422 Proposal Systems and the application, content description syntax, P&L, error resiliency issues. eVue Y — 7 x.—XtHSio e-Vue (D^^p^^t^Tsd^DM D JMP2Y7-44PMP ^ 7=/, f Z7 > A ^ -V/^Y Y A d8aE#^n#zT##Uo Ty°v^ — 3>i"> 5&&%#9Y h#vf X(±5m fcn?&&iA0 ^7YT>A/^—/f—#—/f—Conr^x Y tV 77°P~7tIPMPsystem (DMMZtlfz-f >7 —7 31—7 %ft~D7°ls—V—7 >* —*^7 IZVr *&'&#—kt&o LfrU IPMP 7> ha ir t. CPM k.04 >y — 7 3: —7 & normative frt£M!fp§T& £ oj MPEG-4/IPMP © tfc&T $tlfzo e-Vue ©##©M##T:a©m D C#g^© IPMP T-*r77-y-(DM(D&tt^±fdo mffiX'g £MmcDfcd&£tt, Z0SU 7°$£mt£Zt&£MT&£o OPIMAtt7—3r777-^-T&!), Z(D c#yz; 187 IPMP ad-hoc Day 2(2000 10 22 B 9:00-19:00) 1. ASCII Corporation (09.M6519) Source Name of Proposal Topic ; N* ASCII Open B to B architecture of Set of IPMP tools to enable M6519 Corporation MPEG-4/IPMP B2B exchange of IPMP (09) protected MPEG-4 contents. 2. University of Merryland(11,M6520) Source Name of Proposal N+ University A Dynamic Multicast Key Protocol to update keying M6520 of Maryland Management Scheme for information for dynamic and and Groups of Mobile mobile group of users. Washington Multimedia Users (11) heamem^-KAtcHTsaSo viv^^x mesa, txya ^ y '> a >ettSE#*si6ia$n^ 7.- 'y ©njj&ttttiov-x-fe>^--cea-e*-5o e-ts^ttSip-fb-sf 3. Matsushita (10.M6517) Source Name of Proposal N° Matsushita Extended IPMP system Proposal of an automatic M6517 (10) implementation for unique ID registration facility contents creator or owner ID registration on information gathering equipment CRLPanos: OPIMA $ft? t ^ . 6#: C© Wfl^cok -© Matsuhita Proposal on the Renewability in three levels : M6473 (03) Renewability of IPMP System key, encryption algorithms and IPMP System -b*zL h 7 *-A©f6$o sa*6©=ix>h: e$B8®astft* s-i;>s-e$>-5o S.University of Tokyo (08.M6518) 188 Source Name of Proposal Topic ;N» University A New IPMP System Proposal of a new IPMP M6518 of Tokyo (08) combined with Digital Systems offering simplification Watermarking of the architecture of IPMP decoders, interoperability and renewability. v ^ e-uf b z mire m&t s $iSo 6.Fuji-xerox(M6523) Source Name of Proposal N* Fuji-xerox Ticket Authentication Protocol to realize a Public Key M6523 Protocols Cryptography based authorization and authentication framework. b tzmmz z&mtzmmo Authenticator, Token, TAP messages, Ticket public key, rights description, access tickets, bs rights authentication X.509 HIE (3; E^:X.509 Zb&nSIfefr? £ tifi^tzo Plenary 2000 ^ 10 ^ 23 B(9:00-13:30) 71/±V B$A##A0#(± 200-250 A#J^o 2. NB comment 2.1. TJKNB requirement jtyktib'flZ Watermark ©FFiffi^T 3. Ad hoc reports 3.1 IPMP io n 21 B~22 Bey znzom System plenary(2000 # 10 M 23 B 15:00-16:20)______IPMP klllllt* >£7pcH[o Requirements Overviews WIX Core experiment %>o zk@04^#uC IPMP (D > b©b U x—A ^l^iil^IPMP C 40 ASJ^X^SM^rfflSr^o IPMP/Requirement ^H^j|(2000 ^ 10 M 23 B 16:20)______10 H 22 BWbf:i-^7^7A^l/lf2-bf;o Panes: 4*0%#&### MPEG4,7,21 01ivier(v7f hM e-vu^>^-^7tfjf 189 4 ©$*«? Olivier: CfP Tfcm/t UTt'&VV SiESA^ttM^©^ >^-^7 t 0x4 AW tT ijf-f fc«Rob: #W#©ica*6-mii'l' ^5K'J Olivier 6# 10 H 22 Bffliffi-4W U vex-Lfco Rob: £ft|i MPEG-4 &E5SL-TV'So -ISW-CttftUo K»: MPEGttti'V hX h V-A&S* f St©"C, ^3 —^©tt43/tPbV'o Olivier: Ztll±=l>7 * —V> XtlWVh^o Rob: bitstream ©5$l'HI:&5:-x -y X^Sfc©©^ V#—7x—X"C$> tUt, MPEG VMfe-tZZb&T'g&o Olivier: IPMPbitstream ©#!####&flZ l'-2>©ll'looT , C. tilj; API ©/!©© bitstream syntax -^©4j©0 zx^B:IPMP -Y > 4'7x-XC^<©y'>>D-l'*nrtgfl; it'>‘x-;b^liabTV'>-5o Olivier: -E©A tt»liC6oT05o C©yi"7^7AC«#l,OBIFS 6*: Olivier: £ © iW 7 7^ A7W TT^ A"eti:&V'„IPMPiM&itSI"67= -7 tf-iigfdo -fcffl£5bfeoS»: 4 >#-7x-^l:liMW IPMP Wf 1 771-tOY >^-7x-^MSg 0 $*totcli 2 -DfflS^^SS^afe •So Pete: IPMP ft*": Stt©7 •yJ'liY >7 —71-XSiK—totd££l/&V'U r-^7D-ii!8| Sh-S LtOoIPMP i/X7AA$'$e£ns hy- 7 7 □ — Si>ffeSo cniiHS^nJE^o Olivier: ££,(;, 7P-4”—©nTHtt© fc©C#r IA'4 >7 — 7 x—XifiW S.t'lfco @##: IPMP © upstream As&l'0e-vu: XrML 'Trfr&"5^ S^oKaneko: ASCII a*tt, IPMP_Data ©#@###%&#/u-COSo IPMP (2000 ^ 10 R 24 B 9:00-13:30) 1. ASCII © contribution c*,6>©%$lij: i Source Name of Proposal Topic N° NDS (15) MPEG-4 Intellectual Entitlement Control and M6520 Property Management & Watermarking Protection Solution - Proposal X.509 & MPEG-4 ©t*x V 74 |gffit: 190 diagram IZMU Wm(Dl&£&lE*MjLtzo F £ IPMP CD interface CM LT> WD (DfX T 5.B to B (Dmm XML COlM:,Olivier S:E=L D AtllAA^&SSiffl L£m£ £:£s$lS£tlfco MW A® interface Oll^t^o IPMP(2000 ^ 10 M 24 R 14:30-19:00) ______1 .Workthrough of interface e*Veu, y U—7 > Fuji Xerox CD^ >*? — ~7 x—%(D^7 ^ # — 7oi —Lfco 2.Workthrough of IPMP System Service i/f OPIMA VM & MPEG-4 t-*3 -^CD & CD~e$> 3 o OPIMA VM % cL V^o S.Profile #%CD IPMP hook & Profile 1 £tZ>o Profile 1It IPMP #&&&CD&&W&(Z)&^ t?o (A?^ Profile 1 (± IPMP ^^t^CD4b#tPCD^? Olivier & Plenary(2000 ^ 10 f§ 25 0 9:00-11:30) 1. MPEG-7 Intra operability £ Inter operability (DMm&MAjXI/^ & o Intra operability £ (i application specific % form £ MPEG-7 ##CD^CD5#%^$>^)o Interoperability appliation specific & MPEG-7 D,DS fSOS.^j^X$>&o MPEG-7 Awareness Event {t Singapore Awareness Event: Saturday 10, March 2001 HE3 £r!t@ Itl^o 2. MPEG-4/IPMP IPMP Extensions It Renewability> Interoperability IPMP systems and applications^ Interoperability between the diferent IPP systems^ IPMP Data filter between the IPMP systems CD 5 'OCDWlf&X'ft £> tl%>0 3.System Plenary AUL Olivier CDfS#^ IPMP \ZM^ LX IA* Z £lZft U System yCDf&CDff 191 IPMP/Req joint (2000 ^ 10 M 25 B 13:00)______1.IPMP report U—:£<7H U£l\ V U i—'>a D^: 77tg&UniL—T U If 'Jr^f 2.IPMP versioning IPMP 0^-y3>i:ol^> ^r-\7y >£SE0OTW^;<*ft£:o IPMPS_Type ^3> 2 l'< IPMPS_Type = ISO reserved 60W&&IW, a > 2 Lfzo IPMP (2000 *E 10 26 B 9:00-15:00) ______1.10 £ 26 B 2.7s >r x^y'>3> usage scenario^Uffl^ tOV)CD £tlfcCtl(d:nr||^©^“eff&fc>tl£ Ztfct£-Dfzo S±-tfD y U-f ^ ^ y$— V ^—7,OW&'&%M.\;tzo >li ad-hoc mandate Requirement(2000 10 ^ 26 B 16:00-17:00)______Requirement H”C WD (bMW»j£'fftiLfotltza WD (Dy X—V y h \Z"DW~t U— SJELfc±T» WD ackk%c,&o System plenary(2000 ^ 10 M 27 B 9:00-13:00) H.323 k RTPyl^y ^ -ts iTu-T c ^%frMM>&frfrntz0 oimer (±m#0 U3iv>c0#-c(±u%.v> DoC for Japan {ifn!ii& < ^M^tifzo IPMP Ad-hoc ^t ^Mo jklrifi, >^-7 D WD >^—7oi —h#x.T j; V''^? ("Some interfaces could not be addressed this meeting because of time 192 constraints. They are not in WD. Let me clarify that they will be developed during the meeting".) Olivieri otto WD &&/£[£ ft &.(" Yes it is written in the mandate. WD will be developped.") 71/ft V —(2000 ^ 10 £ 27 B 14:00-)______##71/ft V -0#%]##, 15:30 120 1. WG11 2. Sub group report 2.1 .Requirement sub group Non-IPMP Watermark 0##^fr^ftft\ requirement b application 0 > h /W$£ftfco MPEG-7 mobile application ##mf2ft7c(N3754)o profile 0#^### Ito MPEG-7 over MPEG-2 T: £Sli£ ft3 (N3745)0 Digital Cinema 0 Requirement A5iE$f£ ftfc(N3758) 0 2.1.1 MPEG-21 Keith Hill Content ID i:ol7 2o® CfP (N3756, N3757) cfp £ 2 can ^ & a c a Privacy AHG tff££ftfc0 (N3766) Study of MPEG-21 PDTRo PDTR 50%#J^^M^ft^##o (N3754) 2.1.2 MPEG-4 IF IEEE CAS t#m?2001 18 B-20 BHil^^ftSo 2.2. Imprementation sub group Video XMliSl^o (N3672) #0 XM 0m#&#W?&a«, Portable VHDL MPEG-4 tools -o fz0 2.3 MDS XM Reference Software CD web 'TT'^H^ft^o (N3706) 2.4 Audio sub group(16:00-) FhG OPIMAft^y h 7* —AfcfcftJSbfctf-X'f *7&frLVkt& a, 2.5 Test Subgroup 2.5.1 Digital Cinema Call for Proposal &fr%5(N366l)o WT0M^^^it^ftTV^^(N3662)o DSCQS Double Stimulus Continous Quality Scale. 193 DSIS , Binary impariment scale. Split screen with mirroring used for very long(~30s)stimulus. 2.6 Systems sub group 2.6.1 MPEG-7 on MPEG-2 PDAM IfiftfiZtltzo ISO/IEC 13818- P2000PD AMI "Carriage of Metadata on MPEG-2 Systems" 2.6.2 IPMP 3. Approval of resolution 3.1. IBM site MPEG ftp 1M IBM ^6 NIST 6ollB 15 Bfr £iS»IJB£ll*6U 12 H 15 RfrhimmtZ>o (N3623) 3.2 -f x 5 57 in $ xmm Ltz>0 m 55 m 15 b ztz (± 1 B 22 Biz nxr 3.3 MPEG-7 CD t^X(D CD tfftftZtlfzo Text of CD & N3701-3706 4. Approval of resolution from plenary n-;v^n^n^o (N3764) IPMPWD^Ig^ftfc (N3729) 0 Overview of IPMP solutions £ tlfz(N3727)0 CISAC (D RAEndosement IZfttZ DOC tfMMZhtzo (N3722) 194 55 El MPEG-4 Pisa 2001 1 H 25 0 EBX6; *8® : 2001 ^ 1 M 15 B (A) ~1 fl 19 B (A) @5fr: 4 * 0 T *X h : t£ bo -<$') h #»# :83 5 0S (*17 1, &7 1, B71, »25, %2 5, #) iPMi^a w.d ©m Working Draft 2.0 (ISO/IEC 14496-1 AMD3)^^0 IPMP (#1 : Mutually accecpable trust level, IPMP information & if) IPMP ©BS : MPEG : i) #m©iPMP#mw:, w#& Missing Tod Location IT IPMP Tool Normative Messages Interface ■>* —©IRS • IPMP 'V—lUBiiCTi'-feX-r-S • IPMP • iPMP ^n^siPMpy —-So • IPMPIPMP '.y-ii/k&wmmf&o (iPMPtl^v-xtt, n> 7-y "J try P * P U-A, •)■€— I, 3!) IPMP V-1P® 4#%##%. / ipmp 6©if WiE>7">'V&EI8-C-^®ffli:*s ± IBffl t> * —£ X )l—ffl 7 n -fe x £ fit 1' £ qltgtt & & -v-v^-t » k c %) • ipmp'y-;vi®3'J • IPMP '1/-1P®708171' y®ig58®#&. • fflZh^Xh V^lVOiBiE • Mo^oTl'^VMPMP 195 • ipmp ■ ipmp y-;H@©fflBSgE • KfifgiE • ipmp y-;K iSMmomm • IPMP h V y7E5l es : ipmp Video MPEG-4 Version2 (Thomas • V 7 7 L >7 V 7 b ^ Pisa Sicora R) • > 7—VMMit : Fast global motion estimation and fast sprite estimation i)s§f'7—^1/ ^ LT£ tltzo -Versions 7^ 7^*7°D 7 7^ ;V • FPDAM 1 fGfzo (N3897) • #MV 7 Ytfi PDAM 2 to part 5 (CT Pisa 2 ff^o .. -Version4 FGS • 1/26 IZ ISO/IEC 14496- 5/PD AM3 CFP %fr(N3909) • MPEG-4 T>*-'>-7*>7^©/ctoCDSr CFP %'n* 3U • MMfcZntz MPEG-4 • 77'7^.