Flow chart for velocity point-measurements: Difference between revisions

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The subgroup will provide recommendations and [[benchmark datasets for velocity measurements|benchmark datasets]] that can be used to assess processing algorithm at various stages of estimating <math>\varepsilon</math>:
The subgroup will provide recommendations and [[benchmark datasets for velocity measurements|benchmark datasets]] that can be used to assess processing algorithm at various stages of estimating <math>\varepsilon</math>:
[[File:Advprocessing.png|400px|thumb|Placeholder for complete flow chart for processing velocity point-measurements. Currently, some of the steps ordering are up for debate.]]
[[File:Advprocessing.png|400px|thumb|Placeholder for complete flow chart for processing velocity point-measurements.]]


# [[Data processing of raw measurements]]
# [[Data processing of raw measurements|Data processing of raw velocities]]
# [[Preparing quality-controlled velocities]] for spectral computations
# [[Preparing quality-controlled velocities|Segmenting and preparing quality-controlled velocities]] for spectral computations
# [[Spectral estimates and identifying the inertial subrange]]
# [[Compute_the_spectra|Spectral estimates]]
# [[Quality control measures]] of the [[Estimate epsilon|estimated <math>\varepsilon</math>]]
# [[Estimate epsilon|Estimating <math>\varepsilon</math>]] and its associated [[Quality control measures|quality control measures]]




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Return to [[Velocity point-measurements]]
Return to [[Velocity point-measurements]]


[[Category:Velocity point-measurements]]
[[Category:Velocity point-measurements]]

Latest revision as of 21:40, 5 May 2026

The subgroup will provide recommendations and benchmark datasets that can be used to assess processing algorithm at various stages of estimating ε:

Placeholder for complete flow chart for processing velocity point-measurements.
  1. Data processing of raw velocities
  2. Segmenting and preparing quality-controlled velocities for spectral computations
  3. Spectral estimates
  4. Estimating ε and its associated quality control measures


These four processing levels coincide with the hierarchal format of the ATOMIX NetCDF velocimeters format used for archiving the benchmark datasets.


Return to Velocity point-measurements