Difference between revisions of "HFI/LFI joint data processing"

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HFI/LFI common processing uses as basic input the maps at the 9 frequencies covered by the two instruments.  
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The HFI / LFI common processing uses as basic input the maps at the nine frequencies covered by the two instruments.  
  
The goal is to obtain various catalogues, identify the different astrophysical components whose superposition leads to the observed sky, and provides a statistical characterisation of the CMB, in particular through a likelihood code (of a particular theoretical C(l) given Planck data).
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The goal is to obtain various catalogues, identify the different astrophysical components whose superposition leads to the observed sky, and provide a statistical characterization of the CMB, in particular through a likelihood code (of a particular theoretical <i>C</i><sub>&#8467;</sub> given Planck data).
  
== Catalogues ==
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* [[Detector pointing| Detector pointing]]
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* [[Compact Source catalogues | Compact source catalogues]]
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* [[Astrophysical component separation]]
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* [[C2 | CMB power spectra and Planck likelihood code]]
  
Are described [[here]]
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[[Category:HFI/LFI joint data processing|000]]
 
 
== Component maps==
 
 
 
Are described [[here]]
 
 
 
== Power spectra and likelihood code==
 
 
 
Are described [[here]]
 
 
 
== Simulations ==
 
 
 
Are described [[here]]
 
 
 
== Sceintific analysis products ==
 
 
 
Are described [[here]]
 

Latest revision as of 09:44, 10 July 2018

The HFI / LFI common processing uses as basic input the maps at the nine frequencies covered by the two instruments.

The goal is to obtain various catalogues, identify the different astrophysical components whose superposition leads to the observed sky, and provide a statistical characterization of the CMB, in particular through a likelihood code (of a particular theoretical C given Planck data).

(Planck) High Frequency Instrument

(Planck) Low Frequency Instrument

Cosmic Microwave background