-;V : 3/1 JE^Mo 7/1 77 b 7^ V 7Jim& 7/9-13 ^#77 bo 7/23-27 iiSx7 b©fH0 •f*'>^/l/y^70f7h^ 1920X 1080@24fps60 120Mbps CT Center Hollywood Pacific Theatre 6D University of Southern California Entertainment Technology (LA,USA) MPEG-7 •nrn^mvtirL-k, V7 hi>iTXM9.0©*fr o n>7;t-v >X WD©%ff« CDXXx'f©*^ Requirement MPEG-4 -T t'Vl>X'>>7VK FGSx X4'y*7 -D77"OVAsip 196 MPEG-7 Uf-f, 3>7* —VXXx 7077'f D >?■ ico^tEEo (Fernando S*s«S=) 8»:tt«-v3>i: -jl—yt —-g-yi/vyVf-XT'f T7X-feXffl©MPGE-7„ ■ ^77 7^-x%^gB©tt#a#i:#m-eg^^. • AHGT-$6l:Sll1"-l> = —?©(&© MPGE— 7 © ■ IPMP ti:% if '> X ;r A /%Sfr= mpeg #(§6ttfco MPEG-21 MPEG-21 ©E# -PDTR©v2*siSff*o -f y ^ JPT-f r A7-f f >r-f 7 -f T4* 7= 7 ypffli trr>7liffl#S*©M. (Schuyler >^SES*$%fro Quackenbush • yi7X h V 24kb/s/channeh (HILN tf E) 11/ h* ) ■ 24kb/s/channeK Xtf-ihflto 24kb/s/channel<> #m©&#i:M#©R#^aw:7 >ysf- 7>„ ) MPEG-2 AAC 3 DOOR 58ffo MPEG-4 -MPEG-4 C0R1 : DC0R1 © DOC i; CORltext 3 @FSE%fr= MPEG-4 audio 2001 edition : 7 -V1,V2 3>7*-7>X FOAM : £•&©3HHSE^To • £y b X h U -Aid: VI ifi±X, V2 # 35%X#W#. $61: $< ©eyhxh 0—A&^#f • VI 3>7J-T'zXtiiES*. (RMS xX hSipttSfflS IEn AKy hx h V—A©XD 7x^11/i:V^yt/&^f&© fhfi£) -#i77 h : SE* —r-f *7 V-AV-j'OeS^jSL* 5 10 tt©S8SS»TilfT*- yty&gi/T7^^e?^. MPEG-7 -MPEG-7 *-■ X'ftfOXj'x-f l:5ufi£= 197 ■fi —f-f ^";B%Ef ■ (Matlabttffi, Matlab##) • sto: c k ■ XMffl©Mffi;m$t-nJB, - XM k®SE-£ • X»>h*TD—>tttiti(Matlab 3—K)„ • XM #mit# (”dummy.class ”Stfi5*^fflffl$Rr|gCr^$M) -MPEG-7 3 >7 t—V>7 ■ i1i : X b U-iffl'f >i?2M.7 t'lfl. ■ 3>7^—7>X^4'> b (DDL'>>£77, DDL-bx’Vx 4 77 (f 3—TWiO) ■ 3>7* —x-yxSJSXip : @E#r7"V (f 3—TWbil®* ip4>7!7-|Ig«©tS«#t^»V'),tt-3 bfe77'J (3L5-®Si*$*SR5@), f 7 bSlSHit, 7 —7f 4 X D,DS-C4l#&&©&6 ->7'V >f-f 60 -ft by FhG : MPEG-7 *-f 4 tftoRf 6EI1 ■ tf—f 4 tfStt© 8lbB»J= 0&©f—7^-7&&, 4>>* -7T^-Stt©n«*tfe*1-5o X 7" A 13818-1:2000 0 CORA ISO/IEC13818- 1:2000 ©f^ K tMo OlivierAvaro &) MPEG-2 '>X Van Der Mere 07° V-tf >t*—ya > 7" A 0 ^ ^ 7^ £&ft;£ii5o0 — 9 5r *? V %. "J 'J O AMD1 A^^f >0x£H tMo -y ^7~— Msa iPMPOrStt#, MPEG-4, 7 MPEG-21 5.ft utcraLfc«wAsfft>nT*d , €ntt#64EEv-cv^o WA®SnTVN^3S6, IPMPtt, kt>&B£n-6fi:«k&o-CV^,, MPEGiie^Ei®»?>, 7;yj';vE®©fcto©isjzt :r, iaaHS-cfe-5 mpeg -7 c&ff bTu-f.ctiifSiiu&v^, 4-hi , MPEG-7 t MPEG-21 t©U MPEG-PF SM^J:t3fflTX^-#?ffi©tl*(m6905 : IPMP/XML (C IPMP ->xf a ©sftetaiot, ipmp a#####©##&m&, ansatt-fb u&= m@i±, cn sr-©ft©jiigs^i0-r%t)ffl-c-fe^fe* s, cct:g-c, c©%^cMT-&#An#©a#^*T3Z I'JblWc. **&©%% (m6732 : IPMP Mfrttffl©^'y-b-yft*) tt, 4"#© CD LT, *&, 'bSK©#X(ni6891 : IPMP6651^® fz&b ffii):®Xf’y7lH:, *4© WD2.0 IffiEfflT'n-b^tc, +#£!!*£ nrufcfcto, 7ix€>©& mpeg -pf ##6©#K^sk»o, ^ nr $ £#, ipmp kV'd^-vti^&SStrffSk&S 198 55 m MPEG n-(Pisa) 2001 ^ 2 n 1 B TTs jp — Af # IPMP 2001-01-14 16:00-______ MPEG ad-hoc :£S©ES6vbs2P^ £fco Mike U 16:00-21:00 LT Ad-hoc report £fFj$ L o #AD#(d:\ Mike, Craig, Avni, Af ,#© 5 £0 ad-hoc utf-v%imhtzmr&xrvi- v-&%##&## Plenary 2001-01-15 9:00 —13:00 1 Agenda 1.1 MPEG-21 PDTR : US, UK, JP, NORWAYF tt>S*KN3767) Digital Item Declaration CfP 1C (d: 2 M3763 2 Report of AHG 2.1 M4IPMP ap-p V V 3-$&^6##©V-%^3A^©(±^^L^k©#m^&-3^o TRC 3& /%o 2.2 BIFS Bitstream exchange ###UTV^o U v F X F U — A©$UE©tFzP >:r T #1: BIFS 1^ fzo 2.3 MPEG-7/IPMP 5 IMS© requirement ^fFl&cFtlTco Authenticate MPEG-7 (using W3C signature) A-^P V V MPEG-7 IPMP l± MPEG-4 IPMP -e$>^>o--;FXS: f 9 f -5 a MPEG-7#© IPMP©^#^T #%l^Olivie &: ^ O 'mft Vo MPEG-7 System \Z MPEG-7 $ § © ^ ^ (ammr&ao 2.4 MPEG-7 Mobile Req User, Location t£ ¥(D# & Z. lzt)s&Wo Mobile M©proGle&m&f&o 2.5 TV-Anytime TV-Anytime(TV-A) ip6 MPEG-7 CD a ©3^ > Fo& 0TV A ^ ^ 199 User Pref, Usage History DS ■$> EPG 0tz&>0 Program Information 2.6 MPEG-21 CfP PDTR User Privacy b W3C workgroup on DRM, ITU-T SG15 workshop, DVBCPT fco IPMP breakup 1/15/2001 15:00—19:00 1 System CfPTiih LaBaule-Pisa-m# h tmWmhlto biP V interoperability &TuA# Uv 3 mm- Avni ft: MPEG 7 CD IPMP & MPEG-4 IPMP T? j^CD#? Olivier ft: MPEG-7 & MPEG-4 MPEG-4/IPMP #*©& ^^X.^oMPEG-2 CDm< MPEG-4/System ^l^©t IPMP 2 Multiple IPMP CD^7* —^X;V— ______Miltiole IPMP fhU~V3>______1 Mpeg4player.com MPEG-4 Video CD t^^LUo 128kbps T» VHS 3 tfz0 24kbps(?)T C CDM^mm £ £ 5 fio 2 Face Animation & Audio IPMP breakup 1/16/2001 9:00 —12:00______1 mm 4P#pNaO d—f B &3&E L&o 2 '‘Pt—'tXJi,— UTCD 4 ocD±#ga, 1. IPMP tools description access 0 “identification of IPMP tools ” 2. IPMP tools retrieval 0^0 “location of IPMP tools ”, “establish mutually acceptable trust level” h” obtains of missing IPMP Tools ” 3. Instantiation of IPMP Tools and Mutual Validation 0 tp 0”Instantiation ” b “Mutual Validation ” 4. IPMP Initialization and Update 0^0 “route IPMP Information to the IPMP tools ” 200 £ ft ifiWSMtim&£LX')ZY7y mtifzo zztibIt4-®K^0 WD of; fl 3. ^ L/%#^ Lfco 1. Identification of IPMP toolsCAvni, Gene) 2. Location Identifier of IPMP tools (Kosrure. Aoki) 3. Establish Mutually Acceptable Trust Level 4. Obtaining of Missing IPMP Tools 5. Instantiation of IPMP Tools 6. Mutual Validation 7. Routing of IPMP Information, (Itaru.Avni) 8. IPMP System - Terminal Communications(Avni) Af: XML ###& L% ______Craig: Identification of IPMP tools ______IPMP-breakout 2001-01-16 14:00^21:00______ Wednesday Plenary 2001-01-17 9:00^12:00 1. Requirement MPEG-7 IPMP X Rights description language 3c ttl^o 2. System IPMPextensionAdhoc group report L> Unified *7 ^—*7 7^)]/— h£o Tools 201 System Plenary 2001-01-18 11:00^12:00______IPMP b $tltz0 IPMP breakout 2001-01-17 14:00~ 1 mrn&fr ' xml e> ntz CSELT(?)©|iJTO^^^tlfeo ^tU&XA-X t^fljWcf tL 6 t~>tlfzo IPMP break out group (D l/^l/#3—$kh fqi±Lych#x^n^>o Walkthrough b^r^ > b & WD irv-v Lfco fj®© WD Walkthrough WD C^#^#IE$:ADX.^2o Ad-hoc £01/— 7°(D madate Lfco 2 ^ ^^ /UU—(DSUffllb L^^&i/tf^-uwD IPMP breakout 2001-01-18 9:Q0~ ______1 WD (DfM Working Draft CDfMfbU^ff o tz0 WD ______m______Systems Plenary 2001-01-19 9:00^12:00 1 isX^rlx'f )\,— Z?[Z&&WD (J)ifrU System Plenary e-¥vz-bA#$m 2 IPMP lz||®r>5±^tti*5:S WD 2.0 ISO/IEC 14496-i:2001/Amd.3 (IPMP Extension) N3871 AHG on MPEG-4 IPMP Extensions N3890 AHG on MPEG-7 IPMP N3889 MPEG-21 Digital Item Declaration WD(vl.0) N3825 MPEG-21 Digital Item Declaration Core Experiments N3826 Workplan for CE on Digital Item Declaration in a streaming environment 202 N3827 Workplan for CE on the use of Digital Item Declaration for representing digital photo albums N3828 AHG on MPEG-21 Digital Item Declaration Core Experiments N3834 203 %% 13 $ 1 M 31 B IPMP Pisa ©16$ i. ms 4-^-6-Cli, 5 M6891 $ 4 h JU : Further step forward for finalization of MPEG 4 IPMP extension on Big Picture ## : 'bmmr rtS : flu [1| La Baule E'atffffiS Lfz WD1.0 © Big Picture (#$#J5£EI) ffl$3S JBNtiU IPMP-PF 7D^xi? t'©~FT-JltTO c ipmp ©HESieisutott'-do 4-#©M@a, 'y-;u©H«/fflS*J§e©t&W-e&tK cnctiy -yir-i^n-os? 16$ : £©$l$>i"C> IPMP Extension %Ag(IPMP ^-it©*#/ Wg)* 5. wD2.ocsa$n^= M6732 ^ -f 1 tV : Proposal on a Message for renewability of IPMP System ## : 'J'S. #/#T AS : La Baule WD1.0 © Big Picture USAS© email -y-b —X7D—t:j;3 ipmp y-;vkf ©##%#© x, tiipfbttStiu v? hAJ:7t$;n.-tp©mamma-ca»<, try hxh v -a ■en$)s blZ%;z>fzo 204 M6905 4” Y)Y : An interoperability provided by IPMP/XML ## : : ipmp m xml z SotESo «g^ : WD2.0TI1, M6813 d7 WV : Problems and proposed solution for the current IPMP System Architecture ## : A. Romeo, C. Alberti, M.Mattervelli/EPFL m# : La Baule WD1.0 CD Big Picture ^ IPMP k MPEG-4 ^) ilr-^r&J&^fCD-fe^riL U 7^ 4 (-* foVCi^tltz Secure Decoding Block CDilSo ISM : ^CDtlStiU WD2.0£li£lft£ft£fro;ko M6863 #4* b y'V : Overview of IPMP in MPEG(W2C workshop papaer ## : R.Koenen/Intertrust : MPEG-2, MPEG-4, MPEG-7, MPEG-21 CD IPMP WilfY : ## W±o 205 10.1.6 m56@ MPEG Singapore#a#^ S 56 IS ISO/IEC JTC1/SC29AVG11 Singapore Meeting Report M P E G */ > MPEG-21 ssa 3 B 15 B MPEG-PF NTT m m B# : 3/3-4 Evaluation on Proposals for Digital Item Identification and Declaration AHG 3/5*9 AdxiB" 3/10 MPEG*7 Awareness event ■Digital Item Identification and Description (ID&D) (N3872 1st WD) • Digital Item Identification CIllvTtiUR I (Universal Resource Identifier)M URN (Universal Resource Name) 3; /cttUR L (Universal Resource Locator) k'T'ho • URN§ffll''^^|'pN MPEG-21 © Name Space ©TCA-So (#) URN: mpeg mpeg-21=cidf 1702.10.A/323.45 © • Digital Item Description CMUTtiU -f 77—A^<7 UU A'f fc©CN "7#^ < —7Aizy h©Description CPhL )lljR3£2p&-?