1. iGRID2005: TW101 Real-Time Observational Multiple Data Streaming and Machine Learning for Environmental Research using Lightpaths Sep. 27,29, 2005 TW, US, JP, CA, UK

2. Demo Scenario (Draft) HDV/DV contents Streaming Grid test bed (mono + stereo) Virtual Aquarium (mono + stereo) Duration : 1.5 hr (2 sessions) Scenario Eco-observation over HDTV Greetings and introduction (10min) Streaming Grid test bed (5 min) Virtual Aquarium (30min) Closing Remarks and Q&A (15min)

3. Data logger (CR10X,,campbell) Rainfall Gauge TERN/LTER Research Sites/ Access Points Radar River Gauge Observation Station Domain Knowledge Center Network Backbone Storage/Data Software & Modeling End Users/ecologists Computer Wireless soil Gauge Fu Shan Guan-Dau-Shi Ta-Ta-Chia TERN KING Tele-robotics Kenting/Great Barrier Reef Yuan-Yang Lake / North Temperate Lakes (US) Ecogrid Scenario PRAGMA Nan Jen Shan Intensive computing Pervasive computing

4. StarLight StarTap CA*Net4 Abilene Vancouver Edmonton Calgary Winnipeg Montreal Halifax Toronto STM-16 (2.5G) 1.6 G Taipei NCU NDHU NCTU NTHU CCU NCKU NSYSU NCNU NCHU SINICA NTU Tainan Hsinchu Taichung Eastern Broadband (10G) Chunghwa Telecom (10G) Chunghwa Telecom (5 G) Core nodes TaiWan Advanced Resaerch and Education Network (TWAREN, 2008 Twin Project to KING) Dedicated and Guaranteed Bandwidth for Grid Applications Coral reef/coastal ecosystem study

5. 3 3 台中 3 1 1 1 1 3 3 2 2 2 3 2 新竹 台北 3 2 台南 2 KING Basic Facilities 2TF 64-bit cluster 1TF 32-bit cluster 30 TB Disk Array 270 TB Tape Data Server Multi-media NCHC-N: Computing Intensive 30 TB Disk Array 80 TB Tape Data Server Multi-media NCHC-S: Data Intensive 50 TB Disk Array 500 TB Tape Data Server Multi-media NCHC-C: Data Intensive Functioning 2006

6. Mechanisms assumed for the high diversity in Kenting 1. Located on the top of the coral triangle --- world’s highest marine diversity region (East Indies) 2. Kuroshio current --- high temperature, high salinity and low nutrient 3.Diversified habitats substratum and topography) --- coral, rubbles, sand, estuary, sea grass, etc By Dr. R.F. Myers

7. Wanlitung Hongtsaiken Beisa Reidashih Maopitou Nanwan Hobihu Sianjiaowan Chuanfanshih Chinwashi h Kenting Olumpi Lungken Fenchueisha Jiaroshui Five stations of LTER Project Wanlitung (bridging a protected and a non-protected zone) Reidashih (protect zone, soft corals) Inlet Bay of 3 rd NPP (protected zone) Tiaoshih (non-protected zone) Chuangfanshih (protected zone, stony corals) LAND SEA YC Tsai

9. Plan for Global Lake and Coral Reef Observation AS/NCHC Meeting 7-0, Mar 2005 at San Diego supported by NSF, Moore foundation and PRAGMA 10 Lakes: New Zealand, Australia, Canada, US, Korea, UK, Finland,Taiwan 4 Coral Reefs sites: Breat Barrier Reef, World Bank Coral Reef efforts, US LTER, NOAA, TW LTER (Okinawa?).

10. Framework for Streaming Grid Testbed NCHC, Hsinchu, TW

11. Framework for Streaming Grid Testbed UCSD, San Diego, US

12. Diagram of Demo Stations UCSD, San Diego, USNCHC, Hsinchu, TW Kenting, TW Osaka/Nara, JP

13. UCLP Demo@iGRID2005 Hsinchu, TW SanDiego, US LANPHY KREONET OSR7606 LANPHY STM-16 TWAREN/UCLP

14. Access Server Relay Server HC-15454 TP-15600 HC-15600 CHT_TP-15454 X-Pacific Links (4.5G) SEA-15454 SF-15454 LA-15454 ons-sea01 SEA-HDXc GE STM-16 SEA WDM 15454/15808 SUNN WDM 15454/15808 LA WDM 15454/15808 SD WDM 15454/15808 iGird ONS TWAREN/TaiwanLight, TW Canarie, CA CENIC, US Presentation PC Streaming PC iGrid Venue, San Diego

15. Collaborators NCHC (TW): Eugene Yeh, Fay Sheu, Jing-Jou Yen, Fang-Pang Lin, Sun-In Lin, Shi-Wei Lo, Te-Lung Liu, Jiunn-Jye Chen, Hsiu-Mei Chou, Po-Wen Chen, Yao- Tsung Wang, Kuen-Yu Huang, I-How Shiau NMMBA (TW): Tung-Yung Fan, Yung-Hui Chen Academia Sinica (TW): Rong-Quen Jan, Kwang-Tsao Shao SDSC (US): Arun Swaran Jagatheesan, Arcot Rajasekar Calit2/UCSD: Peter Arzberger Nara Institute of Science and Technology (JP): Kazutoshi Fujikaw CMC, Osaka University (JP): Shinji Shimojo CANARIE (CA): Herve Guy, Jun Jian, Thomas Tam AIAI, Edinburgh University (UK): Jessica Chen-Burger, David Robertson.