Difference between revisions of "PSO processing"

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(SREM calibrated data analysis)
(Quality Report ingestion)
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==AHF ingestion==
 
==AHF ingestion==
 
==Quality Report ingestion==
 
==Quality Report ingestion==
DQR WHR
+
The data quality reports produced by both DPCs (Daily Quality Report and Weekly Health Report) where ingested daily by the PSO. The reports contained among other things estimates of the noise per pointing period, calibration constants per pointing period, representative temperatures for the subsystems of the two instruments and, in the case of the HFI, glitch rates. The purpose of these reports was three fold:
 +
#Evaluate status of the mission in terms of sky coverage using pointing information and noise provided in the DQR;
 +
#Evaluate the general health of the instrument;
 +
#Provide information that allowed the PSO in the declaration of a small gap
 +
 
 
==SREM calibrated data analysis==
 
==SREM calibrated data analysis==
 
SREM calibrated data is produced by Paul Buehler at the PSI in Zurich and delivered to the PSO on a daily basis. Once the data is delivered, plots showing the calibrated SREM data are then automatically generated. There was a delay of around 48 hours between the data acquisition and the delivery of the data files to the PSO. This prevented this data from being used to raise an alarm during periods of unusually large solar activity (although such warnings where not necessary as both instruments where never at risk of serisou damage from space weather). This data was however used to correlate with HFI glitches and temperature fluctuations in the 100mK stage.
 
SREM calibrated data is produced by Paul Buehler at the PSI in Zurich and delivered to the PSO on a daily basis. Once the data is delivered, plots showing the calibrated SREM data are then automatically generated. There was a delay of around 48 hours between the data acquisition and the delivery of the data files to the PSO. This prevented this data from being used to raise an alarm during periods of unusually large solar activity (although such warnings where not necessary as both instruments where never at risk of serisou damage from space weather). This data was however used to correlate with HFI glitches and temperature fluctuations in the 100mK stage.
 
[[Category:Data processing]]
 
[[Category:Data processing]]

Revision as of 15:47, 28 August 2012

Introduction[edit]

PSO processing is done

Long term plan production[edit]

PPL production[edit]

APS ingestion[edit]

AHF ingestion[edit]

Quality Report ingestion[edit]

The data quality reports produced by both DPCs (Daily Quality Report and Weekly Health Report) where ingested daily by the PSO. The reports contained among other things estimates of the noise per pointing period, calibration constants per pointing period, representative temperatures for the subsystems of the two instruments and, in the case of the HFI, glitch rates. The purpose of these reports was three fold:

  1. Evaluate status of the mission in terms of sky coverage using pointing information and noise provided in the DQR;
  2. Evaluate the general health of the instrument;
  3. Provide information that allowed the PSO in the declaration of a small gap

SREM calibrated data analysis[edit]

SREM calibrated data is produced by Paul Buehler at the PSI in Zurich and delivered to the PSO on a daily basis. Once the data is delivered, plots showing the calibrated SREM data are then automatically generated. There was a delay of around 48 hours between the data acquisition and the delivery of the data files to the PSO. This prevented this data from being used to raise an alarm during periods of unusually large solar activity (although such warnings where not necessary as both instruments where never at risk of serisou damage from space weather). This data was however used to correlate with HFI glitches and temperature fluctuations in the 100mK stage.

Planck Science Office

Pre-programmed Pointing List

Attitude History File

(Planck) High Frequency Instrument

Daily Quality Report

Space Radiation Environment Monitor