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Asia Pacific Advanced Network (APAN)

Asia Pacific Advanced Network (APAN). Country Update. By Sureswaran Ramadass APAN Malaysia. APAN Malaysia. Delegates from Malaysia for APAN Busan 2003 11 participants for APAN Currently heading 2 WG Multimedia IPv6. APAN Malaysia.

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Asia Pacific Advanced Network (APAN)

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  1. Asia Pacific Advanced Network (APAN) Country Update By Sureswaran Ramadass APAN Malaysia

  2. APAN Malaysia • Delegates from Malaysia for APAN Busan 2003 • 11 participants for APAN • Currently heading 2 WG • Multimedia • IPv6

  3. APAN Malaysia • APAN-My was formed in 1997 to promote advanced research in network technologies using High Bandwidth networks. One of the main purposes of APAN-My is to link the main research network within Malaysia. • APAN Malaysia is an active member of APAN. APAN-MY heads the Multimedia Working Group and the IPV6 WG and also involve in numerous other APAN activities.

  4. APAN Network Topology

  5. Network Topology for AI3

  6. Network Topology for AI3

  7. TEMAN • Testbed Environment for Malaysian Multimedia Applications and Networking (TEMAN) + Others • TEMAN was formed in 1997 by a collaborative effort between the Government, Universities and Telecommunication Companies. • It has setup a high speed 155 Mbit network testbed for research and development. This has expanded to include more universities. Satellite Bandwidth Obtained for research as well. • Now have support from the world’s first Dark Fiber 2.5 Gig Backbone network to also support connectivity. • Manis IPv6 research backbone already running

  8. MSC Area Support

  9. AS 7544 Nasionet AS 9290 PutraNet TMNET BGP AS 4788 AS 3561 Cable & Wireless, USA AS 5727 AT&T WorldNet Malaysian Scenario

  10. AS 10204 ARCNET AS 17650 Global One AS 10152 Easycall AS 7544 Nasionet TMTAPS AS 4774 A-BONE AS 9986 TMNET AS 4788 AS 9290 PutraNet AS 3561 Cable & Wireless, USA AS 10211 IVANET AS 9833 HICOM AS 5727 AT&T WorldNet AS 2042 MIMOS Malaysian IX-1

  11. AS 9534 MAXIS-1 AS 17815 NRG USM AS 9833 HICOM AS 10081 DiGi AS 6453 Teleglobe AS 17784 MAXIS-2 AS 10211 IVANet AS 4717 AI3 MIMOS AS 10111 DATAONE AS 17992 AIMS AS 2042 AS 7473 SingTel AS 9986 TM TAPS AS 4818 DiGi-IX AS 701 UUNet Technologies AS 9930 TTNET AS17736 SOLSIS IDC Malaysian IX-2

  12. AS 6453 Teleglobe AS 17666 FreeNet EAST GATE AS 4774 ABONE AS 17971 AS 10204 ARCNet AS 17464 TM MyLoca AS 18001 Columbo DIALOG AS 4788 TMNet Malaysian IX-3

  13. AS 7544 Nasionet AS 9833 HICOM AS 9290 PutraNet AS 10152 Easycall AS 2500 JPNIC AS 10211 IVANET AS 18001 Dialog, Columbo AS 10204 ARCNET AS 4778 iASiaworks TW AS 2042 MIMOS AS 7374 Valueserve CA AS 4774 A-BONE JP AS 17650 Global One AS 4697 NTTV6Net AS 3561 Cable & Wireless, USA AS 4717 AI3, JP AS 5727 AT&T WorldNet AS 17784 MAXIS-2 AS 17666 FreeNet AS 17971 EASTGATE AS 10081 DIGI AS 10111 DataOne AS 7473 SingTel AS 4788 TMNET AS 9930 TT-NET AS 10030 CELCOM AS 9534 MAXIS AS 9986 TMTAPS AS 17464 TM IDC AS 4818 DIGI-IX AS 2687 IBM, NH AS 4766 KIX, Seoul AS 4000 Sprint VA AS 4637 Reach, HongKong AS 9581 Cable & Wireless Korea AS 6453 Teleglobe AS 701 UUNet Tech AS 2571 DHL USA AS 1743 MCI WorldCom AS 7046 UUNet, VA AS 2914 Verio, CO Malaysian Connectivity

