Difference between revisions of "UCVM Workshop July 2011"
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− | UCVM Software Design | + | #UCVM Software Design |
− | + | ##Framework for hosting multiple CVMs | |
− | + | ##Standardized query interface | |
− | + | ##How UCVM supports queries for non-standard models (e.g. How does UCVM handle elevation query using CVM-S4 (no elevation model) | |
− | Selected standardized statewide properties including: | + | #Selected standardized statewide properties including: |
− | + | ##Topography | |
− | + | ##Bathymetry | |
− | + | ##Statewide Geotechnical layer from Vs30 and Wald Vs30 topography relationship | |
− | + | ##Georeference standardization | |
− | Selected UCM Coverage Region: | + | #Selected UCM Coverage Region: |
− | + | ##Discuss portability of UCVM other regions including Central US | |
− | Currently Supported Models | + | #Currently Supported Models |
− | + | ##CVM-S4 | |
− | + | ##CVM-SI | |
− | + | ##CVM-H 11.2 | |
− | + | ##CVM-H 6.3 | |
− | + | ##CenCal USGS | |
− | + | ##Graves Northern Cal | |
− | + | ##Lin Thurber statewide | |
− | Requirements for Hosted Models | + | #Requirements for Hosted Models |
− | + | ##query interface | |
− | + | ##projection definition | |
− | Options for storing hosted CVMS | + | #Options for storing hosted CVMS |
− | + | ##GTL etree | |
− | + | ##CVM-S4 objects | |
− | + | ##CVM-H gocad | |
− | + | ##Lin-Thurber tables | |
− | + | ##Po Chen CVM-SI mesh | |
− | Support for HPC creation of Large Meshes by UCVM | + | #Support for HPC creation of Large Meshes by UCVM |
− | + | ##parallel query capabilities | |
− | + | ##large mesh making capabilities | |
− | ETREE support | + | #ETREE support |
− | + | ##Description of etree import and export by UCVM | |
− | CVM Differencing capabilities | + | #CVM Differencing capabilities |
− | + | ##Example differences between CVM-S4 and CVM-SI | |
− | + | ##Proposed differencing tools | |
− | + | ##Other CVM differences of interest | |
− | CVM Evaluation System Design | + | #CVM Evaluation System Design |
− | + | ##Evaluation using point sources | |
− | + | ##Evaluation using large historical events | |
− | + | ##Goodness of fit measures in use | |
− | + | ##Proposed GOF measures to be used | |
− | Evaluation results for 3 events | + | #Evaluation results for 3 events |
− | + | ##Evaluate sensitivity of current evaluation system using 3 events and 3 CVM’s | |
− | + | ##Chino Hills,Gilroy, Oakland and CVM-H, CVM-S4, CenCal |
Revision as of 17:02, 11 July 2011
Workshop July 2011
- UCVM Software Design
- Framework for hosting multiple CVMs
- Standardized query interface
- How UCVM supports queries for non-standard models (e.g. How does UCVM handle elevation query using CVM-S4 (no elevation model)
- Selected standardized statewide properties including:
- Topography
- Bathymetry
- Statewide Geotechnical layer from Vs30 and Wald Vs30 topography relationship
- Georeference standardization
- Selected UCM Coverage Region:
- Discuss portability of UCVM other regions including Central US
- Currently Supported Models
- CVM-S4
- CVM-SI
- CVM-H 11.2
- CVM-H 6.3
- CenCal USGS
- Graves Northern Cal
- Lin Thurber statewide
- Requirements for Hosted Models
- query interface
- projection definition
- Options for storing hosted CVMS
- GTL etree
- CVM-S4 objects
- CVM-H gocad
- Lin-Thurber tables
- Po Chen CVM-SI mesh
- Support for HPC creation of Large Meshes by UCVM
- parallel query capabilities
- large mesh making capabilities
- ETREE support
- Description of etree import and export by UCVM
- CVM Differencing capabilities
- Example differences between CVM-S4 and CVM-SI
- Proposed differencing tools
- Other CVM differences of interest
- CVM Evaluation System Design
- Evaluation using point sources
- Evaluation using large historical events
- Goodness of fit measures in use
- Proposed GOF measures to be used
- Evaluation results for 3 events
- Evaluate sensitivity of current evaluation system using 3 events and 3 CVM’s
- Chino Hills,Gilroy, Oakland and CVM-H, CVM-S4, CenCal