> Requirements CMUTWDTDO I ^D I d e l •WDtt 3/23 (A) ^TrCMPE G©We btf 7 bCUPf^o Digital Item Declaration (DID) • Sub-item A5AcF <( &DA c* -& k#AReference CIPhL SAftC&FA^7>H;iA©£i;WD2. OkkXimZfttzo • DI&D k©4* 77—7 a:—7 Resource reference k Resource type identification CfcL, UR I kk Un Description Statement C(iN XML"C'^tl(^ khJ&W$&@> D S ZkktZo m MPEG-21 DS, MPEG-7, cIDf © DCD, DOI, Indecs 206 •DID-? Resource bLZMQWi.o Digital Item DID £ tzltb y b MztV $ )1/3>7Abstract work # ## g&) C O T (± # f) % l ^ o tztzbs Description © ^ZltWLO o ■ MPEG 21 Core Experiment- (MD S) MDS^;i/-7t\ MPEG-21 © DID #j;#DIID&D##&#Ef &&&&:. WT©5o© mm* Approve £ftfc0 # 1 h# 2iiD ID, #3, #4, # 5 & I D & D H^i:V 7 b ©(±, # 1 > # 2 , #3 © MPEG-21 PDTR b^rJ-X > b • ^ ^ V 7 fP S © 3 7 > b Mx #%(: MPEG-21 ±fo 7 hlBxUSlB (Rights Database and Rights Expression Language) • lu® tij bfz C F R (IM bT 14 M© Requirements SI$f)siiD o fco -^ftf)5 7 5 fEUSE^c^ ft fco f ft^^^#e^ LT, SICFRSm 6RlU*m®Wt)ttZ >0 6U7, 8 B nt±n>y>zummm Modeling and Principle to support RDD DEL(28), Digital Item Requirement (7), Usage Rights Element Semantics (9), Conditions (9), Obligations (5), Usage and Business Models (18) • 4>®£SSUfcffl{*&x IDF, Artspages, SMPTE , NTAO, Dentsu, TVAF, c I D f & b0 ■ TVAFh©m • TVAFT&x 10th TVAF, Washington, TVAF Metadata Sepc. 1.0 C©C(±, MPEG 7 user Preference DS, Usage History DS, Media Review DSx MPEG-7 low level meta-media types A5llr£fVt I't £0 4*f^ b & s Harmonization AHG^ittip?:^ IsbZl^tz^ o • 4*®x TVAF ftfc W# (TVA Rights Management and Protection/ M7007 \ts 207 ziy^fyvm. fUum^Ht-^^CDt»$)^CDT», MPEG IPMP group \Zfeto mm 3H 4H 5H 6H 7H 8H 9H 1 Singapore London Sydney Washington MPEG-21PDTR PDTRStudyV2 Vote Editing DTR MPEG 4/7/21 Revised..... -> Deadline /Review CFP WD WfijDB&Sig CfR MPEG-21 DID WD2.0 WD2.1 CD1.0 MPEG-21 ID&D WD1.0 WD1.1 CD 1.0 MPEG-21 CE ■ 7^'^ • AHG on requirements for the Persistent Association of Digital Item identifiers to content/ chaired by Paul Jessop / Panos / Youichi Takas him a (3 > ir > V h I D ^ ^ < ^tF’O If &@h> b*---ecFP^%e£n3j^) • AHG on RDD and REL June 7 and 8 in London. Please contact [email protected] before may 25th to confirm perticipation. • AHG on MPEG-21 Outreach Keith Hill, Douglas Armati, Kate Grant (Unformal meeting) • AHG on PDTR Edintg • AHG on MPEG 21 Core Experiment (Andrew: S/ K ——Ttii0lu0 B BE B \Z^Wi^> D) • AHG on Editing the MPEG-21 WD (Todd Schwartz, Niels) [$ Ml • MPEG-21 Digital Item Identification and Description Ml LTn ~$"7:\Z%? < ^P0 I D tlfzfz #)> Reconciliation Selection 0 tC jH L> U RI+xml •Dtzo \5\mmmmz&$hz> (ntte *)o 208 ## 1 : Digital Item, Digital Item Identifier, Descriptor (MDS MPEG-21 DII&D Approve WDl.OL##?^) e.g. Codec, Generic DII&D Model content type IPMP System (rekursive) 209 MPEG-21 H® MBS Core Experiment (N3974 X D) HBniBBeee #1 CE on Digital Item NTNU Streaming MPEG-7 Description Declaration in a University of environment with Schema streaming environment. Wollongong varying network and tl & ^ Lx (Digital Item Ericsson terminal resources MPEG-21 DID Declaration) IMEC "choice” # & MM Philip s LT^ 210 itus MPEG-21 Identification nn Rl m R4 R5 ■■mpfl R 111 R «m R 111 III 1 : 11 1 1 1 1 13 1 111 6 1. RIAA + + + Ml 10 0 + | + III ill 111 2. INA + ||1 + + III!100ill IM 0 + + 111!! 1111 3. Mitsubishi 0 0 0 0 NN Nl INI 0 NK + 0 4. DOI + III!! 111 + + in + III! + + #10 5. (6-Ids) + III!;: III + + 0 0 MK + 0 TC46/SC9 1111 6. CIDF I!!! |l||! 1111 III 111 iiiii III! 111! 7. LG + min + + + + III! 0 10.JPEGID + ill 4- + - 0 INN + +: Yes, 0: Nutal (can be combined), No (Negative) wmmg tfmmr'foztz®, Rl; MPEG-21 Ineroperable R2: Persistent R3; Scalable and extendsible, efficiency R4: Module arity R5 existing standard R6 indintify the indentification system R8 Identify content Type R9 efficient resolurion -different identification of same work? RIO Identification of Action (mainly Usage rules) Rll Identification of Transactions R12 Identification of Users (composers, ..) R13 Conditional access to ID and description 211 R14 Integrity of identifier R15 Uniqueness, R16 Distributed registration and assignment 212 56 E MPEG Singapore > (#) am 3H 4 B© MPEG-4 IPMP Extension AHG meeting k 3 H 5~9 E©*b£CLfco (3 M 3 E©AHGI4kS) <##> AHG meeting CiSV'Tx Stt*5>©tl$ (C©#A-C-aa*#-CI±»f') AU tco znb0y)yt:>7 —'>3>smii AHG * ktbX&tilZtlZ Z kk ttntzo ztz, SEi"^.sti$ttW*©®cf%^tv&foe.ftx wd iSia-t-w»©ve^-6$ fffcftfco Stffls CD 5fctfc£©JHi;(«S!K SEKlizti: WD3.0 tzo *6. 7 H© Sydney ^Clqllttv 6 H 4~5 H tztf RE AHG i?ig£ Paris T-fiAt o zk kttzitzo <*-vv >#$> (1) M7130 New time stamp for IPMP processing IPMPL Ac ir X ^ A T\ AVO fzSEUifrL-£4f if UAcffSCx Betas < Time Stamp k LX ITS (IPMP Time Stamp) (SIR) Baa^ttigfi^nfco mzmt LTttftjR© Syntax ttfxfc, IPMP Version 2 tC is It* Time Stamp 0^#& U*f *%Ai#6ttA:. !P%s AVO T-ti: DTS $l@if®Hl©£:©©/\- (?)o IPMP Message "CK DTS &*#%@06©©R^ CTS & IPMP Message tfi Ac»©l$fg};;£IS£ft* Z k kt£z> fz* Z0\ WD3.0 IZ Timing issues k LTIBiRc? tltzo ( 2 ) M7131 Usage of IPMP descriptor and IPMP elementary stream ipmp ©ffiSEfzyuT, saosffiSfflfflufcSXASffbnrefco mmmzftmtzk. Descriptor TSBiE LA: A? A^if"elementary stream X&Xfzti6iS'f'6Ai& 5= Lx MPEG-4 k MPEG-n IZ#eg#»Ak&Wmi:EM!l k©$g$0 (S*) MHtgs^ftAAL wd cttieiBSft-at&Vo u^u*^5x mpeg -o %a»A,6 «± 213 2001.3.15 56 m ISO/IEC JTC1 SC29 WG11 W*@B (***») i. M $B To E'JIM m mm % (7XA-) «E m- >) is# (NTT) EE Still (1m^) w* 2. 2.1 mmmm 2000 ¥ 3 H 5 B-3H 9 B (IPMP Ad-hoc 3^30-3^40, MPEG-7 Awareness Event & 3 H 10 B£§H #) 2.2 mmmm Singapore / Pan Pacific Hotel 2.3 : Singapore National Body, Singapore Productivity & Standards Board (PSB) : IME, CSP, PSL 214 3. MPEG-4/IPMP Oijfpj 3.1 mm WD2.0 £1/Hjl-LT WD3.0 CD £T») ME^eIt WD3.0 ^'d—S Walkthrough lx If normative part ilt* % Cl )l~(:1sb^>tz.o 3.2 MPEG-4/IPMP IM^WS Ad-hoc ^tCA ~FlB<7)£ISfBE/b5&£;h,fco lu[Hix'n‘T#ti:{$£:Av£f Contribution 4>@&#ft e ^ < ® & A ft fc 0 (l)Mike McGinty, “m7152: Trust Concept for multiple Ringed Topology IPMP Systems" v;vf-y;v ipmp '>X7"Ai34bXj-^^-;vvx (2) Spencer Cheng “m7174: Tutorial-Technologies/Methods to Defend Against Software Tampering ” 77 b^y-feA-j- ©nx b^-ouT'>xyA(D^MA^SSo (3) Ming Ji, “m7153: Proposal on IPMP Tools Information and IPMP Tools Management ” ipmp (4) Junichi Takeda, "m713Q: New Time Stamp for IPMP Processing ” ipmp b\ h%$yr (IPMP processing Time Stamp : ITS)©tSSo (5) Junichi Takeda, “m713V Usage of IPMP descriptor and IPMP elementary stream (Categorization of interfaces)” ipmp 6 (6) Itaru Kaneko, “m7026: Generic Messaging Framework and XML based description for the flexible IPMP standard” ipmp y-;vcD XML game 215 (7)Bruce Chaplin, “m715l: Lessons from Pay TV DVB Forum (Digital Video Broadcasting Forum) ©SftifcSD'o MPEG-2 IPMP (8) Avni Rambhia, “m7149: IPMP Information Routing ” ipmp 'V-;i/®k IPMP##®;t/—f / (9) Craig Shultz, “m7150- Mutual & Identity Validation of IPMP tools ” Mutual & Identity Validation Xz®©^ V -b—y7 —A A 7 A I"- AlUSo (10) Knox Carey, “m7155: Extending MPEG-4/IPMP Beyond the Hooks ” IPMP Extension-ekL 7-AA7 SfP^A6AAAA&mi*k L6 *U' CfP & ffl6 *»ic1-^*-C-&Skk££3Io (11) Jonathan Munson “m7128: Proposal for MPEG-4 Standard IPMP Framework" JAVA®-fe4fi U7i4;E7!;HC#^t>fe»fLVMPMPT-4r7;<7f-v4a*o (12) Craig Shultz “m7154: ipmp y-;vvx F®ttig, tt^mz iPMPffla®rawcotvc®ji*o 3.3 Walkthrough HIS 3.1 -CilVtfciKK -T-md-o-r-ti;. 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IPMP II 31 (MPEG-4/IPMP, MPEG7/IPMP, MPEG-7/MDS, MPEG-21)© Joint Meeting Tool Process Contents Message — 7129,7150 IPMP Tool List IPMP Tool Identifier-7129,7119 IPMP Location Identifier IPMP Tool Yes Location Identifiers Request Tool, Provide Access/Acquisition Basic Information - 7154 Location, Verification Info.,- 7150 Authenticate (Establish Credential, - 7150 Trust) Representation format of tool Tool Instantiation IDL Validation, definitions Authentication, Instantiation notification, snapshot notification Tool Validation Validation Information Validation Validation IPMP Information Yes Protection Topology WriteData Routing establishment, 7149 Topology Validation IPMP Tbol Addressing, context, - 7149 Time Stamps, MessagePurposes Permission Query Yes Query types and QueiyPermission, definitions, context - 7149 RevokePermission, 217 Terminatelntent User Request Yes Various interfaces and Yes transparent and opaque data - 7154 Association between Yes, through Open Tool ID and download registration location authority Establishment of Yes Credentials of Tool and Validation Trust Terminal Content Consumption Control Message purpose identifier Points, Hierarchy establishment - 7149 Parametric Aggregation info, representation configuration info, code container Architecture Message Event Diagrams router, IPMP Manager, bitstream, tool, terminal interaction. i 4#©#mm 3.4 ;i/ 4, 5 • A V (rT Ad-hocS-6-&E«^S» *&. 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A^0tfli 3-1 £Mf005WEX Stott-0 • D iu® PF ly^M^-ov ^£^M#E£tvtia&v ^ b, 3-2 —IPMP KMLXs NEDO (D?#-eS##@&m^TS#f 6 Dx cN:o u-msiEE^-w 3-3 S07°Diza:^ f b0N# • 'hBglJStoJ; D MPEG-PF hf £W)7°nva:7 tltZo b 9^< W*« -mm# ipa (D^wx'ffo^fcxfot), M&&6tt(DfrxmfTtpx$)Zo 235 4. 4-1 IPMP ad-hoc zxn* • IPMP ad-hoc oTl hOSIE,* 5 -Geneva U 7 -Bossen Ec£#;te£ ci b:tl>(^ISJiM). 4-2 CIP(advanced IPMP) 4-3 MPEG-21 • MPEG-21 ad-hoc ^lt'irt>tl 3 MB L t o tz. 4-4 MPEG-7 IPMP • Af## , MPEG-7 IPMP O ad-hoc 4-5 MPEG-PF #1 mssuOTCD® d im : im: 'mwm 2cm $##: 5. ^-©ftfe - L-c i ^ i o 4ji'xmmfmtz z to 7 n 25 bow 17 ^—19 b$ ±§m :vmxmg&s ©tw&s ztctezcxm && mm: m m± 236 10.2.4 #6g-A03-24 12^8 M 21 B 24® MPEG 4-AsIs B R 2000 ¥7B 25 B (ik) 17 :00~ 19:00 » sf eT«^sa®® ni iof 10.3 sas am# sms : $e ($*) 'J'8 (#T) 1* (S*k S»SGE>, #± (*-py », EECrxE-X A? (TXE-), WS (ESk #$ G#k WS (#T), itttl (NTT), # (JVC), EE (XEk EfiWE-TX *E (NHKk aw (m±m), (m±m) <6o#m> 7^ tf—/^— #B(NEDO), #E(JSA) mm (eiaj ) #4^ (^-7^/T) 237 1. gij®©liVflcfl6i& [&# A03 24-oi] \ 2. MPEG4bM6-&#@ 2.1 sesoaftBJi d'SBJSWJI, Sm$*x BB$*s W*$Hs ™FIB©ESSd"j$ 8M« [&8-A03-24-02] toS-A03-24-03] [ft$'A03'24'04] [SS-A03-24-05] [ftg-A03-24-06] [SS-A03-24-12] &$*© MPEG ['Mte'JSPfil • AKSffltblstT, Call for Evidence AsMSft® MPEG4K to©SS$.