Difference between revisions of "BMOD 12May2021"
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**** Averaged central values of evMonitor-wise net corrections | **** Averaged central values of evMonitor-wise net corrections | ||
**** Residual dithering sensitivities | **** Residual dithering sensitivities | ||
+ | * Looking at different time scale histogramming - Robert is making progress | ||
== Attendence == | == Attendence == | ||
Cameron, Robert, Kent, Paul Souder, Tao Ye, Victoria, Weibin, Ye Tian | Cameron, Robert, Kent, Paul Souder, Tao Ye, Victoria, Weibin, Ye Tian |
Revision as of 15:54, 12 May 2021
BMOD_28April2021 << >> BMOD_19May2021
Logistic information
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Agenda
May 12
- Another look at regression vs. dithering, different techniques basically agree: [ttp://ace.phys.virginia.edu/HAPPEX/4533 slides]
- Conclusions:
- It looks like the difference between two techniques of calculating reg vs. dit corrections doesn't matter, implicating that there is no correlation between the two distributions at all? It is not clear exactly how to interpret the non-gaussian distribution in Fig 1.c's equation 1 output matching equation 2
- Figure 2 shows that there are only a few outliers (also they have large RMS), so our two methods (dit and reg) are similar and fairly safely consistent across the run.
- To Do:
- Chase down dit-reg outliers again in the respin2 outputs
- Separate 3 eigenvector definition-parts' estimates of systematic errors and slopes trustworthiness:
- Averaged central values of evMonitor-wise net corrections
- Residual dithering sensitivities
- Conclusions:
- Looking at different time scale histogramming - Robert is making progress
Attendence
Cameron, Robert, Kent, Paul Souder, Tao Ye, Victoria, Weibin, Ye Tian