  14. My Research Network • Potential Use & Collaborative Projects • aligned to MOSTE’s priority research areas • Governance of MYREN • the Network Operations Team be transparent to the User Groups and the Steering Committee since the entire ops will be outsourced. • Acceptable Use Policy • TEMAN had an Acceptable Use Policy and could be used as a reference for MYREN

  15. My Research Network • Network Topologies, Service Fees and Connection to MYREN • charges be at very low levels as compared to charges for commodity Internet • connectivity to MYREN be at 2Mbps, 8Mbps & 16Mbps dependent on each university’s requirements • Operations & Maintenance of MYREN • agreed to the following operating service levels: • A) NOC availability = 99.9% • B) MYREN Network availability = 99.5% (1.5 days downtime / yr)

  16. SEA-Backbone: Lets get ASEAN Connected

  17. Joint Proposal Between Malaysia and Korea for TEIN Plan & Network

  18. Phase SEA-BB :The First Phase • Terrestrial links connecting Thailand and Singapore to NRGXchg. • Implementation details to be worked out separately between Thailand & Sg. THAILAND(BANGKOK) (TRCNet) SINGAPORE (SINGAREN) MALAYSIA NRG (PG)

  19. Phase SEA–BB: The Second Phase • Terrestrial links from Malaysia to • Philippines • Indonesia • 2 other neighbors (Undecided)

  20. SEA-Backbone Link to North Asia SEA-Net will be able to connect to North Asia through the KR-MY link Link Owners of the KR-MY link will be MIC/KISDI (Korea) and MECM/Malaysian Research Net (Malaysia).

  21. Trans-Eurasia Link to South-East Asia Korea • Enhancing the existing TEIN connection between KR/KISDI-FR/RENATER to 45Mbps. • Extending TEIN link to MY from KR (March 2003) France TEIN II Link (45 Mbps) Malaysia

  22. Joint Proposal (formulated on 27 Nov, 02) • In principle, Korea and Malaysia accepts to create the KR-MY link as link owners, together with EC as a main contributor. • Eventually, the plan is for all the 7 ASEAN Countries in ASEM to be connected in one form or the other to this network. This network will also expand to include any new ASEAN members accepted into ASEM.

  23. NRG Exchange…. More Graphical View

  24. NRG Connectivity 512 Kbps uplink 1.5 Mbps downlink

  25. APAN-My Working Groups - APAN Malaysia Working Groups Multimedia IPv6 Satellite Multicast Digital Library Bio-Informatics Agriculture Earth Monitoring

  26. Earth Monitoring And Disaster Warning WG Objectives • Disseminate fire detection products • Smoke, Haze and Ash warning • Torrential Rain and information and warning • Regional hub for other observations missions

  27. Initial Project Remote Monitoring System (RMS)

  28. MultimediaWG • New Charter/Update Charter • Success of old charter: • Spinning-off newer WGs and Technology (Digital Video etc.) • Some took off, and some did not. • Creating a video conferencing network between Temasek Poly, USM, Keio Univ and AIT. • AI3 NOC has setup server and being used. Distance edu classes will be conducted using this system. • APAN NOC has setup the MCS server which was used in this conference. • New Projects • Virtual Gaming/Conferencing/ in an immersive cave type environment. • Current commitments from NRG USM, Temasek Poly for Phase 1 and possibly ANU and AIT for Phase 2. Markus is also providing some input about GRID in this area.

