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Web Interface for Lunar Laser Ranging Observations

Web Interface for Lunar Laser Ranging Observations. Authors In alpha. Order : Christophe Barache , Sebastien Bouquillon , T.Carlucci , F. Deleflie , D. Feraudy , G. Francou , H. Manche , E. Samin , J-M. Torre. Objectives.

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Web Interface for Lunar Laser Ranging Observations

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  1. Web Interface for Lunar Laser Ranging Observations Authors In alpha. Order : ChristopheBarache, SebastienBouquillon, T.Carlucci, F. Deleflie, D. Feraudy, G. Francou, H. Manche, E. Samin, J-M. Torre

  2. Objectives - Construct a web interface for the preparation and the validation of Lunar Laser Ranging (LLR) observations. =>Distant LLR Observers will be able to compute : - predictions of geocentric and topocentric coordinates of lunar targets - predictions of round-trip times of laser-pulses between terrestrial stations and lunar retro-reflectors =>Distant LLR Observers will be able to compare their own LLR observations with computation of lunar solutions and reduction models with a real-time access

  3. Web Interface Available at http://polac.obspm.fr/PaV/

  4. Web Interface - Predictions Results Area : (previewpredictionrequested and CPF format) Submission Area: (Lunar solutions and reductionmodels)

  5. Web Interface – Validations (1) Submission Area : (Available formats data and user’s data capture area) Results Area : (Validation process for each LLR observation and statisticresults)

  6. Web Interface - Validations (2) Results Area : (Graphs of residuals)

  7. Conclusion - Web Interface is more “friendly” and easier to use than with the orignalfortran programs - Web Interface is built in PHP and the main processing is kept in Fortran language (better than rewriting all the programs) TO DO LIST : - Add a Votable data file possibility to provide our data to other OV Tools (like TopCat) or other scientific tools - Wait for the users viewpoint to improve this Web Interface

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