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CJK NGN Test-bed Configuration

CJK NGN Test-bed Configuration. 200 8 . 2 .20 Test-bed Ad-hoc Group Norihiro FUKUMOTO , Hideaki YAMADA KDDI (KDDI R&D Labs.). Study Phases on the CJK Test-bed. Phase I: 2006 3 rd /4 th Quarter (Completed) Network Connectivity Scenario 2 and 4 only (2 CS and 2 domains)

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CJK NGN Test-bed Configuration

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  1. CJK NGN Test-bed Configuration 2008. 2.20 Test-bed Ad-hoc Group Norihiro FUKUMOTO, Hideaki YAMADA KDDI (KDDI R&D Labs.)

  2. Study Phases on the CJK Test-bed • Phase I: 2006 3rd/4th Quarter (Completed) • Network Connectivity • Scenario 2 and 4 only (2 CS and 2 domains) • Status Report during 8th CJK NGN Meeting (January 2007) • Phase II: 2007 1st/2nd Quarter(In Progress) • Scenario 1 and 3, (simpler version of 2 and 4, single domain) • Status Report at the 11th CJK NGN Meeting (February 2008) • Phase III: 2007 3rd/4th ~ 2008 1st/2nd Quarter • Scenarios 5 ~ 7 • Performance Evaluation of RTP/RTCP-based passive measurement (led by TTC) • Initial RACF Interoperability testing (led by TTA) • Status report will be provided at the 11th CJK NGN Meeting in 2008.2 • Phase IV: 2008 3rd ~ 2009 2nd Quarter (Proposal) • Scenario IPTV Interoperability testing • Performance Evaluation of IPTV services based on RTP/RTCP-based passive measurement • Continued RACF Interoperability testing • Testing of RACF and RTP/RTCP-based MPM Interactions We are here

  3. Test Scenarios • Scenario 1: Single Call Server within a single NGN Network Domain without PSTN • Scenario 2: Call Servers across multiple IP Network Domains without PSTN • Scenario 3: Single Call Server within a single NGN Network Domain with PSTN • Scenario 4: Call Servers across multiple NGN Network Domains with PSTN • Scenario 5: Call Servers across multiple NGN Network Domains with PSTN & Value Added Services • Scenario 6: Performance Evaluation with RTP/RTCP-based Measurement extension • Scenario 7: Call Servers across multiple NGN Network Domains with PSTN, Value Added Services and RACF Involvement (to be confirmed at the 11th CJK Meeting) Initial target

  4. Scenario 6 (& a part of 7) (Proposal) Target Services Voice/Audio stream (IP telephony) Basic SIP based signaling IMS based signaling Video stream (e.g. IPTV) unicast based sending multicast based sending no signaling Basic SIP based signaling IMS (+RTSP) based signaling Entities Under Test RTP translator based evaluation Cooperation with RACF (MPM application) PMP-FE, PME-FE (Mp, Mr) RACF (MPM application) PMR-FE (Mi) PMR-FE (Mu) 2008 1Q~2Q 2008 3Q~4Q 2009 1Q~2Q ready for tests to be prepared

  5. Basic Network Configuration in 2008 1Q~2Q

  6. RTCP based Performance Evaluation Tests • Firstly, go forward with RTCP based performance evaluation tests described in Y.mpm Appendix II • RTCP covers major metrics RTCP XR VoIP Metrics RTCP XR Statistics Summary Metrics RTCP XR Video Metrics

  7. Supported Report Blocks of RTCP • RTCP SR/RR (Sender/Receiver Report) • Defined in the IETF RFC 3550 • Sender/receiver report, for basic transmission and reception statistics • RTCP XR (eXtended Report) • Defined in the IETF RFC 3611 • Extended reporting format to convey information that supplements the statistics that are contained in the report blocks used in RTCP SR/RR • In particular, the VoIP metrics report block is specified for voice applications • RTCP XR Video Metrics • Defined in the IETF Draft • Extensions to the RTCP XR to support the monitoring of video over IP for IPTV and videoconferencing endpoint reporting • RTCP HR (High Resolution) • Defined in the IETF Draft • Extensions to the RTCP XR to support Voice over IP (VoIP) monitoring for services that require higher resolution or more detailed metrics RTCP SR/RR Extend statistics and VoIP metrics RTCP XR Support higher resolution for Voice over IP Support Video over IP RTCP XR Video Metrics RTCP HR

  8. Test items • item 0: Performance evaluation on CPEs • CPEs evaluate performances and send them end-to-end • CPEs should support sending/receiving RTCP packets • item 1: Performance evaluation using single MPM • A MPM is enabled between CPEs • A MPM evaluate performances of the RTP stream • CPEs should also support receiving RTCP packets from MPMs • item 2: Performance evaluation using multi MPMs • Two (or more) MPMs are enabled between CPEs • MPMs send/append evaluated performances • CPEs should also support receiving multiplexed RTCP packets from MPMs

  9. An implementation of MPM • RTP translator including MPM • RTP translator includes the MPM and transport function (L3 switch) • PME-FE in MPM monitors RTP/RTCP packets to execute performance measurement • PMP-FE processes the performance analysis and aggregation • PMR-FE reports the measurement data to other MPMs via Mi reference point implemented as additional RTCP

  10. RTP Translator Sequence Diagram(Voice over IP, the simplest model)

  11. RTP Translator Sequence Diagram (Video over IP, the simplest model)

  12. RTP Translator Sequence Diagram (Voice over IP, three segments, with multiplexing)

  13. Next Steps • Preparation for RACF interoperability testing and Phase IV testing(IPTV, RACF and MPM testing) • Test-case specification • System setup • Testing scenarios • Budget support for the additional testing by each SDO • Finding collaboration opportunities with other related Testing Programs (e.g., BcN test-bed, KDDItest-bed) • Miscellaneous configurations for performance evaluation of RTP/RTCP-based passive measurement • Codecs • VoIP: G.711u-Law, G.729A • Video/Audio: H.264 MPEG-4 AVC + MPEG-2 AAC • RTP payload format • Video and audio streams are sent over different RTP sessions

  14. Implementation examples of MPM and CPE

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