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Bioinformatics Computing Portal @ ASCC BioPortal Hsin-Yen Chen & Chi-Wei Wang Academia Sinica Computing Centre Nov. PowerPoint Presentation
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Bioinformatics Computing Portal @ ASCC BioPortal Hsin-Yen Chen & Chi-Wei Wang Academia Sinica Computing Centre Nov. - PowerPoint PPT Presentation


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Bioinformatics Computing Portal @ ASCC BioPortal Hsin-Yen Chen & Chi-Wei Wang Academia Sinica Computing Centre Nov. 18~21, 2003 SC2003, Phoenix, USA . ASCC Bioinformatics IT Service/Support Team. Introduction (3). Network. High throughput architecture. Sequence analysis tools (CE 1).

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Bioinformatics Computing Portal @ ASCC BioPortal Hsin-Yen Chen & Chi-Wei Wang Academia Sinica Computing Centre Nov.


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    1. Bioinformatics Computing Portal @ ASCC BioPortal Hsin-Yen Chen & Chi-Wei Wang Academia Sinica Computing Centre Nov. 18~21, 2003 SC2003, Phoenix, USA ASCC Bioinformatics IT Service/Support Team

    2. Introduction (3) Network • High throughput architecture Sequence analysis tools (CE 1) UI (Web server) Virtual Organization GRID technology Database cluster (DBMS) Structure biology tools (CE2)

    3. Grid + Web Service Solution • Grid is an (network) environment that provides uniform access and management to a large number of diverse and distributed resources • Grid is not batch schedulers, cluster managers, or storage systems that happen to be connected to the Internet • Grid incorporates Network Computing as its fundamental component • Grid may add new standards that extends the network protocol layers Web Services is to hide the complexity and provide transparent access to the Grid services • Typical components are: WSDL, UDDI and SOAP • However, Grid is still largely a framework, explicit support to Bioinformatics and Contents needs to be worked out

    4. Conceptual Bio-Grid Application Infrastructure Life Scientist Access ACCESS GRID Bio Portal Web Life Science A pplications IBM WebSphere , OGSA Data Analysis/Visualization Federated Database Oracle, DB2, MySQL, Text file IBM DiscoveryLink Grid Middleware Network/Computing Infrastructure

    5. Grid Enabled BioPortal@ASCC • Design Considerations • Allows for the end user to share the computing resources and complex databases under one system • The scale of computing resource can be re-sized as needed • The computing resource can be allocated dynamically • The complexities of computing resources allocation should be hidden by web interface

    6. Grid Enabled BioPortal@ASCC • Implemention • A Web-based uniform entrance for providing bioinformatics computing service to biology researchers world-wide • The integration of heterogeneous computing platforms • The integration of federated bioinformatics data bases • A high throughput computing environment • Current Status • Open for On-line services since July 2003 • Based on home grown grid emulated middleware • On-line applications including • Analysis Tools: NCBI BLAST (all types), CRASA, FASTA, OPASS, R (Microarray analysis), etc. • Databases: SMD • Web Site: http://bits.sinica.edu.tw Sponsor: National Research Program for Genomic Medicine

    7. System Architecture - Schematic Diagram

    8. BioPortal@ASCChttp://bits.sinica.edu.tw

    9. Future works • Expand application suites to fulfil the NRPGM need • Build necessary life science databases • Federated database implementation • Collaborate with IBM, Taiwan • Add more computing elements • Migrate to IBM WebSphere portal environment

    10. Thank you!