-BV'ttx #g0 Codec A#ftTC<6Ck&^fl±R0^#a$l4 tl'5. fctifi, MS-Audio *tT 0 4f-V VTftldtfUT MPEG4 A#flTt^Ch&MPEGer ttg SiB91-5J:oir#iSUfc« -haBBlEtiT> Call for Evidence ©Z31> ^7 v 3 ViSKjA-iif© btlTl '-So • MPEG21 tt, PDTR*T-V'ofe*s, tillu^ < fflWSt-Sfl,©#]®^ D^ DTR $Ttt»- • MPEG4/IPMP ttx $J@ : ad-hoc 2 H)g : Requirement TI$I$6§To Proposal(CEP) ©WS„ • reddot.com © McGinty fB. 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(^#-A03-30-16, - f 3/16, g 3/23 -FMCAVL(D###iK 6. 267 ISO/IEC 14496-1:1 999/Amd.3: 2000(E) 10.3 10.3.1 Working Draft 1.0 of ISO/IEC 14496-1:2000 / AMD3 ORGANISATION INTERNATIONALE NORMALISATION ISO/IEC JTC 1/SC 29/WG 11 CODING OF MOVING PICTURES AND AUDIO ISO/IEC JTC 1/SC 29/WG11 N3729 October 2000 Source: MPEG-4 Systems Title: Working Draft 1.0 of ISO/IEC 14496-1:2000 / AMDS Editor: Mike McGinty Status: Approved Table of Content 1 INTRODUCTION...... 270 1.1 Relation between this WD and the current IPMP specification...... 270 1.2 Organization of this document...... 270 2 OVERVIEW OF IPMP EXTENSIONS...... 271 2.1 Introduction...... 271 2.2 Architecture...... 271 2.2.1 Data Structure A - IPMP Data...... 272 2.2.2 Interface B - Application Service API...... 272 2.2.3 Interface C - IPMP Service API...... 273 2.2.4 Interface D - DMIF API...... 273 2.2.5 Interface E - BIFS Nodes (Routed through the F interface)...... 273 2.2.6 Interface F - IPMP Systems API...... 273 2.3 Proposal Compliance to the Architecture (Walkthroughs') ...... 273 2.3.1 Walkthrough 1:...... 274 2.3.2 Walkthrough 2:...... 274 2.3.3 Walkthrough 3:...... 274 2.3.4 Walkthrough 4:...... 274 2.3.5 Walkthrough 5:...... 274 2.3.6 Walkthrough 6:...... 274 2.4 Description of the Functionalities Provided by the Architecture...... 275 2.5 Decisions Made on the Form of the Extention ...... 275 3 SPECIFICATIONS...... 275 268 ISO/IEC 14496-1 :1999/Amd.3:2000(E) 4 REFERENCES ...... 275 269 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 1 Introduction This document is a working draft of the ISO/IEC 14496-1 AMD 3. This working draft contains WGH’s current understanding of the technologies for managing and protecting intellectual property within MPEG-4. It has been developed after WG11 received and evaluated 16 submissions to WG11’s second call for proposals in the area of Intellectual Property Management and protection for MPEG-4 (N3543). 1.1 Relation between this WD and the current IPMP specification This document specifies extensions to the currently specified IPMP specification (the “hooks”), documented in ISO/IEC 14496-1 :2000, these extensions are not intended to replace these hooks. Instead, it will augment them with additional technologies. Therefore, implementations that conform to ISO/IEC 14496-1:2000 with respect to IPMP (i.e., to the OD Core Profile), will still be conformant to the MPEG-4 standards when amended by the specifications contained in this document. Likewise, implementations claiming conformance to the MPEG-4 standards amended by the specifications contained in this document will also be required to implement and conform to the existing “hooks” specification as set out in ISO/IEC 14496-1:2000. 1.2 Organization of this document This document is organized as follow: 270 ISO/IEC 14496-1:1 999/Amd.3:2000(E) Information technology - Coding of audio-visual objects - Part 1: Systems AMENDMENT 3: IPMP Extensions 2 Overview of IPMP Extensions 2.1 Introduction This specification is comprised mainly of 1. Five functional interfaces (referenced to as APIs “B”, “C”, “D”, “E” and “F” in Figure 1) and their anticipated behavior; 2. Syntax and semantics of one data structure (“A”). These interfaces and data structures are used to exchange information between non-normative elements (the various rectangles in Figure 1) that would collectively comprise an entire IPMP system and combine to fulfill the requirements set forth in the aforementioned CfP. Note, that this document only specifies those elements in Figure 1, which are depicted in red. Moreover, it is important to note, that this document contains WG11 s current understanding of how the various technologies described herein relate. This document is not a commitment that any or all elements depicted herein will be finally implemented. 2.2 Architecture The architecture developed from the review is a combination of the concepts presented by the proposals and is not meant to be the final architecture of the extension. From the review of the proposals, six areas where new API interfaces or data enhancements could be applied were identified. These areas are shown in red on architecture diagram below. 271 ISO/IEC 14496-1:1 999/Amd .3:2000(E) IPMP Plug-ins Application Control Crypt. Water. Auth. Sign. Smart Card (O m ■IP Servia API ------?------(B) App 'icution (S Audio Video -► Encrypted Content Clear Content o Possible IPMP External Control Points interfaces Figure 1. Architectural Diagram. A letter designates each interface. 2.2.1 Data Structure A - IPMP Data The proposed changes for IPMP data are described in the proposals from the various companies contributing. This section lists the major points made by each contributor. 1. Rights descri ptor format 2. Key message format 3. Description of destination of IPMP Data 4. Vendor information format 5. Content ID format 6. Signature data format 7. Description of IPMP processing stages 8. Capabilities information 9. IPMP Software Download protocol 10. Structure of IPMP Data Note : Data can be upstream or Downstream. 2.2.2 Interface B - Application Service API The Application Service API has several proposed uses. These uses are discussed in detail in the in the contributions and are summarized here. 1. Interface between the secure domain and the outside world a. Content selection interface with usage description (location, destination, purpose, IPMP plug-in ID). b. Query source domain (list desireable/available IPMP plug-ins). 272 ISO/IEC 14496-1:1999/Amd. 3:2000(E) c. Query IPMP MPEG 4 Presentation information (ex : usage rights on content) d. Install IPMP plug-ins. 2. User authentication. 3. Inter-domain authentication. 4. Interface to obtain content ID. 2.2.3 Interface C - IPMP Service API The contributions did not explicitly propose this API. The architecture of several of the proposals required this API to be present. The features requested for this interface are described here. 1. Generic plug-in interfaces. 2. Rights authentication interfaces. 3. Decryption/Encryption interfaces. 4. Signature interfaces. 5. Control plug-in interface (ex : rules interpretation, enforcement). 6. IPMP Systems - IPMP Plug-in inter authentication. 7. Watermark Interface. 2.2.4 Interface D - DMIF API Several of the proposal require a secure channel be set up through the network and propose an API to do this. 1. DMIF calls to setup secure channel. 2. Secure domain - DMIF application inter authentication. 2.2.5 Interface E - BIFS Nodes (Routed through the F interface) In this interface, the BIFS nodes are to route information from the Scene Graph to the IPMP System and receive permission to utilize the content. 2.2.6 Interface F - IPMP Systems API The IPMP System API is the proposed interface between the Terminal System and IPMP System. It is proposed to handle the following functions. 1. Instantiation and control. 2. Query of intent (ex: access elementary stream from the scene). 3. Protection enforcement. a. Watermark request. 4. Transaction processing. 5. Rights authentication. 6. Data Transfer. 7. Network services. 8. Encryption/Decryption service. 9. Interface to obtain content ID. 2.3 Proposal Compliance to the Architecture (Walkthroughs) The following walkthroughs were presented by the companies to illustrate how there proposals fit into the architecture and it identify and correct any missing elements in the architecture. 273 ISO/IEC 14496-1:1 999/Amd.3: 2000(E) 2.3.1 Walkthrough 1: Multicast keys are not within scope of MPEG-4. However, a key messaging structure is necessary. Good architecture is required to deliver keys to decryption unit. What they propose: Channel to transmit key information. Std MPEG-4 via ES or content IPMP-ES needs some specification to explicate keying messages: multicast key distribution, header and payload with some additional indicative information. Encryption/decryption modules should be changeable. Several different IPMP System-types would most likely use this. They were originally envisioning objects from different sources so diff IPMP Systems should be used. Question about where keys are generated. Server may do it in one model in an all-powerful way. Otherwise, there may be agreement protocols where a key is created under a specific exchange process. There were some questions raised about the most efficient way to generate keys, but this was outside the purview of our discussion. Brief review of their presentation occurred. 