kvalobs:kvoss:system:qc2:requirements:nordklim:qc2sciencetasks

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kvalobs:kvoss:system:qc2:requirements:nordklim:qc2sciencetasks [2009-12-10 00:28:48]
paule 		kvalobs:kvoss:system:qc2:requirements:nordklim:qc2sciencetasks [2022-05-31 09:29:32] (current)
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-====== Verification/Case Analysis of the redistribution of the Qc2 accumulated precipitation algorithm ======+====== Verification/Case Analysis of the redistribution of the accumulated precipitation Qc2 algorithm ======
  
-|Original testing was carried out for data obtained between March 2007 and December 2007 giving rise to a comparison to real observations with simulated test data (constructed from real observations): |{{:kvoss:system:qc2:requirements:nordklim:rarr_24_vs_real.png?50x50}}|  +|Original testing was carried out for data obtained between March 2007 and December 2007 giving rise to a comparison to real observations with simulated test data (constructed from real observations): |{{kvalobs:kvoss:system:qc2:requirements:nordklim:rarr_24_vs_real.png?50x50}}|  
-| ... as well as a comparison to the results of HQC:|{{:kvoss:system:qc2:requirements:nordklim:hqc_vs_rarr_24.jpg?50x50}}|+| ... as well as a comparison to the results of HQC:|{{kvalobs:kvoss:system:qc2:requirements:nordklim:hqc_vs_rarr_24.jpg?50x50}}|
  
 **Short Term Tasks** **Short Term Tasks**
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 |Build tool (with documentation) that for a given interval will automatically generate test data by computing accumulations to allow fast analysis on the virtual test machine|IT-gruppa/PE |20091231 | |Build tool (with documentation) that for a given interval will automatically generate test data by computing accumulations to allow fast analysis on the virtual test machine|IT-gruppa/PE |20091231 |
 |Identify scenarios for testing the algorithm: e.g. convective vs frontal precipiation systems, specific regions in Norway. Also tests cases that compare all dry or all wet with mixed etc. |SKF |20100118 | |Identify scenarios for testing the algorithm: e.g. convective vs frontal precipiation systems, specific regions in Norway. Also tests cases that compare all dry or all wet with mixed etc. |SKF |20100118 |
-|Run Tests (NB incorporate some cases into the Acceptance Test File |IT-gruppa/PE) Write test report. |20100124 |+|Run Tests (NB incorporate some cases into the Acceptance Test File) Write test report. |IT-gruppa/PE |20100124 |
 |Analysis of results and make recommendation for Qc2 RARR_24 Operational Deployment, include a consideration of optimal interpolation method taking into account the balance with the number of corrections obtained (i.e. if a model value is computed sometimes depends on the interpolation method chosen and if the required set of neighbours exists). The recommendation shall also stipulate decisions like only applying to all wet or all dry conditions, height normalisation etc. |All |20100207 | |Analysis of results and make recommendation for Qc2 RARR_24 Operational Deployment, include a consideration of optimal interpolation method taking into account the balance with the number of corrections obtained (i.e. if a model value is computed sometimes depends on the interpolation method chosen and if the required set of neighbours exists). The recommendation shall also stipulate decisions like only applying to all wet or all dry conditions, height normalisation etc. |All |20100207 |
 | -oOo- | -oOo- | -oOo- | | -oOo- | -oOo- | -oOo- |
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 |  Definition of correlation analysis techniques that may be applied to identify, for example, the best neighbours for a given station (this could evolve in a Qc2 station list (always evolving as correlation techniques are re-run) as well as input to general Space Check methods).| 2 weeks | |  Definition of correlation analysis techniques that may be applied to identify, for example, the best neighbours for a given station (this could evolve in a Qc2 station list (always evolving as correlation techniques are re-run) as well as input to general Space Check methods).| 2 weeks |
 | -oOo- | -oOo- | | -oOo- | -oOo- |
 +
 +**NB** In total 8 weeks work is defined in the two sections above.
  
 ====== Longer Term Tasks ====== ====== Longer Term Tasks ======
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 ^Task ^Estimate of human-hours ^ ^Task ^Estimate of human-hours ^
-|**Definition and documentation of new algorithms and Qc2 controls. Specification of the algorithm and prototyping with Scientific software suite (e.g. R) and then following up the development (reviewing tests etc),  ...**  | - | +|**Definition and documentation of new algorithms and Qc2 controls.** Specification of the algorithm and prototyping with Scientific software suite (e.g. R) and then following up the development carried out by IT-Responsible (reviewing tests etc),  ...  | - | 
-| e.g. see Section 2.5 [[https://kvalobs.wiki.met.no/lib/exe/fetch.php?id=kvoss%3Asystem%3Aqc2%3Aprototype&cache=cache&media=kvoss:system:qc2:qc2report20080623.doc|Prototype Report]]| - |+| e.g. please see Section 2.5 [[https://kvalobs.wiki.met.no/lib/exe/fetch.php?id=kvoss%3Asystem%3Aqc2%3Aprototype&cache=cache&media=kvoss:system:qc2:qc2report20080623.doc|Prototype Report]] for more details.| - |
 |   Station Selection Strategies for optimal interpolation| 2 weeks | |   Station Selection Strategies for optimal interpolation| 2 weeks |
-|   Assessment of Variability|  1 month |+|   Assessment of Variability| 1 month |
 |   Outlier Detection| 1 week | |   Outlier Detection| 1 week |
 |   Extreme Detection| 1 week | |   Extreme Detection| 1 week |
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