E-Science Applications E-Science Applications in Thailand in Thailand Panjai Tantasanawong Panjai Tantasanawong Uninet Uninet Ministry of Education Ministry of Education Putchong Uthayopas Putchong Uthayopas Thai National Grid Thai National Grid Center, Center, Software Industry Software Industry Promotion Agency (SIPA) Promotion Agency (SIPA) Ministry of Information Ministry of Information and Communication and Communication
E-Science Applications in Thailand. Putchong Uthayopas Thai National Grid Center, Software Industry Promotion Agency (SIPA) Ministry of Information and Communication. Panjai Tantasanawong Uninet Ministry of Education. Outline. E-Science development in Thailand Grid Computing in Thailand - PowerPoint PPT Presentation
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E-Science Applications E-Science Applications in Thailandin ThailandPanjai TantasanawongPanjai Tantasanawong
UninetUninetMinistry of EducationMinistry of Education
Putchong UthayopasPutchong Uthayopas
Thai National Grid Center,Thai National Grid Center,Software Industry Promotion Software Industry Promotion
Agency (SIPA)Agency (SIPA)Ministry of Information and Ministry of Information and
CommunicationCommunication
Outline
• E-Science development in Thailand• Grid Computing in Thailand• Example Applications
E-Science in Thailand: A brief timeline
• 1994 NECTEC put Thailand's first vectorised multiprocessor supercomputer, the Cray EL98– Computational Chemistry– Computational Physics
• 1996 Thai Meteorological Department (TMD) use IBMSP – NWP (Numerical Weather Prediction) project
• 1997 the Computational Science and Engineering Programme Consortium was established as a cooperative effort among Thai universities and the National Science and Technology Development Agency (NSTDA).
• 1999 Kasetsart University built 72 nodes Beowulf Cluster “Pirun”– Academic and research applicaiton– Start of the booming of Beowulf Cluster in Thailand
• 2001 Thailand transition into Grid Era
Source: Sornthep Vannarat, NECTEC, “Computing and Information Grid Development in Thailand, ISGC2006 Presentation, May 2-4,2006,Taipai, Taiwan.
• Statistic from ANSCSE (Annual national Symposium on Computational Science and Engineering) 1997-2005 showing the number of papers in each major e-science area
Grid Computing Development2000-2005
ThaiGrid projectStart
2000
Linking KMITNB-KU
2001 2002 2003 2004 2005
Virtual Screening On Grid
National Grid project approved
National Grid project started
ThaiGrid has 5 members
ThaiGrid link more than 100 processors from 5 universities
PRAGMA participation byNECTEC/KU
Forming National Grid project proposal ThaiGrid Join
SCGlobal2004
Thai National Grid Project• A 4 years project under
Ministry of Information and Communication Technology
• 5.5 Million US$ program• Start from 13 universities
and 1 government organizations
• Extending rapidly
MinisterMICT
National Grid CommitteeDirector
SIPA BoardSIPA
AdminStaffs
Member Institutes
DirectorThai National Grid Center
Researchers
BoardThai National Grid Center Associate Director
Thai National Grid Center
Partners Institutes
Bangkok
Chaingmai University (CMU)
Chulalongkorn University (CU)Kasetsart University (KU)King Mongkut’s Institute of Technology North Bangkok (KMITNB)King Mongkut’s University of Technology Thonburi (KMUTT)King Mongkut’s Institute of Technology Ladkrabang (KMITL)Mahidol Unversity (MU)Silpakorn University (SU)The Meteorological Department Of Thailand (TMD)
Walailak University (WU)
Prince of Songkla University (PSU)
Khonkhan University (KKU)
Suranaree University of Technology (SUT)
ปัตตานี
ยะลานราธวิาส
แม่ฮ่องสอน
เชยีงราย
ลำาปาง
พะเยา
น่าน
แพร่
อุตรดิตถ์
สุโขทัย
ลำาพูน
ตาก
กำาแพงเพชร เพชรบูรณ์
เลย
ชยัภูมิพิจิตร
หนองบัวลำาภู
อุดรธานี
หนองคาย
สกลนครนครพนม
กาฬสินธุ์
มหาสารคาม
มุกดาหาร
รอ้ยเอ็ด ยโสธรอำานาจเจรญิ
บุรรีมัย์ สุรนิทร์ ศรสีะเกษ
นครสวรรค์
อุทัยธานี
กาญจนบุรีสุพรรณบุรี
ลพบุรี
สระบุรี
ปราจีนบุรีสระแก้ว
ฉะเชงิเทรา
จันทบุรีระยอง
ราชบุรี
เพชรบุรี
ตราด
พระนครศรี
สิงห์บุรี
ปทุมธานีนนทบุรี
สมุทรสงครามสมุทรสาคร
สมุทรปราการ
