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Xavier Bonnin
- Jean-Yves Brochot
- Thomas Chust
- Erik Johansson
- Bruno Katra
- Yuri Khotyaintsev
- Matthieu Kretzchmar
- Milan Maksimovic
- Lorenzo Matteini
- Rodrigue Piberne
- Quynh Nhu Nguyen
David Pisa
- Jan Soucek
- Andris Vaivads
Agenda
- Discussion on science verification/validation
- QUALITY_BITMASK/FLAG : Lessons from MMS by Yuri
- Proposed implementation for RPW (TBC)
- ROC pipelines software, data products and documentation status
- RCS software, data products and documentation status
- TDS
- BIAS
- LFR
- SCM
- THR
Discussion on science verification/validation
- QUALITY_BITMASK/FLAG : Lessons from MMS by Yuri
- Proposed implementation for RPW (TBC)
- Ancillary parameters in RPW CDF files
- RPW Data Product Description Document (DPDD)
- Planning
- Next RCS telecon
- AOB
Discussion items
| Item | Notes | Action-items |
|---|
| 1. | - RPW mission data pipeline (RODP):
- Demo instance of the RODP will be deployed within few days to test the generation of L1/HK CDF from a first set of "fake" MOC DDS format files (https://rpw.lesia.obspm.fr/roc/data/private/users/roc_rodp/data/devtest/dds/simulated/). Files contain TM data from ground calibration campaigns.
- Tests should be run during the RSS3VC planned December 17 to 21, 2018.
- After verification, resulting L1/HK CDF will be available from the ROC Web site (private area).
- Integration tests of RCS software into the ROC pipelines will start on spring 2019. Each team will be contacted individually. The integration should be done in the following order (TBC) :
- THR_CALBAR
- TDS_CALBA
- LFR_CALBUT
- SCMCAL
- BICAS
- A specific pipeline instance will be deployed on the roc-dev server by ROC to test the RCS interface compliance. This instance will be available for teams. The ROC will provide an up-to-date issue of the associated use manual on January 2019.
- RCS "ready-for-flight" software versions (full processing+RCS ICD compliance) are supposed to be ready by end of April 2019.
- Reminder:
- RODP-related input data delivered by RCS teams (Test data, RCT) will be moved by ROC into https://rpw.lesia.obspm.fr/roc/data/private/users/roc_rodp/data/rcs/. (Contains also a copy of the ROC DataPool Git repo.)
- ROC-SGSE data pipeline:
- Priority is given to the RODP now. Nevertheless, the ROC also wants to test the RCS integration and run into the pipeline (for ROC-SGSE, RCS execution is the same expect that the descriptor and CDF skeletons are different).
- ROC-SGSE will be also used during the SolO mission to perform operations tests and anomaly investigation with LESIA GSE (EM1 or EM2) on-ground.
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| 2. | |
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| 2.a | - TDS_CALBA data inputs
- RCT - only for LFM and SWF
- Missing CDF skeletons (see list for TDS_CALBA in RPW Data Products)
- Test data to be defined
- TDS_CALBA processing status
- Related documentation (SRS/SUM)
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| 2.b | - BICAS data inputs
- RCT - First version delivered
- Missing CDF skeletons (see list for BICAS in RPW Data Products)
- Test data to be defined
- BICAS processing status
- Related documentation (SRS/SUM)
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| 2.c | - LFR_CALBUT data inputs
- RCT - First version delivered
- Missing CDF skeletons (see list for LFR_CALBUT in RPW Data Products)
- Test data to be defined
- LFR_CALBUT processing status
- Related documentation (SRS/SUM)
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| 2.d | - SCMCAL data inputs
- RCT - First version delivered
- Missing CDF skeletons (see list for SCMCAL in RPW Data Products)
- Test data to be defined
- SCMCAL processing status
- Related documentation (SRS/SUM)
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| 2.e | - THR_CALBAR data inputs
- RCT - No delivered (skeleton and file)
- Missing CDF skeletons (see list for THR_CLABAR in RPW Data Products)
- Test data to be defined
- THR_CALBAR processing status
- Related documentation (SRS/SUM)
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Action items
See RCS Development Action-Items
Attached items