2.3.2 Walkthrough 2: Interfaces A, F, D and the red BIFS arrow are used. Note that red arrow from BIFS points into interface F. Authentication is assumed to be in the F interface. Proposed modifications were justified. Some concerns were raised that this might break the version 2 player. Using extension descriptors does not cause breakage, and adding enhancements to behavior did not break anything was the explanation. A refined architecture was presented in this walkthrough for this proposal with some structural refinements including addition of the OD decoder and refinement of Control box view. 2.3.3 Walkthrough 3: Hard copies and soft copies of the proposed amendments were made available. A security hole identified in standard plug-in architectures: A plug-in interface can be interrupted or proxied by an adversary. Note that there should not be any restriction on whether or not the plug-ins are actually ‘loaded’ or whether they are ‘plug-ins’ in the strict sense at all. Function blocks should be defined in terms of behavior, input and effective output. Fuji Xerox presented a second walkthrough further explaining their proposed authentication algorithm based on standard PKC and X509 certificates and how they propose to use it in the architecture. 2.3.4 Walkthrough 4: Channel, session ID, QoS and direction are present in the DMIF channel API. The security flag is proposed by an addition. These channels may be defined separately. Note that authentication mechanism is not defined. 2.3.5 Walkthrough 5: Presented the walkthrough for data using the original OPIMA flow diagram. This proposes that MPEG keeps the current IPMP hooks as a normative interface of the MPEG-4 terminal and that MPEG adopts the OPIMA framework specification as an alternative interface. It was agreed that B, C and the OPIMA SAC Protocol together fully defined the OPIMA based proposal. 2.3.6 Walkthrough 6: The contributor presented a description of exactly how the clDf concept could be included in the architecture. They referenced the needed data elements for A and the API functions for B, C and F needed to support it. 274 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 2.4 Description of the Functionalities Provided by the Architecture Architecture was developed to highlight the normative interfaces addressed by all contributions, to document the high level functionality addressed by these interfaces and to exercise these interfaces in application walkthrough. The following functionality were identified: 1. Renewability of IPMP plug-ins (Interfaces: A, C) for control plug-ins and other Plug-ins 2. Interoperability between IPMP Systems and Applications (Interfaces: A, F-B, E) 3. Interoperability between IPMP Systems and Network Layers (Interface D) 4. IPMP Data filter before the IPMP Systems (Interface A) These are the points that are worth investigating (from a technical and business perspective). 2.5 Decisions Made on the Form of the Extention The following decisions were made: 1. APIs (Inputs, outputs and behavior) definition, if they were to be defined, would be defined in IDL. This will give the possibility to download OS dependent plug-ins. (Additional information like OS, and bytecode format may be needed). 2. APIs, if they were to be defined will be defined in Java as well, and java byte code format will be identified as a standardized byte code format. This will give a full interoperable framework, although not suitable for some devices. 3. The esthetic of the API will be inspired from the DMIF APIs. 3 Specifications Left empty. 4 References 1. 275 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 10.3.2 Working Draft 2.0 of ISO/IEC 14496-1:2000 / AMD3 ORGANISATION INTERNATIONALE NORMALISATION ISO/IEC JTC 1/SC 29/WG 11 CODING OF MOVING PICTURES AND AUDIO ISO/IEC JTC 1/SC 29/WG11 N3871 January 2001 Source: MPEG-4 Systems Title: Working Draft 2.0 of ISO/IEC 14496-1:2000 / AMD3 Editor: Mike McGinty Status: Approved Table of Content 1 INTRODUCTION...... 278 1.1 Relation between this WD and the current IPMP specification...... 278 1.2 Organization of this document...... 278 2 OVERVIEW OF IPMP EXTENSIONS...... 279 2.1 Definitions...... 279 2.2 Design Goals...... 280 2.3 Assumptions and Pre-Conditions...... 280 2.4 Walkthrough ...... 280 2.4.1 IPMP Tools description access...... 281 2.4.2 IPMP Tools retrieval...... 281 2.4.3 Instantiation of IPMP Tools followed by Mutual Validation and Identity Validation ...... 281 2.4.4 IPMP Initialization and Update - In parallel with Content Consumption ...... 281 2.5 Overview of the Normative Elements...... 282 2.5.1 Identification of IPMP Tools ...... 282 2.5.2 Location Identifier of providers of IPMP Tools...... 282 2.5.3 Establish Mutually Acceptable Trust Level...... 282 2.5.4 Accessing/Acquiring missing IPMP Tools ...... 282 2.5.5 Instantiation of IPMP Tools ...... 282 2.5.6 Mutual Validation ...... 283 2.5.7 Identity Validation ...... 283 2.5.8 IPMP Tools - Terminal Communications...... 283 2.5.9 Parametric Representation of IPMP Tool Configuration ...... 284 2.6 Open issues...... 284 276 ISO/IEC 14496-1:1 999/Amd. 3:2000(E) 3 SPECIFICATIONS...... 284 4 REFERENCES...... 284 277 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 1 Introduction This document is a working draft of the ISO/IEC 14496-1 AMD 3. This working draft contains WGH’s current understanding of the technologies for managing and protecting intellectual property within MPEG-4. It has been developed after WG11 received and evaluated 16 submissions to WG11’s second call for proposals in the area of Intellectual Property Management and protection for MPEG-4 (N3543). 1.1 Relation between this WD and the current IPMP specification This document specifies extensions to the currently specified IPMP specification (the “hooks”), documented in ISO/IEC 14496-1 :2000, these extensions are not intended to replace these hooks. Instead, it will augment them with additional IPMP technologies. Therefore, implementations that conform to ISO/IEC 14496-1 :2000 with respect to IPMP (i.e., to the OD Core Profile), will still be conformant to the MPEG-4 standards when amended by the specifications contained in this document. 1.20rganization of this document This document is organized as follow: 278 ISO/IEC 14496-1: 1999/Amd. 3:2000(E) Information technology - Coding of audio-visual objects - Part 1: Systems AMENDMENT 3: IPMP Extensions 2 Overview of IPMP Extensions 2.1 Definitions Term Definition Mutually Acceptable During establishment of communication, or communication itself, a Trust Level mutually acceptable trust level indicates that the communication is sufficiently secure to satisfy the concerned entities, and that the two entities trust each other to a mutually acceptable extent. IPMP Information Information that a given IPMP Tool requires to correctly process the given protected content. IPMP Tool IPMP tools are modules that perform IPMP functions such as authentication, encryption, watermarking, etc. in a pre-defined way. An IPMP Tool could perform one or more IPMP functions. There may be an IPMP Tool that coordinates other IPMP Tools. Terminal A Terminal is an environment that consumes possibly protected content in compliance with the usage rules. Basic Identification Basic Identification unambiguously identifies the given implementation of the Terminal, and may include the platform, manufacturer, version, supported content format(s), and/or supported profiles and levels. It is used in the context of a Terminal identifying itself to another entity. Credentials Credentials are used for a more detailed and possibly more secure or more credible identification of a Terminal or an IPMP Tool. Mutual Validation Establishment of channels between a Terminal and an IPMP tool or between IPMP tools supporting (a part of) the following functionality. Authentication of the involved entities in the handshake protocols (M). Establishment of confidential communication channels (O). Messages encrypted using secret keys shared between only the entities. Establishment of communication channels supporting message integrity (0). Messages signed or attached with MAC (message authentication codes). Identity Validation Identity Validation is the exchange of messages between IPMP Tools via the Terminal (or between the IPMP Tools and the terminal) that identify each IPMP Tool to a Mutually Acceptable Trust Level. Missing If a given IPMP Tool is not available to a Terminal for use, the given Terminal is Missing the given IPMP Tool. Obtaining In the context of a Terminal rectifying the situation that it is Missing an IPMP Tool, Obtaining implies acquisition (downloading) of the IPMP Tool if required locally, or establishing an access mechanism (remote execution) if the IPMP Tool must be used from a remote location. Binary In the context of an IPMP Tool, this is the format of the implementation Representation of that IPMP Tool. Examples: Platform Dependent Native Code, ByteCode based Java Code, or Parametric Representation Representation In the context of an IPMP Tool, this is a normative identification of the Format Binary Representation of that IPMP Tool. Interoperability A consumer of MPEG content can expect to play such content protected from different sources in the same player, as well as to play content protected by one source on different players. MPEG-n MPEG-2, MPEG-4, MPEG-7, MPEG-21 279 ISO/IEC 14496-1:1 999/Amd.3:2000(E) Content Any experience of the given content (and not just rendering of it) is Consumption consumption of that content. For instance, being denied access to given content or creating an authorized copy of the given content is also content consumption. Renewability Renewability implies that a Terminal may acquire Missing IPMP Tools, or update an existing IPMP Tool with newer version. Content Stream This is the incoming content, of MPEG-n format. The internal structure of the Content Stream depends on n and is opaque to this discussion- it may include several multiplexed streams that arrive at the Terminal over one or several different transport protocols. 