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World's First Multi-stream HDTV Switching Demo Using UCLP

Explore the world's first demonstration of multi-stream HDTV switching using User Controlled LightPaths (UCLP) at the 19th APAN meetings in Bangkok. Discover the history, deployments, and purpose of UCLP, and learn how to access it on CA*net 4.

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World's First Multi-stream HDTV Switching Demo Using UCLP

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  1. 19th APAN meetings in Bangkok, THExploring eScience Session 3: Facility InstrumentsWorld’s First Demonstration of Multi-stream HDTV switching using User Controlled LightPaths (UCLP) Hervé Guy herve.guy@canarie.ca Thursday 2005.1.27 11:00-12:30 Place: Room B, i.e. Watergate Ballroom,6th Floor Section B

  2. Table of Contents • UCLP v1.0 • History, Deployments on UCLP lab. and CA*net 4, Definitions • University of Waterloo’s UCLP v1.4. • University of Ottawa/CRC’s UCLP v1.2 & 1.3+. • Universitédu Québec à Montréal or UQAM’s UCLP v 1.3. • UCLP Demonstrations • Purpose: UCLP will connect 4 HDTV streams to Bangkok sequentially. • Participants: NCHC (TW); KISTI (KR); CRC (CA) and i2CAT (ES) • Let UCLP plays • UCLP v2.0 • Roadmap

  3. History - UCLP v1.0CANARIE's Directed Research Program • Co-funded by Cisco Canada and CANARIE (http://www.canarie.ca/funding/research/projects.html) • Held in 2003. • 10 proposals submitted • 3 selected • University of Waterloo (http://bbcr.uwaterloo.ca/~canarie/index.htm) • University of Ottawa - Communications Research Centre (CRC) (http://phi.badlab.crc.ca/uclp/) • Carleton University (http://lightpath.physics.carleton.ca/) • + 1 bonus • Université du Québec à Montréal (UQAM) (http://www.teleinfo.uqam.ca/opticnet/)

  4. UCLP deployment on CA*net 4(http://www.canarie.ca/canet4/uclp/uclponc4.html) • For ease of management of lightpath on CA*net 4, a user must comply with CANARIE's Lightpath Allocation Policy and must fill out CANARIE's Lightpath Request Form. • Only registered source IP addresses will be permitted to connect to the lab. Requests are to be sent to eng@canarie.ca. • UCLP deployed: • University of Waterloo v1.4: https://uclp01.canet4.net/web-uclp/. • University of Ottawa - Communications Research Centre (CRC) v1.2 • Federation c4west: http://uclp02.canet4.net:4445/demo.jnlp; • Federation c4 central: http://uclp02.canet4.net:5550/demo.jnlp; • Federation c4east: http://uclp02.canet4.net:7777/demo.jnlp. • University of Ottawa - Communications Research Centre (CRC) v1.3+ • Federation 3rdw http://205.189.33.55:8080/uclpclient.jnlp; • Université du Québec à Montréal (UQAM) v1.2. • Log in as a normal user. C4NOC are administrative users.

  5. UCLP deployment on CA*net 4 How to access it?

  6. UCLP deployment on CA*net 4LightPath allocations

  7. UCLP Documentations • http://www.canarie.ca/canet4/; • uclp/...

  8. University of Waterloo’s UCLP v1.4 Documentations • University of Waterloo; School of Computer Science; • Project leader: Raouf Boutaba, Ph.D. • rboutaba@bbcr.uwaterloo.ca • University of Waterloo’s URL • http://www.canarie.ca/canet4/uclp/waterloo/uclpwaterloo.html • CANARIE’s URL • http://www.canarie.ca/canet4/uclp/waterloo/uclpwaterloo.html

  9. University of Ottawa/CRC’s UCLP v1.2 & 1.3+ Documentations • University of Ottawa • School of Information Technology and Engineering (SITE) (http://www.site.uottawa.ca/) • Co-project leader: Gregor v. Bochmann (bochmann@site.uottawa.ca) • Communications Research Centre • Broadband Applications and Demonstration Laboratory (BADLAB) (http://www.crc.ca/en/html/crc/home/research/network/system_apps/badlab/badlab) • Co-project leader: Michel Savoie (michel.savoie@crc.ca) • Project URL: http://phi.badlab.crc.ca/uclp/. • CANARIE URL: http://www.canarie.ca/canet4/uclp/crcott/uclpcrcott.html

