Difference between revisions of "UCVM Workshop July 2011"

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##Standardized query interface
 
##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)
 
##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
 
##Topography
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##Statewide Geotechnical layer from Vs30 and Wald Vs30 topography relationship
 
##Statewide Geotechnical layer from Vs30 and Wald Vs30 topography relationship
 
##Georeference standardization
 
##Georeference standardization
−
 
 
#Selected UCM Coverage Region:
 
#Selected UCM Coverage Region:
 
##Discuss portability of UCVM other regions including Central US
 
##Discuss portability of UCVM other regions including Central US
−
 
 
#Currently Supported Models
 
#Currently Supported Models
 
##CVM-S4
 
##CVM-S4
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##Graves Northern Cal
 
##Graves Northern Cal
 
##Lin Thurber statewide
 
##Lin Thurber statewide
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#Requirements for Hosted Models
 
#Requirements for Hosted Models
 
##query interface
 
##query interface
 
##projection definition
 
##projection definition
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#Options for storing hosted CVMS
 
#Options for storing hosted CVMS
 
##GTL etree
 
##GTL etree
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##Lin-Thurber tables
 
##Lin-Thurber tables
 
##Po Chen CVM-SI mesh
 
##Po Chen CVM-SI mesh
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#Support for HPC creation of Large Meshes by UCVM
 
#Support for HPC creation of Large Meshes by UCVM
 
##parallel query capabilities
 
##parallel query capabilities
 
##large mesh making capabilities
 
##large mesh making capabilities
−
 
 
#ETREE support
 
#ETREE support
 
##Description of etree import and export by UCVM
 
##Description of etree import and export by UCVM
−
 
−
 
 
#CVM Differencing capabilities
 
#CVM Differencing capabilities
 
##Example differences between CVM-S4 and CVM-SI
 
##Example differences between CVM-S4 and CVM-SI
 
##Proposed differencing tools
 
##Proposed differencing tools
 
##Other CVM differences of interest
 
##Other CVM differences of interest
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#CVM Evaluation System Design
 
#CVM Evaluation System Design
 
##Evaluation using point sources
 
##Evaluation using point sources
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##Goodness of fit measures in use
 
##Goodness of fit measures in use
 
##Proposed GOF measures to be used
 
##Proposed GOF measures to be used
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#Evaluation results for 3 events
 
#Evaluation results for 3 events
 
##Evaluate sensitivity of current evaluation system using 3 events and 3 CVM’s
 
##Evaluate sensitivity of current evaluation system using 3 events and 3 CVM’s
 
##Chino Hills,Gilroy, Oakland and CVM-H, CVM-S4, CenCal
 
##Chino Hills,Gilroy, Oakland and CVM-H, CVM-S4, CenCal

Revision as of 17:15, 11 July 2011

Workshop July 2011

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