2.2 Design Goals The MPEG IPMP Extensions should be designed so that they can be applied to any MPEG multimedia representation. Specific mappings of the MPEG IPMP Extensions are defined as amendments to the MPEG-n standard. Other specific mappings may be defined by entitled bodies. This is achieved by: Describing the functions that the IPMP Systems performs. Providing specific implementation of these functions on a particular distribution environment. The focus of the work is twofold: 1. To allow protected content to be played on terminals and IPMP tools supplied by different vendors. 2. To allow IPMP tools supplied by different vendors to protect the same piece of content. 2.3 Assumptions and Pre-Conditions Granularity of IPMP Tool / Usage cases 1. Executable: initial acquiring or upgrade of the IPMP functionality of the terminal. HHHHHHHHHHK The way a terminal is upgraded can be done in many ways. 2. Parametric representation: content interoperability over various platforms. 2.4 Walkthrough This section describes the sequence of steps needed to consume content protected by the MPEG-4 IPMP Extension. This walkthrough is expected to identify the technologies required for interoperability and renewability of IPMP Tools (the terminal knows exactly the tools it needs and may retrieve the ones it doesn’t have). 280 ISO/IEC 14496-1 :1999/Amd.3:2000(E) 2.5.9 Parametric Representation of IPMP Tool Configuration This is a very light instruction set designed to configure existing IPMP Tools into new combinations, enabling different types of protection schemes. It would normally be carried within a content stream, and is normatively interpreted within the terminal before being used to set up the appropriate IPMP Tools for content consumption. 2.6 Open issues IPMP Tools have performances that are not known by the terminal (because it has been downloaded). This may introduce delays that should be predictable for the terminal. 3 Specifications Left empty. 4 References 284 ISO/IEC 14496-1 :2000/Amd.3:2000(E) 10.3.3 Working Draft 3.0 of ISO/IEC 14496-1:2000 / AMDS ORGANISATION INTERNATIONALE NORMALISATION ISO/IEC JTC 1/SC 29/WG 11 CODING OF MOVING PICTURES AND AUDIO ISO/IEC JTC 1/SC 29/WG11 W4095 March 2001 Source: MPEG-4 Systems Title: Working Draft 3.0 of ISO/IEC 14496-1:2000 / AMD3 Editor: Avni Rambhia Status: Draft Table of Contents 1 INTRODUCTION...... 287 1.1 Relation between this WD and the current IPMP specification...... 287 1.2 Organization of this document...... 287 2 OVERVIEW OF IPMP EXTENSIONS...... 288 2.1 Definitions...... 288 2.2 Design Goals...... 289 2.3 Walkthrough ...... 290 2.3.1 User requests specific content ...... 291 2.3.2 IPMP Tools description access...... 291 2.3.3 IPMP Tools retrieval...... 291 2.3.4 Instantiation of IPMP Tools followed by Mutual Validation and Identity Validation ...... 291 2.3.5 IPMP Initialization and Update - In parallel with Content Consumption ...... 291 2.4 Overview of the Normative Elements...... 291 2.4.1 Verification of IPMP Tools ...... 292 2.4.2 Verification and Validation of IPMP Tool List...... 292 2.4.3 Location Identifier of providers of IPMP Tools ...... 292 2.4.4 Establish Mutually Acceptable Trust Level...... 292 2.4.5 Accessing/Acquiring missing IPMP Tools ...... 292 2.4.6 Representation Format ...... 293 2.4.7 Instantiation of IPMP Tools ...... 293 2.4.8 Mutual and Identity Validation ...... 293 2.4.9 Content Consumption Tools and Procedures ...... 293 2.4.10 Parametric Representation of IPMP Tool Configuration ...... 294 3 SPECIFICATIONS...... 295 285 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 3.1 Architecture...... 295 3.2 Standardized Processes...... 296 3.2.1 Tool List Specification ...... 296 3.2.2 Tool List Verification ...... 296 3.2.3 IPMP Tool Identifier...... 296 3.2.4 IPMP Tool Location ...... 296 3.2.5 IPMP Tool Identifier-Tool Location Association ...... 297 3.2.6 Basic Information ...... 297 3.2.7 Credentials of the Terminal...... 297 3.2.8 Credentials of IPMP Tool ...... 297 3.2.9 IPMP Tool Instantiation ...... 297 3.2.10 IPMP Information Routing ...... 297 3.2.11 Permission for Consumption ...... 298 3.2.12 Verification of Basic Information ...... 298 3.2.13 Tool Retrieval...... 299 3.2.14 Remote or Local Tool Access...... 299 3.2.15 Representation Format of Tool ...... 299 3.2.16 Parametric Representation of IPMP Tool - Instruction Set...... 299 1217 Oatx&caW: ...... 299 4 MESSAGING INTERFACE, SYNTAX AND SEMANTICS...... 299 5 REFERENCES...... 301 6 APPENDIX 1: EVENT DIAGRAMS FOR IPMP TOOL ACQUISITION...... 302 7 APPENDIX 2: IPMP TOOLS INFORMATION...... 307 286 ISO/IEC 14496-1 :1999/Amd.3:2000(E) Information technology - Coding of audio-visual objects - Part 1: Systems AMENDMENT 3: IPMP Extensions 2 Overview of IPMP Extensions 2.1 Definitions Term Definition Authorized User A user on whom Rights Authentication has successfully been performed, within the scope of such Authentication. Basic Information IPMP Tool identifier + Platform Information Binary In the context of an IPMP Tool, this is the format of the implementation Representation of that IPMP Tool. Examples: Platform Dependent Native Code, ByteCode based Java Code, or Parametric Representation Consumption Rules Rules or conditions required to be met before permission to consume content in a specific way can be granted. Content Any experience of the given content (and not just rendering of it) is Consumption consumption of that content. For instance, being denied access to given content or creating an authorized copy of the given content is also content consumption. Content Provider In the context of the event diagrams, the content provider represents any or all of a media server, rights server, distribution server, local repository or any other, direct or indirect, source of presentation media, protection and similar data. Content Stream This is the incoming content, of MPEG-n format. The internal structure of the Content Stream depends on n and is opaque to this discussion- it may include several multiplexed streams that arrive at the Terminal over one or several different transport protocols. Credentials Credentials are used for validation, verification and/or authentication of a Terminal or an IPMP Tool. Identity Validation Validation during Contenet Consumption Integrity Checking, Establishing, to an acceptable level of certainty, that data received is validation untampered and authentic. Interoperability Two kinds of interoperability are distinguished: 1. From the manufacturer's point of view: ensuring that modules from different suppliers can be integrated in a product through clear interface agreements (M-interoperability); 2. From the consumer's point of view: ensuring that content from multiple sources will play on players from different make (C- Interoperability). IPMP Information Information that a given IPMP Tool requires to correctly process the given protected content. IPMP Tool IPMP tools are modules that perform IPMP functions such as authentication, encryption, watermarking, etc. in a pre-defined way. An IPMP Tool could perform one or more IPMP functions. There may be an IPMP Tool that coordinates other IPMP Tools. IPMP Tool This is an indication of (one of) the functionality(ies) supported by a given (Functionality) Type IPMP Tool. 288 ISO/IEC 14496-1:1 999/Amd. 3:2000(E) IPMP Tool Identifier This refers to the IPMP Tool ID. It identifies the Tool in an unambiguous way, at the presentation level or at a universal level. The exception is the case of IPMP Tool List related discussions, where reference to the Identifier includes the Location Identifier of the Tool and its paramtric representation as well. IPMP Tool Manager It is an entity inside the Terminal whose role is to process IPMP Tool List(s) and retrieve the Tools that are specified as required to process the given Presentation. IPMP Tool Includes Tool Identifier, and other information that allows validation and Verification verification between the Tool and another entity. Information Missing If a given IPMP Tool is not available to a Terminal for use, the given Terminal is Missing the given IPMP Tool. MPEG-n MPEG-2, MPEG-4, MPEG-7, MPEG-21 Mutual Validation Validation to be executed prior to Content Consumption Mutually Acceptable During establishment of communication, or communication itself, a Trust Level mutually acceptable trust level indicates that the communication is sufficiently secure to satisfy the concerned entities, and that the two entities trust each other to a mutually acceptable extent. Obtaining In the context of a Terminal rectifying the situation that it is Missing an IPMP Tool, Obtaining implies acquisition (downloading) of the IPMP Tool if required locally, or establishing an access mechanism (remote execution) if the IPMP Tool must be used from a remote location. Renewability Renewability implies that a Terminal may acquire Missing IPMP Tools, or update an existing IPMP Tool with newer version. Representation In the context of an IPMP Tool, this is a normative identification of the Format Binary Representation of that IPMP Tool. Rights The process of verifying, to an acceptable trust level, the authentication Authentication of the stated Consumption Rules, and the validity of their assignment to and fullfilment by a given user. Terminal A Terminal is an environment that consumes possibly protected content in compliance with the usage rules. Unauthorized User A user who is not an authorized user. User An entity that is the initiator and/or target of content consumption. This Consumer may be a human, or a hardware of software entity. Validation The process of exchanging messages between two entities until they are able to establish a Mutually Acceptable Trust Level Verification Establishing, to an acceptable level of certainty, that a certain condition that was claimed to be true is true. IPMP Tool List This is a list of IPMP Tool Identifiers and associated information that identifies IPMP Tools required to process a given presentaion and information to procure such tools if they are not already present at the Terminal. 