  10. Universitédu Québec à Montréal or UQAM’s UCLP v 1.3 Documentations • Université du Québec à Montréal (UQAM); • Opticnet group (which is a part of Téléinfo Lab.) • Project leader: Omar Cherkaoui, Ph.D. • cherkaoui.omar@uqam.ca • Université du Québec à Montréal’s URLs • http://www.teleinfo.uqam.ca/english/projet_lightpath.htm • http://www.teleinfo.uqam.ca/projet_lightpath.htm • CANARIE’s URL • http://www.canarie.ca/canet4/uclp/uplauqam.html

  11. UCLP v1.0Lightpath Definition • According to “User controlled Lightpath Definition Document (http://www.canarie.ca/canet4/library/c4design/user_controlled_definition.ppt)”, created by Bill St. Arnaud in December 2002: • Any uni- or bi-directional point to point connection with effective guaranteed bandwidth • Examples of LightPaths: • STS channel on a SONET or SDH circuit • Etc.

  12. UCLP v1.0 - Lightpath Definition Simplest Working LightPath Object Management Domain A Management Domain B LightPath

  13. UCLP v1.0 - Lightpath Definition Concatenated LightPath Object Management Domain B Management Domain A Management Domain C

  14. UCLP DemonstrationsOverall Network Architecture • A local end-user will create the LightPaths between each participant to Bangkok-TH via UCLP and get the HDTV stream sequentially. CA*net 4 OC-12 CRC (CA) KISTI (KR) LP 1 LP2 LP3 GigE+L1/L2 Seattle L1/L2 + STM4 Ottawa LP4 Calgary NCHC (TW) L1/L2 + GigE Chicago GigE + L2 L3 i2CAT (ES) APAN (TH)

  15. KREONet2, KISTI, Korea CA*net4, CANARIE Daejeon ONS # 2 Ottawa HDV host @ CRC ONS # 1 Seattle, US STS12c circuit Toronto STM-4 CA*Net4 1GigE SURFnet STS24c 1GigE Chicago 1GigE Chicago Amsterdam 1GigE Real-time sender TAIWANLight (a.ka. TANet2) TWAREN GEANT Juniper ONS Gwangju HD host@NCHC HsiuChu Amsterdam Seattle, US GEANT 1GigE TWAREN STM-4 STM-4 1GigE CISCO 4506 VLAN633 tagging TWAREN Juniper VoD Server, 1GigE Chunghwa Telcom Taipei Taipei Hsinchu GIST, NetMedia LAB Madrid, ES ONS15454 Barcelona, ES RedIRIS OPTera 5200 λ λ L3 switch 1GigE 1GigE Juniper M20 1GigE Juniper T320 Router STS-12c circuit Cisco 6513 Barcelona, ES STM-4 circuit i2CAT/UPC, Spain 1GigE circuit RedIRIS, Spain CESCA, Spain HDV host Layer2 VPN Dedicated channel UCLP DemonstrationsDetailed Network Architecture

  16. UCLP DemonstrationsLightPaths & Distances • 1.128 time the circumference of the earth! • Are we beating a world record here?

  17. UCLP Demonstrationse2e connections & Distances • 2.312 time the circumference of the earth! • Are we beating a world record here?

  18. UCLP Demonstrations #1 (25 696 km)NCHC (TW) to APAN (TH) LPs • Create the LightPaths between NCHC-TW and Bangkok-TH via University of Waterloo’s UCLP and get the HDTV stream. • Let’s first present the Participant NCHC-TW; • And see what will happen on CA*net 4 after! CA*net 4 OC-12 CRC (CA) KISTI (KR) LP 1 LP2 LP3 GigE+L1/L2 Seattle L1/L2 + STM4 Ottawa LP4 Calgary NCHC (TW) L1/L2 + GigE Chicago GigE + L2 L3 i2CAT (ES) APAN (TH)

  19. NCHC is Taiwan’s only National Lab dedicated to • High-Performance Computing & applications • Networking & its applications development • Mission • Provide resources and service • Do research and development • Offer education, training, and outreach • Key Events • 1991:Government approved the establishment proposal • 1993:Completed HQ new building in Hsinchu Science Park • 2002:Establisheda branch in Tainan (in Southern Taiwan) • 2003:Transformed into an non-profit organization National Center for High-performance Computing NCHC

