Difference between revisions of "Map-making LFI"

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==Noise Monte Carlo Simulation==
 
Calculating and handling full pixel-to-pixel noise covariances in Planck maps if feasible only at low resolution.
 
Calculating and handling full pixel-to-pixel noise covariances in Planck maps if feasible only at low resolution.
 
To support the analysis of high-resolution maps, a Monte Carlo set of noise maps were produced.
 
To support the analysis of high-resolution maps, a Monte Carlo set of noise maps were produced.
These noise Monte Carlos were produced at two levels of the analysis:  1) LFI Monte Carlo (MC) as part of the LFI data processing, and 2) Full Focal Plane (FFP) Monte Carlo as part of the joint HFI/LFI data processing. This page describes the LFI noise MC.
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These noise Monte Carlos were produced at two levels of the analysis:  1) LFI Monte Carlo (MC) as part of the LFI data processing, and 2) Full Focal Plane (FFP) Monte Carlo as part of the joint HFI/LFI data processing. This page describes the LFI noise MC. For the FFP MC, see [[HL-sims]]

Revision as of 09:58, 19 October 2012

Noise Monte Carlo Simulation[edit]

Calculating and handling full pixel-to-pixel noise covariances in Planck maps if feasible only at low resolution. To support the analysis of high-resolution maps, a Monte Carlo set of noise maps were produced. These noise Monte Carlos were produced at two levels of the analysis: 1) LFI Monte Carlo (MC) as part of the LFI data processing, and 2) Full Focal Plane (FFP) Monte Carlo as part of the joint HFI/LFI data processing. This page describes the LFI noise MC. For the FFP MC, see HL-sims

(Planck) Low Frequency Instrument

(Planck) High Frequency Instrument