2.2 Design Goals The MPEG IPMP Extensions should be designed so that they can be applied to any MPEG multimedia representation. Specific mappings of the MPEG IPMP Extensions are defined as amendments to the MPEG-n standard. Other specific mappings may be defined by entitled bodies. This is achieved by: Describing the functions that the IPMP Tools may perform. Providing specific implementation of these functions on a particular distribution environment. Two types of interoperability have been defined. Both will be supported. C-interoperability is the major focus of MPEG in general. This is a consumer centric approach, and guarantees that content protected by one IPMP vendor will play on any given Terminal. This type of interoperability does not require that IPMP Tools from different vendors will be able to integrate into the same Terminal implementation concurrently. This type of interoperability i.e. M-interoperability is however, also important for IPMP Extensions. This is because 289 ISO/IEC 14496-1:1999/ Amd.3:2000(E) under the new extensions, an IPMP System may comprise of IPMP Tools made by one or more vendors, and there must be a standard way to enable these to work together. While C-Interoperability describes different content protected by different IPMP tools and played on different terminals, it does not provide for different IPMP tools IPMP Tool 1 IPMP Tool 2 IPMP Tool n Location Location Location Missing IPMP Tool Retrieval Content IPMP Tool Manager IPMP Tool List IPMP Tool ID(s) Terminal IPMP Tool Location(s) IPMP Tool 3 (Embedded) IPMP Information IPMP System 2 Content Streams Terminal-IPMP Messaging Interface Terminal-IPMP Tool Communications IPMP Tool 1 IPMP Tool 2 IPMP Tool n Normative Messages Boundary of Terminal Location IPMP System 1 IPMP System n IPMP Tool 4 (Remote) IPMP System 3 protecting the SAME content, which M-Interoperability does. In summary, the proposed solution must achieve both of the follow! ng- 1. Allow the same protected content to be consumed on different vendors ’ Terminals. This will be fully enabled. 2. Allow the same content to be protected by different vendors ’ IPMP Tools. This will be assisted to as large an extent as possible. 2.3 Walkthrough This section describes the sequence of steps needed to consume content protected by the MPEGn IPMP Extension. This walkthrough is expected to identify the technologies required for interoperability and renewability of IPMP Tools (the terminal knows exactly the tools it needs and may retrieve the ones it doesn’t have). Architecture Diagram for Walkthrough Concepts 290 ISO/IEC 14496-1:1 999/Amd. 3:2000(E) 3 Specifications 3.1 Architecture Tool 1 Tool 2 Tool 3 Location Location Location IPMP Tools Manager Parse IPMP Tools List Info $jjijj Retrieve IPMP Tools Audio CttttfvttC Stream -►] Audio DB -fr»j Audio CB Decode IPMP Tools List Video -►I Video DB A Video CB IPMP Tool ID Decode Location OD OD DB Identifier Decode IPMP Content BIFS Decoded BIFS DB Information Delivery Decode BIFS Mpeg4 Content Streams IPMP DB " jj lPMP-ES ##P * *+¥&*: Embedded IPMP Tool A IPMP IPMP IPMP Tool 2 Tool 3 Remote MPEG4 IPMP Extension Architecture IPMP Tool B 295 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 3.2 Standardized Processes 3.2.1 Tool List Specification For each tool, this includes IPMP Tool Identifier ID for the tool (we have proposal for this) Possible parametric representation of the tool (we have part of this) Relationship of tools (alternative, independent, ringed) (we have proposal in 7154) Signature for the Tool (we have syntax but no semantics) Signature for the Tool List, provided by the first person who composed the content This must be attached scurely to the content The tool list may be included by reference, inclusion, or pre-definition in the bitstream. 3.2.2 Tool List Verification In order for an IPMP Tool list to be amenable to validation: The following data fields wil be supported in the IPMP Tool List: Credentials of the IPMP Tool Reference mechanisms to whole or parts of the same or related, IPMP Tool Lists. Scoping mechanisms The specified credentials may then be used to validate the Tool list using validation methods. 3.2.3 IPMP Tool Identifier The IPMP Tool Identifier is platform independent, arrives in the bitstream, and must contain a unique identification number for the IPMP Tool (IPMP Toolld). This will be a 16 or 128 bit identifier assigned by an appropriate registration authority. The IPMP ToolID identifies a specific IPMP Tool implementation, unless in the reserved range for parametrically defined tools. For the latter case, a specification of required function of the Tool is additionally provided. This identifies specifications of the Tool rather than the Tool itself. Such specifications will include at least Function type (e g. decryption).Based on the function, further algorithm specifications may be required. Note that the IPMP Tool Identifiers may be carried completely within the bistream or may be indicated by remote reference. 3.2.4 IPMP Tool Location IPMP Tool Location is a source for (one or more) implementations for a given IPMP Toolld. This is indicated as a URL. The prefix of the URL implies the connection protocol. A preliminary solution is described in appendix 7 296 ISO/IEC 14496-1:1 999/Amd.3:2000(E) 3.2.5 IPMP Tool Identifier-Tool Location Association This provides a mapping between IPMP Toolld and its Tool Location. A registration authority will be designated to hold a repository of such information. The information to be entered and format of retrieval is an open issue. 3.2.6 Basic Information Terminal Manufacturer - reg. Authority Terminal Model - upto Terminal Manufacturer Terminal serial number - upto Terminal Manufacturer Platform Details Processor, O/S, Memory, etc. Language (human) - ISO list available This may be done through an XML description, binary description, or a combination of both as applicable. 3.2.7 Credentials of the Terminal The syntax for credentials of the Terminal shall contain the following information fields, any or all with boolean flags that indicate the presence or absence of the field.: Basic Information A means of identifying the integrity and validity of the supplied information Opaque information 3.2.8 Credentials of IPMP Tool IPMP Tool Identifier may be a subset of this data. The credentials of the IPMP Tool shall contain the following information : Basic Information A means of identifying the integrit^an^validity of the supplied information (read public key) Highest/Lowest supported HflBHH- see appendix 8 for security level information Lowest required security level Opaque information We agree on composition. Discuss details on reflector. Except : Security Level will be discussed over the reflection 3.2.9 IPMP Tool Instantiation The following IDL functionality is provided, and must be called in the order below: Load I nitializeMessagel nterface Provides URL to Message Router in Terminal Identify InitializeTool 3.2.10 IPMP Information Routing IPMP Information is routed using normative addressing methods. The addressee of a specific message is implicit either by bitstream context or by process context. In the MPEG-4 bitstream context, the addressee is the IPMP Tool whose identity is indicated in the IPMP message or IPMP descriptor header. 297 ISO/IEC 14496-1 :1999/Amd. 3:2000(E) Information is delivered at a specific time, specified in the bitstream or iplicit by process. Information is retreived in a similar manner. Time may be specified in terms of time stamps, with the significance of time stamps to be defined. In the MPEG-4 context, Media Time v/s Clock Time issues need to be resolved. Since several IPMP Tools require routing of information at the same instance of time or at the same point in a process, A routing sequence should be defined. Information is routed through encapsulation in the appropriate message type. Timing Issues IPMP Stream Time Stamps : For IPMP Information, there must be a way to distinguish between IPMP Data Delivery Time and IPMP Data Activation Time. Delivery time is indicated by the DTS. Activation time will be indicated by sending an activation message at the desired time, by timestamping it with the appropriate DTS. Media Stream Time Stamps : No change is required. 