  20. TaiWan Advanced Research and Education Network TWAREN • TWAREN - Successor of TANet2 • TWAREN - Part of a comprehensive, six-year national development plan formulated by the government to stimulate creativity and foster talents. • TWAREN Goals • To provide a network infrastructure for academic and research community. • To stimulate creativity and foster talents • TWAREN Architecture • TWAREN is a new hybrid network with 20G POS and DWDM technologies at its core. • Dual circuits form the backbone. Each of the two local carriers provides a 10 G POS network linking the four core nodes. • There are eleven GigaPoPs, each links to the core node at 20 Gbps and 1 dark fiber. • Hierarchical topology: 3 layers (core, GigaPoPs, end nodes) • Highly scalable and flexible • Providing multiple services

  21. Edmonton CA*Net4 Vancouver Halifax Winnipeg Calgary Montreal 622M StarTap Toronto StarLight STM-16 (2.5G) Abilene Taipei TANet2 TWAREN TWAREN Connections to North America 1GbE • Trans-Pacific link to Seattle is at STM-16 • Link from Seattle to STARLight was upgraded to STM-4. • An additional 1GbE lightpath from CANARIE serves as TaiwanLight

  22. NCHC Relationship with UCLP • Lease a lightpath from CANARIE between Seattle and Chicago. • Lightpath between TWAREN/CA*Net4/HEAnet • 5-point videoconferencing among Taiwan (Asia), Canada (NA) and Ireland (Europe) in March, 2004 • Distance:  18,000km • UCLP training class in Taiwan by CANARIE engineers, joined by Korea via videoconferencing • Collaborated with CANARIE to make UCLP compliant with Cisco ONS 15454 SDH • Establish NCHC UCLP Lab: ONS 15454 SDH • Will be UCLP beta tester for ONS SDH version

  23. Demo Setup in NCHC 1GigE to CA*net4's Seattle 15454 TAIWANLight (a.k.a TANet2) Seattle, US 15454 STM-4 TWAREN Hsinchu 15454 Taipei 15454 1 GigE STM-4 CHT Taipei 15454 HD host @NCHC, Hsinchu TWAREN,Taiwan

  24. UCLP Demonstrations #1 (25 696 km)NCHC (TW) to APAN (TH) LPs

  25. NCHC (TW) to APAN (TH) LPs viaUniversity of Waterloo’s UCLP • On CA*net 4 (https://uclp01.canet4.net/web-uclp). • As normal User • Establish the following End To End LPO: • ons-sea01 ons-cal01 • Access the LPO via the following Source and Destination End Points: • ons-sea01/ slot 4/ port 2  ons-sea01 ons-cal01 ons-cal01/ slot 14/ port 4. • Check End To End connectivity by receiving HTDV streams from NCHC (Taiwan) to the APAN Meeting venue at Bangkok. • MRTG - APAN LightPaths Traffic Rates (http://ons.canet4.net/apan/). • Remove Access the above LPO. • Cancel or Terminate the End To End LPO.

  26. UCLP Demonstrations #2 (24 279 km)KISTI (KR) to APAN (TH) LPs • Create the LightPaths between KISTI-KR and Bangkok-TH via UQAM’s UCLP and get the HDTV stream. • Let’s first present the Participant KISTI-KR; • And see what will happen on CA*net 4 after! CA*net 4 OC-12 CRC (CA) KISTI (KR) LP 1 LP2 LP3 GigE+L1/L2 Seattle L1/L2 + STM4 Ottawa LP4 Calgary NCHC (TW) L1/L2 + GigE Chicago GigE + L2 L3 i2CAT (ES) APAN (TH)

  27. KISTI–CANARIE UCLP Demonstrations January 27, 2005 19th APAN meeting, Bangkok Jong-Uk Kong Supercomputing Center, KISTI

  28. Contents • KISTI & KREONET • KISTI-CANARIE Collaborations • Light Provisioning & UCLP for Demo • Stereo HD VoD Setup for Demo

  29. Korea Institute of Science and Technology Information National Role Major Functions • Knowledge Infrastructure for Digital Research - Advancement of Supercomputer and KREONET - Research on the next generation technology, knowledge- based GRID, e-Science and research network Supercomputing Center • Knowledge Information Portal - Information collection, management, and diffusing system - Digital information dissemination environment using DOI, MDR Science & Technology Information Center • Value-added Information - In-depth analysis and feasibility study - Use of Supercomputer for BT and NT information Knowledge Resources Development Center