  29. Activities • Current Target Projects : • Distributed Multimedia Conferencing System • Currently Implemented over all TEMAN and selected APAN sites • Mini Cave/Tele-Immersion • Future project among TEMAN and APAN/AI3 members

  30. Digital Library WG Objectives • to develop the infrastructure (common standards and protocols) that will advance the use and utility of digital resources by the higher education community in the region • to develop a broad resource base of digital scholarly information resources and services • to strengthen communication and collaboration among education, government and research institutes in the region • to contribute to lifelong learning opportunities available to the populace of the northern region

  31. Digital Library WG (Cont…) Activities • participants will prepare their OPAC (On-line Public Access Catalogue) for inclusion on the website. The OPAC should be in a universally accepted format e.g.MARC (Machine readable Cataloguing) or standards such as Z39.50 • to encourage members to develop search tools (directories, inventories, indexes) • establish links with CLH (Connected Learning House) set up by the National Library • to develop links with APAN (Asia-Pacific Advanced Network)

  32. Disted-Stamford USM Library College KDU Penang Penang Public Informatics Library Penang Penang Skill Development Inti International Centre (PSDC) Systematics Central Repository Server Network Research Group USM British Council TEMAN 16Mbits NRG-Exchange 1.5MBits Internet Legend APAN Leased Line Digital Library Network Diagram

  33. Agriculture WG Objectives • Facilitate the sharing and exchange of data between organisations • Facilitate public access to agriculture • Provide efficient and timely electronic distribution of information between offices • provide a national information network to be shared by agriculture organisations • provide organisations participating in the AGROLINK facilities to access international databases. • complement the services provided by MAMPU through the Civil Service Link (CSL) on matters relating to the agriculture

  34. Satellite WG Objectives • To provide a stable link between USM and APAN backbone • To provide the link to other working group for their research

  35. Satellite WG - Projects • Reliable Multicast FTP for satellite link • Setting up MCS Ver 4 (Multipoint Multimedia Conferencing) • Satellite based high speed multimedia access • Satellite Distance Education Program

  36. IPv6 WG • Objectives • Participate and contribute for protocol standard development • Soon to be a RFC and Int. Draft • To investigate and assist the government and organizations plan for the transition from IPv4 to IPv6. • To experiment and develop Internet applications using new IPv6 specifications. • Promote IPv6 activities at National Level among Universities

  37. IPv6 WG - Activities & Projects • Conference and IETF participation • Testing IPv6 NOC in Malaysia • Providing an IPv6 testbed with APAN connectivity for research activities. • Porting existing MCS application to IPv6 • Quality Of Service experiments on IPv6 • Network monitoring and management for IPv6. • Seminars & Workshop • IPv6 over Satellite (AI3 Project) connection has been established • Presentation at Global IPv6 Summit, Osaka, Japan (18-19, Dec. 2000) • Participation at APRICOT2001, K.L (February,2001) • Anycast Analysis • IPv6/IPv4 Application Porting Issues • Tutorial (Gopi/NTT) • APAN-MY/ IPv6 Tutorials (21 August 2001) • Presentation at Apan-Penang Meeting (August, 2001) • IPV6 workshop (19th – 20th June 2003)

  38. IPv6 WG - Achievements • Successfully setup IPv6 network and applications are being tested • 10 papers has been presented internationally, 1 RFC and 1 internet draft.

  39. Focus Areas V6 With Success : • IP and V6 BASED High quality Multipoint Conferencing – in process. • REAL TIME monitoring of V4 and V6 - Implementation of first stage done • Dynamic Host Name Resolution Protocol for V6 • Multicast over Satellite for V6

  40. Features of IPV6 : Business & Technical Aspect

  41. Budget for APAN

  42. Upcoming Meetings • 2004.1.30-31 Honolulu, Hawaii Meeting

  43. Thank You Sureswaran RamadassAPAN Head - Malaysia http://my.apan.net

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