1. Global High Performance Networks 1998. 6. 5 N+I Tokyo’98 Session Chair : Kilnam Chon Speakers : George Strawn / NSF US Next Generation Internet Projects Joe Mabretti / U. of Chicago Internet 2, Chicago GigaPoP and STAR TAP Kilnam Chon / KAIST Asia-Pacific Advanced Network (APAN)

2. N+I Tokyo’98 Asia-Pacific Advanced Network (APAN) Kilnam Chon chon@cosmos.kaist.ac.kr http://www.apan.net 1998. 6. 5 - Applications -

3. Table of Contents 1. ANAN Network Topology 2. Exchange and Access Points 3. Areas and Working Groups 4. Sample Bandwidth Allocation 5. Application 6. Remarks

4. 1. APAN Network Topology 1998.06.01 apan-sec@apan.net 1998 1998~1999(plan) Korea Japan China Thailand Malaysia Singapore Indonesia Hong Kong l l l Philippines Australia ★ North America Europe l Latin America Europe

5. 2. Exchange and Access Points Exchange Point Access Point 1998 1998~1999(plan ) Malaysia Philippines STAR TAP Japan North America Latin America China HongKong Indonesia Thailand Singapore Australia Korea XP-TokyoXP-Seoul XP-Singapore Europe

6. 3. Areas and Working Groups User Community Area Network Technology Area Cache Multimedia Security Immersive VR Application Technology Area IPv6(6Bone) Design Multicast/ Mbone Measurement RSVP Satellite Internet Diffentiated Service Agriculture BioInformatics Medical Informatics Digital Library Education Engineering Environment Science Telemanufacturing

7. 4. Sample Bandwidth Allocation For 45 Mbps Commodity Internet5Mbps Caching Project6Mbps Mbone Project2Mbps IPv6< 1Mbps Various Project30Mbps (To be reserved)

8. 5. Application 5.1 Mbone and Multicasting 5.2 Cache 5.3 IPv6 5.4 High Energy Physics 5.5 Space Science 5.6 BioInformatics 5.7 Medical Informatics 5.8 Digital Library 5.9 Education

9. ( 3) Very High Performance Mbone Bandwidth of 10Mbps or more per session Special arrangement (4) Other Multicast Application Cache Delivery of software and data 5.1 Application: Mbone and Multicasting (1) Regular Mbone Bandwidth of around 250 Kbps per session with vBNS, CA*net2 and others Packet loss may be less than 1% (2) High Performance Mbone Bandwidth of 1.5 Mbps per session with vBNS,CA*net2 and others Ad hoc arrangement

10. 5.2 Application: Cache Experimental Global Cache Hierarchy. With vBNS and other research networks. Project Members are APAN, NLANR, TERENA,… Annual Cache Workshop. APAN vBNS Networks in Europe Networks in Asia Networks in Americas...

11. 5.3 IPv6 Experimental IPv6 networks APAN member countries, vBNS and others. Expected to be the production network soon(?)

12. 5.4 Application: High Energy physics APAN ESNET Collaboration among high energy physics community Typical usage of video conferencing exchange of image and other data remote access of computers STAR TAP Sample collaboration projects : KAIST - Princeton University Tokyo University - Princeton University May expand to include Europe

13. 5.5 Application: Space Science APAN NREN Collaboration among space science community. Typical project members are NASA and its project partners in USA. Space projects in Japan. STAR TAP

14. 5.6 Application: BioInformatics Collaboration among BioInformatics community. Use APAN and commodity Internet. Formed APBioNet with cooperation of counterparts in USA and Europe.

15. 5.7 Application: Medical Informatics Project collaboration of medical applications in Asia-Pacific region such as Japan Korea Singapore USA Typical applications include Remote Diagnostics Medical education

16. 5.8 Application: Digital Library Linking various digital libraries in Asia-Pacific. Use APAN and commodity Internet. APAN is particularly interested in multimedia digital library virtual networks which requires high bandwidth.

17. 5.9 Application: Education Mbone and other tools can be used to offer courses, seminars, and video conferencing for education community in Asia-Pacific. Video archive may be used to compliment viewing of the seminars and classes offered in other continents.

18. 6. Remarks : Network - Need high performance backbone networks in Asia - Need high performance national network in each country to interconnect domestic gigapops. - Need to experiment various gigapops to find out optimal gigapop architectures.

19. - APAN is still in initial phase, and we have to go through much trial and errors before we can offer stable services. - We need “killer applications”, which convince sponsors. - Need to extend collaboration to Europe. - Need to develop better infrastructure in Asia. - Please send comment to email: info@apan.net http://apan.net 7. Remarks : Management