  30. KREONET I • Korea Research Environment Open NETwork • National high-performance science & research network in Korea • About 200 members : Universities, National Research Labs, government organizations, etc. • High-capacity access network(1Gbps~10Gbps) : 30 members • Nation-wide optical gigabit backbone network • 12 GigaPoPs in 11 regions (~ 10Gbps) • KREONet2 • International R&E network based on KREONET • Korea-US (StarLight and PacWave over CA*net4 Lightpath) : 1.2Gbps • Korea-China (CSTNet/CNIC) : 155Mbps • KR-JP, KR-SG, KR-EU (via APII, TEIN) : ~1Gbps • Advanced network engineering • Lambda Networking, QoS, Traffic Analysis, Security, etc. • Nation-wide 6KREONET and Mbone • Supporting advanced applications : e-Science and Grid

  31. KREONET II

  32. KISTI-CANARIE Collaborations Seoul Busan Daegu Pohang Changwon Gwangju Jeonbuk Daejeon Gyunggi (Suwon, Incheon) Chungnam • Trans-Pacific Connectivity : two STM-4 circuits (1.2G) • PacWave and StarLight • StarLight over CA*net4 lightpath, Seattle to Chicago based on UCLP • Joining Global-scale lambda Grid networking • Successful HD & UCLP Collaborative Demonstrations • ITU Telecom Asia2004 in Busan, Korea (September 7-11, 2004) • Collaborations with CANARIE, UPC/I2CAT KREONet2 CA*Net4 StarLight Chicago STM-4 ~ STM-4 * 2 Daejeon APII-testbed/KREONet2 Global Lambda Networking Seattle PacWave

  33. Lightpath Provisioning & UCLP for Demo KREONet2, KISTI, Korea CA*net4, CANARIE, Canada Daejeon Cisco ONS #2 Daejeon Cisco ONS #1 Seattle, US Calgary, CA STM-4 STM-4 Daejeon CA*net4 ONS15454 1GigE L3 switch 1GigE Router VLAN633 tagging STM-4 circuit Cisco 7609 1GigE circuit STS24c UCLP Gwangju ONS Gwangju 1GigE GIST, NetMedia LAB Cisco 4506 VLAN633 tagging HD Receiver in Bangkok 1GigE Stereo HD VoD Server 205.189.32.252, GIST, Gwangju

  34. Stereo HD VoD Setup for APAN UCLP DemoGIST NML (http://hdtv.nm.gist.ac.kr) with KISTI

  35. UCLP Demonstrations #2 (24 279 km)KISTI (KR) to APAN (TH) LPs

  36. KISTI (KR) to APAN (TH) LPs via UQAM’s UCLP • On CA*net 4 (via the client UCLPGUI.EXE) • As normal User • Request the following LightPaths: • ons-sea01/ slot 3/ port 1/ channel 1-12  ons-sea01 ons-cal01 ons-cal01/ slot 14/ port 4. • Check End To End connectivity by receiving HTDV streams from KISTI (KR) to the APAN Meeting venue at Bangkok. • MRTG - APAN LightPaths Traffic Rates (http://ons.canet4.net/apan/). • Cancel the above LightPaths:

  37. UCLP Demonstrations #3 (18 308 km)CRC (CA) to APAN (TH) LPs • Create the LightPaths between CRC-CA and Bangkok-TH via University of Ottawa/CRC’s UCLP and get the HDTV stream. • Let’s first present the Participant CRC-CA; • And see what will happen on CA*net 4 after! CA*net 4 OC-12 CRC (CA) KISTI (KR) LP 1 LP2 LP3 GigE+L1/L2 Seattle L1/L2 + STM4 Ottawa LP4 Calgary NCHC (TW) L1/L2 + GigE Chicago GigE + L2 L3 i2CAT (ES) APAN (TH)

  38. Université d’Ottawa University of Ottawa CRC – CANARIE UCLP Demo at 19th APANJ. Michel Savoie, Research Program ManagerBroadband Applications & Optical NetworksTel: (613)998-2489 Fax: (613)998-2753Email: michel.savoie@crc.caURL: http://www.crc.ca January 27, 2005

  39. Communications Research Centre Canada Foundations for the Future • Primary federal government laboratory for R&D in advanced telecommunications • Agency of Industry Canada (IC) • 200 research staff Research Branches • Terrestrial Wireless • Satellite Communications and Radio Propagation • Broadcast Technology • Broadband Network Technologies Shirleys Bay Campus CRC Vision National leadership in collaborative research and development on innovative communications, broadcasting and information technologies for a strong Canadian knowledge-based economy.

