Difference between revisions of "Argonne-2018:P3-2"
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# Summary of forecasting to date ('''25 min''') | # Summary of forecasting to date ('''25 min''') | ||
#* Performance-based forecasting ([[File:Argonne_Forecasting_Overview_Buza.pdf]]) [Victor Buza] | #* Performance-based forecasting ([[File:Argonne_Forecasting_Overview_Buza.pdf]]) [Victor Buza] | ||
| − | #* Forecasting for Simons Observatory [Jeff McMahon] | + | #* Forecasting for Simons Observatory ([[File:SO_modeling.pdf]]) [Jeff McMahon] |
# Forecasts for Atacama and South Pole ('''15 min''') | # Forecasts for Atacama and South Pole ('''15 min''') | ||
#* Achieved performance for ABS [Akito Kusaka] ([[File:abs_quiet_sensitivity-v3.pdf]]) | #* Achieved performance for ABS [Akito Kusaka] ([[File:abs_quiet_sensitivity-v3.pdf]]) | ||
Revision as of 12:45, 6 March 2018
Back to Argonne 2018 main page
Parallel session P3-2: Forecasting - Instrumentation / systematics for the Decadal input document (chair: C. Bischoff)
- Summary of forecasting to date (25 min)
- Performance-based forecasting (File:Argonne Forecasting Overview Buza.pdf) [Victor Buza]
- Forecasting for Simons Observatory (File:SO modeling.pdf) [Jeff McMahon]
- Forecasts for Atacama and South Pole (15 min)
- Achieved performance for ABS [Akito Kusaka] (File:Abs quiet sensitivity-v3.pdf)
- Low ell noise (File:Achieved one-over-f noise 2018-03-06 chinoney.pptx.pdf) [Yuji Chinone]
- Systematics studies and coordination with technology development working groups [Colin Bischoff] (10 min)
- Forecasting and simulation plan for Decadal input document (30 min)
- Spectral vs map vs time domain forecasting and simulation
- time-domain synthesis & reduction status [Julian Borrill] File:Tod s4.pdf
- some materials from Yuji (File:Atmosphre simulation by toast 2018-03-06 chinoney.pptx.pdf)
- Updates to performance-based forecasting: large vs small aperture, Atacama vs South Pole
- Priorities for systematics forecasting
- Coordination between forecasting for r, light relics, and extended science
- Spectral vs map vs time domain forecasting and simulation