3.2.11 Permission for Consumption Consumption permissions are queried at the same level of granularity that protection is specified, to all Tools specified. In the MPEG-4 context, for an elementary-stream, permissions are queried to all IPMP Tools protecting that specific ES, the Object that the ES belongs to, and the entire presentation. The following fields of consumption are defined : Consumption Types: Access : Access permission must be queried before elementary stream data can be loaded for further processing. Edit the Scene Graph (command): Edit Time Line (current time, (float) (sign) proposed scale, proposed start): User-induced change media time scale or random access media data. Pause is a specific case of this. Play: Decode media data and send to composition buffer without externally modifying the time line. Permission for data to leave composition buffer is implicit. Scene-defined intent: Provides a BIFS-scene-specific context for a request arising out of a BIFS Query! ntent node. User-defined intent Permission is granted in true-false form by each IPMP Tool. Any pre-conditions or Consumption Rules that the user is required to satisfy are checked, ensured and obtained by the specific IPMP Tool in a non-normative manner. The Terminal shall not proceed with content consumption unlesss all concerned IPMP Tools have explicitly allowed the consumption. Parallel to Querylntent are Terminatelntent (I’m not doing this anymore) and RevokePermission (don ’t do this anymore). 3.2.12 Verification of Basic Information This process m earned oaf through an IPMP message* which contains the corticate of the given Terminal and/or tod in addition to the Base informatics This certificate wWd be issued by a Ocritficatien Authority, ft wifi be needle verity the contents of the T#mrna#Teoi identification message, as well as credential carrying messages. The verification Is done vie a verification of the signature attached to the message. This signature would have been generated usihg phmle hey associated tee assigned aerfifioate* aao&tdihg to the spa 298 ISO/IEC 14496-1:1 999/Amd. 3:2000(E) 3.2.13 Tool Retrieval Owing Tods mbWW, W imam Tods Manager performs foer s*#a: rnp1: Pm® Wwdng mm Data for IPMP Tada Ud.#PAe Ud # stes«S!*l$ st# 4 eW P#ae FMP Tods Iddmdtoa if? the IPMP Tods lid* eoeddmg to eemWve sydex* $t#^: if oil IPtoF Tods we evoWoWe^ TdWW* # ISW4* ^, ^*#3: Retoeve moesawy imp Teok#d are spw#W is IPMP Tads WWWm, if a (WWvd is adessoomW* tali gsase&dy* else isroeeed Iealep4< ^ ^ ^ Stop**Aiw d$ m# Tads we weoas## wm& ov#(#a dmo ^aWW^dWWW w#e0m##ew* it access pasWsdaa satids. 3.2.14 Remote or Local Tool Access open 3.2.15 Representation Format of Tool open 3.2.16 Parametric Representation of IPMP Tool - Instruction Set open mm —m ■jl» contain the following information Identifier of type of certification IPMP Tool Credentials, OR Terminal Credentials Integrity Verification Information Information to help establish a Mutually Acceptable Level of Trust. Whether we want to establish normative methods here is an open issue for the reflector. 4 Messaging Interface, Syntax and Semantics Messages are exchanged through a Message Syntax Version and Message Syntax Profile are communciated by (negotiated between ?) the Terminal to the IPMP Tool using defined instantiation messages, before any other messages are exchanged. All Messages contain the following syntactical components : Message Size 0 indicates unknown message length Message Purpose Identifier Purpose-Specific Syntax Session/Context Code An expandable base class with fields for this information will be defined. All other message syntaxes will be built on top of this. The following message purpose identifiers are defined : Symbolic Name Purpose IPMP Information Delivery Validation Permission Query Intent Terminate Permission Revoke Authentication 299 ISO/IEC 14496-1:1 999/Amd.3: 2000(E) ■HH am mm# *** Reserved Tool Wiito _ ____ .______*■* iiilKI^BH ## WM Wl WmemdW^eW#* teswdfetSOwiiiBiB 0x40 Toc^^fei^a^ ii£ii SV50P t^r'^hvSe loswEEm.me %WR##e ns# FortAJden « 0x03 XFMP^ooiMesssageTagSrtdKan.^e *» OxOF l^SttesczOiart&ange « 0x10 X^£^eac^fa^$% Nete-^#WmooW# We me#age#o deemed# WWW, ResjgpnseCode miW4e$sege( tnjrfessage* enL&lessage) The Injtiessage Sndudes the W##gTWonm#in# Re#rosTWne Boord Re#eme Flog TiroeFeimat Redeem Time AowtdHi ReW^%nd%m^» Response Flag CWMess^ oonWns tie response to the InJMtessage regsesK lithe Synch Respm%& F&qohed Flag %m. s#ln the m«mes$age>end the ml w eeeceWhl, h is expected to contain the requested ooW*#>mW 300 ISO/IEC 14496-1:1999/ Amd.3:2000(E) *WpmW%e#mlpfTeq<3*pedy forgive #o # * i csml do# dial quid# liwaldbspuEfci# -data WS$ mtf understood,. or Invalid IWafeWpemGon - * #h m an eu Establishment of agreement on the sync/async messaging infrastructure, we need to break-out and reach agreement by the end of Singapore. 5 References 301 ISO/IEC 14496-1:1 999/Amd.3: 2000(E) 6 Appendix 1: Event Diagrams for IPMP Tool Acquisition The following Legend Applies to all diagrams below Text Legend: Syntax Standardization Out of Scope Message Legend: Compulsory ------► Standardized Optional ------► Note that these event diagrams provide one use case for the sequence of messaging to enable the walkthrough pf section2.3 Walkthrough. These are not normative, other sequences may still work. 302 ISO/IEC 14496-1: 1999/Amd.3:2000(E) IPMP Tool Acquisition User Terminal Content IPMP Tool IPMP IPMP Tool Provider Provider Framework Play Content Anthentir.a to ^ Tool List Establish mutual trust Request tool location Tool location Acquires TPM ELTooi Tool him ling. Instantiate ___Mutual Valrdatb; :l. ___a a.. TPMP Informal ioi i Get Content Content 303 ISO/IEC 14496-1:1 999/Amd.3:2000(E) Case of failed validation with Tool Provider User Terminal Content IPMP Tool IPMP IPMP Tool Provider Provider Framework ^ Authenticate Establish mutu il trust validation 304 ISO/IEC 14496-1:1 999/Amd. 3:2000(E) Case of Failed IPMP Tool Validation User Terminal Content IPMP Tool IPMP IPMP Tool Provider Provider Framework Authenticate Get IPMP Data ^ Establish mutii il trust Request tool location Get IPMP'Cool ^ Acquires FPMP l oot Toni him ling. . -Mutual yalidatkiL JdsuW-Widalit a. failed Vaiid./Idenl 305 ISO/IEC 14496-1:1 999/Amd.3: 2000(E) Case of Denied User Permission User Terminal Content IPMP Tool IPMP IPMP Tool Provider Provider Framework Plav Gnntent ^ Tool List Request tool location Tooi local ;on Get IPMP F ool ^AeqiiiresTRM 21ml Tool binding Instantiate Notify Existence^. . -Muilll L y^iidatu; el JtieaW-ValiriauL a. IPMP Inform atioi i Disallowed 306 ISO/IEC 14496-1 :1999/Amd.3:2000(E) 7 Appendix 2: IPMP Tools Information As defined in the IPMP Tools Information, it should be placed as the first packet of the entire content stream. The detailed structure of this packet is best shown in the following diagram: The IPMP Tools Information Packet should contain information of all the IPMP Tools that are needed to consume the protected content. If the content contains more than one type of content, for example, first part of the content is from Content provider A, and the second part comes from content provider B. The information associated with different IPMP tools should be grouped according to the respective content ID. The Location Identifier implies the delivery mechanism, there can be more than one Location Identifiers for one IPMP Tool. The IPMP Tools Management will try to retrieve the tool using each of them. If the first of Location Identifier of IPMP Tool A succeed, the following Location Identifier will be skipped, otherwise, it will continue on the second Location Identifier. A IPMP Tool Location Identifier consists of two parts: Location Type ID and Location Details. Location Type ID should be one of the following. Correspondence between Location Type ID, Location Type and Location Details is shown below: Table 2: IPMP Tools Location Identifier List Location Type Location Type Location Details ID 0000 Local N/A 0001 Peripherals N/A 0010 Remote - downloadable Website(http, ftp ...) 0011 Remote - non-downloadable Remote location of Java servelet, etc ... 0100 Inside Content Stream This part should contain the IPMP Tool itself 307 ISO/IEC 14496-1 :1999/Amd. 3:2000(E) Syntax for IPMP Tools Information is defined as follows: Class IPMP ToolInformationQ { bit(64) IPMPToolFlag(); blt(4) IPMPToolTypelD(); bit(12) IPMPToollDO; bit(4) IPMPToolLocationTypelD(); const bit(4) reserved = 0b1111. if(IPMPToolLocationTypelD( ) != “0000” | IPMPToolLocationTypelD( ) != “0001”) bit(Length) IPMPToolLocation( ); } 308 10.4 3PHH 10.4.1 Noordwi jkerhout 10.4.2 Geneva 309 10.4.3 Beijing 10.4.4 La Baule #□" 310 10.4.6 Singapore#^ 311 Tel : 03-3987-9801 Fax : 03-5952-0082 d O' eX 8* r M" 5 r < O' n 8 W s M- y n ft ^ # (V n 9r 0 rr n 94- d 8 & H & d mf rv ^ ^ ^ □ 8 M- # & r W d V, m d to H y, y n 94- V3- n o yyWH m 8 9. 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