ประจวบคีรขีันธ์
ชุมพร
ระนอง
สุราษฏรธ์านี
พังงา
ภูเก็ต
กระบ่ี
ตรงั
สตูล
พัทลุง
นครนายก
เชยีงใหม่
นครราชสีมาอุบลราชธานี
สงขลา
นครศรธีรรมราช
Inter-University Network (UniNet) Commission on Higher Education (Center)24 Public Universities
39 Rajabhat Universities29 IT Campus
8 Private Universities13 Mahachulalongkorn Rajawitayalai9 Other agencies9 Rajamangala Institue of Technology (44 Campus) Ministry of Education (for Under Higher Education)
•Pilot Grid and Cluster infrastructure•Interoperable Middleware•Basic computational Grid•Basic Data Grid•POC applications
•Stable Grid and Cluster infrastructure•Interoperable Middleware and basic services•Basic computational Grid•Basic Data Grid•Grid Portal•Grid applications
• Partners:– Dr. Jak Saengma, KU– Somsak Sriprayoonsakul, TNGC– IBM Thailand
• Challenges– From over 10000 active compounds available
from Thai medicinal plants database, find a smallest set of compounds that has a potential to be used as a drug
– Very compute intensive. Several month of computing time
• Solution: Use grid to increase computing power to 10-100 times
– Distributed screening process to hundred of hosts on the Grid
• Benefit– Speeding up time to results– Allow scientists to spend more time analyzing
results
Implicit Narrowband Level Set Method for Fire Spread Model
Dr. Pallop HuabsomboonMahidol University
• Challenges– Simulation of large scale firespred
for forest fire– Very time consuming process
• Solution– Distribute the computation on the
Grid• Benefit
– Expect 10x faster simulation speed– Ability to model much larger
problem within a reasonable time• Part of TNGP/ Hewlett Packard Join
Research Program
The Parallel Simulation Model for Thin Film Deposition Using the DSMC Method
Dr. Rardchawadee SilapuntDr. Tiranee AchalakulKMUTT, Thailand• Thin film deposition process is
used for many manufacturing industries including very large scale integrated circuits, optics, magnetic, hard and corrosion resistant coatings, micro-mechanics.
• Grid system will be used to accelerate the computation and
simulation process • Part of TNGP/ Hewlett
Packard Join Research Program
simulation domain S
ub-
Dom
ain
Processor
Processor
Processor
MP
IM
PI
Sub
-D
omai
nS
ub-
Dom
ain
Grid based data assimilation using RS data
• Dr. Kiyoshi Honda, AIT• Dr. Putchong Uthayopas, THNC• Challenges
– Using GA based data assimilation for agricultural monitoring
– Very long computation time from months to years
– Large amount of RS data needed to be moved around and process
• Solution: – Using Grid to harvest more
computing power– Hide data assimilation process
behind the service using MPI, GridRPC (ninf-g)
• Benefit– Speeding up the calculation
User
Portal
Cluster A
Cluster B Cluster C
Host DSWAP-SERVICE
SWAP-SERVICE
SWAP-SERVICESWAP-SERVICE
Grid
Medical GridSuwachai Sieanoon, Somkiat
Chatchuenyot, Dr. Panjai Tantasnawong
Computer Science Department, Silpakorn University
• To build and develop a distributed information management system using DataGrid technology.
• Apply the distributed information management system to test on exchanging and managing the Patient Records System, which is record complexity and, different format and large size of data.
Grid Services(Internet)Option
Hospital_E
Grid Services
Metadata Hospital_A
Metadata Hospital_B
Metadata Hospital_C
Data Agent
Hospital_F
Hospital_D
GRID Services
Data Agent
Service Registr
y
Meta Data(HL7)
XML
IMAGE
NECTEC Information Grid Project
Source: Sornthep Vannarat, NECTEC, “Computing and Information Grid Development in Thailand, ISGC2006 Presentation, May 2-4,2006,Taipai, Taiwan.
Access Grid
• Access Grid are Being used Regularly to support e-science activities
• Provide access to local conference (NECTEC)
– ANSCSE10, NAC2006• International Link
– SEAGF-MEETING• Malaysia, Singapore, and Thailand
– SCGlobal 2005,2004,2003– First APEC Virtual Symposium on
Pandemic Preparedness using Access Grid, January 20, 2006
• Presentation from Medical Organization in many economies: China, Taiwan, USA, Vietnam, Thailand, Singapore, Philippine, and more