  40. BROADBAND APPLICATIONS AND OPTICAL NETWORKS (RBON) R&D Activities Mandate • Emerging broadband applications, services and technologies associated with next generation optical networks • Provide expert advice to IC, other federal departments, agencies and Canadian industry • Promote technology transfer to industry • Support IC and its CANARIE program in branding Canada as a leader in optical networks and related technologies Main Research Themes • Broadband Applications & Services • Advanced Optical Networking Technologies • Control & Management of Next Generation Optical Networks Key Facilities • Broadband Applications and Demonstration Laboratory (BADLABTM) • Optical Networking Laboratory (ONL)

  41. User-Controlled E2E LightpathProvisioning over CA*net 4 • Project funded under CANARIE’s Directed Research Program on User Controlled Lightpath Provisioning (UCLP) Software • Lead Participant: University of Ottawa • Participant: Communications Research Centre • UCLP System software is being enhanced under collaboration with the Optical Communications Group (GCO) of the Technical University of Catalonia (UPC) http://phi.badlab.crc.ca/uclp/

  42. Acknowledgements and thanks to: • CRC technical support staff and CA*net 4 NOC operators who assisted in making this demo possible • CANARIE for giving us the opportunity to demonstrate our UCLP System • NICT/TEL for allowing us to use their Ruff Systems HDV application for streaming live High Definition TV image and sound over IP

  43. UCLP Demonstrations #3 (18 308 km)CRC (CA) to APAN (TH) LPs

  44. CRC (CA) to APAN (TH) LPs via University of Ottawa/CRC’s UCLP • On CA*net 4 • Federation c4central: http://uclp02.canet4.net:5550/demo.jnlp. • As normal User • Create the E2E Connection the following RO End Points and LPOs • ons-ott01/ slot 3/ port2;  ons-tor01 ons-win01  ons-reg01  ons-cal01 ons-cal01/ slot 14/ port 4. • Check End To End connectivity by receiving HTDV streams from CRC (CA) to the APAN Meeting venue at Bangkok. • MRTG - APAN LightPaths Traffic Rates (http://ons.canet4.net/apan/). • Delete the E2E Connection the above.

  45. UCLP Demonstrations #4 (24 688 km) i2CAT/UPC (ES) to APAN (TH) LPs • Create the LightPaths between i2CAT/UPC-ES and Bangkok-TH via U. of Ottawa/CRC’s UCLP and get the HDTV stream. • Let’s first present the Participant i2CAT/UPC-ES; • And see what will happen on CA*net 4 after! CRC (CA) KISTI (KR) LP 1 LP2 LP3 GigE+L1/L2 Seattle L1/L2 + STM4 Ottawa LP4 Calgary NCHC (TW) L1/L2 + GigE Chicago GigE + L2 L3 i2CAT (ES) APAN (TH)

  46. i2CATFoundation • i2CAT is a private non-profit foundation whose aim is the boost of Research & Innovation on the second generation Internet environment • The i2CAT project started in 1999 and finished at the end of 2003. A private foundation was constituted on 2004 to continue this work with more funding, administrative support and new members. • The i2CAT key model is based on the collaboration between the public and private sectors and the academic environment, in the Information and Communication Technologies sector APAN Demo

  47. Innovation& Research Interactions Research Innovation University Administration Private Sector T E C H N O L O G I E S A U D I O V I S U A L Technology Transfer B I O M E D I C A L N E T W O R K E D U C A T I O N Internet Dissemination Gigacat: the Gigapop MediaCAT: video services platform GridCAT: distributed computing services APAN Demo

  48. i2CATFoundation goals • i2CAT foundation is a partnership platform for research and innovation, whose aim is: • Promoting advanced networks research and broadband application and increasing its practice. • Creating new cooperation platforms between the private sector and the university research community. • Pushing teamwork between world wide institutions and societies with similar objectives into networking. • Being a meeting forum for those institutions, societies and companies wishing to participate inside a global project for the infrastructures development and broadband network services. APAN Demo

  49. i2CAT relationship with UCLP I • CRC-UPC MOU. December 2003 • The collaboration between CRC and UPC is reflected under a Memorandum of Understanding, which establishes the terms for collaborating on Broadband and Optical Networking Research Projects • Joined the CRC-UofO UCLP development team. • Adapted the UCLP software to make it compliant with Nortel OPTera Metro 5200 and Cisco Catalyst 3750 • UCLP software is being implemented on the i2Cat optical experimental network. i2CAT is currently working with CRC in the next version of UCLP, UCLPv2 • UCLP events: • CRC-UPC UCLP Demo to the EU. June 2004 • Made a peering connection between CA*net 4 and i2cat • HTDV/IP demo over an optical link controlled between BCN and Daejeon (Korea). September 2004 APAN Demo

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