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Enabling Discoveries in the Earth Sciences Through the Geosciences Network (GEON) . Dogan Seber San Diego Supercomputer Center University of California, San Diego. Outline. Introduction and History of GEON System Architecture GEON Portal and the Resource Access Mechanisms
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Enabling Discoveries in the Earth Sciences Through the Geosciences Network (GEON) Dogan Seber San Diego Supercomputer Center University of California, San Diego
Outline • Introduction and History of GEON • System Architecture • GEON Portal and the Resource Access Mechanisms • Use Case Scenarios • HPC Application Development within GEON
GEON • NSF Large ITR project – collaborative effort • GEON is creating an IT infrastructure to “enable” interdisciplinary geoscience research for the entire community • Project started in October 1, 2002 (after three years of preparation) and will continue until September 30, 2007
GEON’s Vision • Enable new discoveries in the geosciences by utilizing an easy-to-use “integration environment” built using state-of-the-art information technology resources. The end product is a system that : Enables new interdisciplinary research and encourages resource sharing Stores and seamlessly integrates distributed data sets, software, and toolsAllows users to make searches to discover data and information not only by name, but also by concepts. Provides high-end computational resources Provides a customizable analysis and research environment (workflow) Is a rich resource for teachers and learners
GEON: Geosciences Network Metadata Services Others GEON Catalog GEON Portal Web/Grid Services Interfaces Registration GEONsearch GEONworkbench workflow, visualization, HPC MyGEON Data Integration Services Computational & Modeling Services Data Registration Services Mapping Services Ontology Enabled Integration ArcIMS WMS WFS Modeling, Analysis Tools Logging Services Indexing Services Other Core Services Data Services Usage Stats Collection & Analysis Spatial Temporal Conceptual GridFTP OGSA-DAI CSF SRB OpenDAP DB2, Postgres mySQL Physical Grid RedHat Linux, ROCKS, OGSI, Internet, I2
GEON Cyberinfrastructure Principles • An equal partnership • IT works in close conjunction with science • CI: Support the “day to day” conduct of science (e-science), in addition to “hero” computations • The “two-tier” approach • Use best practices, including use of commercial tools and open standards, where applicable… • …while developing advanced technology, and doing CS research • Create shared “science infrastructure” • Integrated online databases, with advanced search and query engines • Online models, robust tools and applications • Leverage from and work with other intersecting projects • Much commonality in the technologies, regardless of science disciplines, e.g. BIRN, SEEK, and many others
Geological Survey of Canada Chronos USGS KGS ESRI CUAHSI 5-node cluster Partner services Partner Projects GEONgrid PoP node 4 Tb
Developed GEON Services • Resource Registration • GEONsearch – Resource Discovery • Data Integration (through the GEON Data Integration Cart) • myGEON – Personalized access to resources • GEONTools – Domain specific tools built using GEON resources System Architecture User View
Other distributed apps Kepler, DLESE, … Client Access (via Web Services) User Access (via Portal) myOntology.owl myDataset.foo Search condition(s) spatialtemporalconcept User actions add delete manipulate metadata metadata ResourceRegistration GEONsearch GEONworkbench GEON Workspace (user) GEON Catalog SRB Log GEONmiddleware external services Gazetteer, DLESE, … Geologic Age, Chronos, …
Other distributed apps Kepler, DLESE, … Client Access (via Web Services) User Access (via Portal) myOntology.owl myDataset.foo Search condition(s) spatialtemporalconcept User actions add delete manipulate metadata metadata ResourceRegistration GEONsearch GEONworkbench GEON Workspace (user) GEON Catalog SRB Log GEONmiddleware external services Gazetteer, DLESE, … Geologic Age, Chronos, …
Other distributed apps Kepler, DLESE, … Client Access (via Web Services) User Access (via Portal) myOntology.owl myDataset.foo Search condition(s) spatialtemporalconcept User actions add delete manipulate metadata metadata ResourceRegistration GEONsearch GEONworkbench GEON Workspace (user) GEON Catalog SRB Log GEONmiddleware external services Gazetteer, DLESE, … Geologic Age, Chronos, …
GEON HPC tools: TeraGrid Science Gateway • Synthetic Seismogram Calculation Tool • LiDAR data Analysis Tool
Input Application Output 3D Earth Model E3D Earthquake Parameters Problem: Build a grid applicationwithin the GEON infrastructure that can run on distributed systems with easy to use access mechanisms • Software application (e.g., E3D) • Needed input • 3D Earth structure • Earthquake/source parameters • Computational platform • Single machine, clusters Tools Needed:
WSDL/SOAP WSDL/SOAP E3D Earth Model Internet Internet CORBA WSDL/SOAP IRIS Earthquake Parameters Deploying components on the Grid • Service-Oriented model
Job Database Data Repository GEONGrid Portal GEONTools Portlet MyGEON Portlet Synseis Portlet SYNSEIS Computations Macromedia Flash GUI Cornell Map Server HTTP Web Services Earth Model Service Job Submission/Monitoring and File Service Data Archives Service Grid Services JDBC IIOP/CORBA Grid FTP IRIS DMC HPC Resources