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 * Techniques and Intercomparison
 * Numerical Simulations and Validation of Local Helioseismology
=== Part 1 ===
 * Techniques and Intercomparison (45 minutes)
  . 1. '''''Systematic errors''''', Deborah Haber
  . 2. '''''Random error estimates - time-distance''''', Sebastien Couvidat
  . 3. '''''MDI ring diagram frequency variations''''', Rachel Howe)
  . 4. '''''Comparison of ring diagram and time-distance results''''', Brad Hindman
  . 5. '''''Comparison of MDI, GONG with HMI''''', Tom Duvall
 
=== Part 2 ===
 * Numerical Simulations and Validation of Local Helioseismology (45 minutes)
  . 1. Realistic Non linear simulations
    * '''''Supergranulation Scale Solar Surface Convection Simulations''''', (8 min) Dali Georgobiani
    * '''''Realistic numerical simulations of solar magneto-convection''''', (8 min) Laetitia Jacoutot
  . 2. Linear Wave Modeling
    * '''''Far Side Modeling (TBC)''''', (8 min) Thomas Hartlep
    * '''''MHD simulations (TBC)''''', (8 min) Shravan Hanasoge
  . 3. General Discussion, Konstantin Parchevski
     . What data are already available.
     . What is being planned to be done.
     . List of standard tests.
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Tuesday p.m. 2

Local HS 2: Techniques & Comparisons, Simulations & Validations

Leaders: Deborah Haber & Tom Duvall, Bob Stein & Konstantin Parchevsky

Part 1

  • Techniques and Intercomparison (45 minutes)
    • 1. Systematic errors, Deborah Haber

    • 2. Random error estimates - time-distance, Sebastien Couvidat

    • 3. MDI ring diagram frequency variations, Rachel Howe)

    • 4. Comparison of ring diagram and time-distance results, Brad Hindman

    • 5. Comparison of MDI, GONG with HMI, Tom Duvall

Part 2

  • Numerical Simulations and Validation of Local Helioseismology (45 minutes)
    • 1. Realistic Non linear simulations
      • Supergranulation Scale Solar Surface Convection Simulations, (8 min) Dali Georgobiani

      • Realistic numerical simulations of solar magneto-convection, (8 min) Laetitia Jacoutot

    • 2. Linear Wave Modeling
      • Far Side Modeling (TBC), (8 min) Thomas Hartlep

      • MHD simulations (TBC), (8 min) Shravan Hanasoge

    • 3. General Discussion, Konstantin Parchevski
      • What data are already available.
      • What is being planned to be done.
      • List of standard tests.


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