2023:groups:smhiggs:higgs-cell-resample:start
Differences
This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision | ||
|
2023:groups:smhiggs:higgs-cell-resample:start [2023/06/16 11:50] stephen.jones |
2023:groups:smhiggs:higgs-cell-resample:start [2023/06/18 16:23] (current) stephen.jones |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| ===== Negative Weight Mitigation (also for Higgs Signal/Background?) ===== | ===== Negative Weight Mitigation (also for Higgs Signal/Background?) ===== | ||
| + | |||
| + | **Code**: [[https://github.com/a-maier/cres|cres]] | ||
| == Specific Topics == | == Specific Topics == | ||
| Line 18: | Line 20: | ||
| == Talk Discussion (winner: most questions per talk) == | == Talk Discussion (winner: most questions per talk) == | ||
| - | * q: why is w+5 improving more than z+3? | + | * Q: why is w+5 improving more than z+3? |
| - initial event sample size? (no, both have 1e9) | - initial event sample size? (no, both have 1e9) | ||
| - dipole cut vs improvement? (check dipole cut used) | - dipole cut vs improvement? (check dipole cut used) | ||
| - | * q: calculating density of events to "pre-check" that this algorithm may work? | + | * Q: calculating density of events to "pre-check" that this algorithm may work? |
| - | * q: metric needs to be compatible with how ps generator is populating ps, proof that this is not biasing anything? | + | * Q: metric needs to be compatible with how ps generator is populating ps, proof that this is not biasing anything? |
| - | * q: should there be a bias towards positive values (since you iteratively add nearest event until wi>=0)? | + | * Q: should there be a bias towards positive values (since you iteratively add nearest event until wi>=0)? |
| - ps generator dependent because this alters which events are clustered, can this have an impact on the physics? | - ps generator dependent because this alters which events are clustered, can this have an impact on the physics? | ||
| - | * q: plotting statistical uncertainties on the original sample | + | * Q: plotting statistical uncertainties on the original sample |
| - more easily allows verifying that differences are within statistical uncertainty | - more easily allows verifying that differences are within statistical uncertainty | ||
| - | * q: on which type of event does this have the biggest impact? | + | * Q: on which type of event does this have the biggest impact? |
| - imagine reals are more impacted than virtual | - imagine reals are more impacted than virtual | ||
| - we were completely agnostic | - we were completely agnostic | ||
| - | + | * Q: can we really prove that this does not alter distributions? (prove that you preserve distributional structure of the observables you compute) | |
| - | * q: can we really prove that this does not alter distributions? (prove that you preserve distributional structure of the observables you compute) | + | |
| - we do not alter any of the event kinematics | - we do not alter any of the event kinematics | ||
| - there is no cross talk of events separated by more than the maximum allowed distance | - there is no cross talk of events separated by more than the maximum allowed distance | ||
| - IRC safe measure important, but this is not a sufficient condition, can you reproduce infrared sensitive observables (e.g. Sudakov shoulder, 0-bin of ptZ), can your smearing reproduce this feature in the limit that the smearing goes to 0? | - IRC safe measure important, but this is not a sufficient condition, can you reproduce infrared sensitive observables (e.g. Sudakov shoulder, 0-bin of ptZ), can your smearing reproduce this feature in the limit that the smearing goes to 0? | ||
| - | + | * Q: mean/median/width of the cell resampling bins | |
| - | * q: mean/median/width of the cell resampling bins | + | |
| - we have plots that we can examine | - we have plots that we can examine | ||
2023/groups/smhiggs/higgs-cell-resample/start.1686909004.txt.gz · Last modified: 2023/06/16 11:50 by stephen.jones
Page Tools
Except where otherwise noted, content on this wiki is licensed under the following license: Public Domain
