Difference between revisions of "Apr. 6, 2020 DOE FOA discussion"
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(Created page with "Meeting to discuss development of proposal for DOA LAB_20-2261 FOA on: "''DATA, ARTIFICIAL INTELLIGENCE, AND MACHINE LEARNING AT DOE SCIENTIFIC USER FACILITIES''" === Connect...") |
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== Minutes == | == Minutes == | ||
− | + | Attendees: David L., Thomas B., Naomi J. | |
+ | |||
+ | * We brainstormed a list of parameters that could be potentially related to the CDC gain setting | ||
+ | ** Pressure | ||
+ | ** Temperature (CDC, BCAL chiller, Hall, ... ?) | ||
+ | ** Electronics currents (HV and LV) | ||
+ | *** Not sure what is in EPICS and what is archived. Thomas will ask Hovanes | ||
+ | ** PS coincidence rate | ||
+ | ** Beam current | ||
+ | ** Radiator, convertor | ||
+ | |||
+ | * We discussed time scales and the study Naomi did to derive the 2hr time limit for runs | ||
+ | ** Driven by maximum ambient pressure gradients and CDC gas pressure gradient | ||
+ | |||
+ | * CLAS12 | ||
+ | ** Noticed similar pressure dependance in their drift chambers | ||
+ | ** Suggested looking at recalibration points in their CCDB and correlating them with hall conditions in time prior using EPIC archives (possibly data from previous runs?) | ||
+ | |||
+ | * Funding + labor | ||
+ | ** The minimum amount funded will be $300k. This means we will need to ask for two postdocs | ||
+ | ** First postdoc will work primarily on GlueX CDC | ||
+ | ** Second postdoc will work primarily on CLAS12 | ||
+ | ** Work will be correlated in attempt to generalize problem as much as possible | ||
+ | |||
+ | * Writing assignments | ||
+ | ** David Richards is working on 1-2 pages of very broad program scope that includes Theory | ||
+ | ** Naomi will write section summarizing Drift chamber problem in general and then specifics on CDC | ||
+ | ** David L. will work on section describing other potential Experimental Controls projects | ||
+ | ** Thomas will work on everything else | ||
+ | |||
+ | * Timeline | ||
+ | ** Complete first draft by Friday that can be circulated to management |
Latest revision as of 17:11, 6 April 2020
Meeting to discuss development of proposal for DOA LAB_20-2261 FOA on: "DATA, ARTIFICIAL INTELLIGENCE, AND MACHINE LEARNING AT DOE SCIENTIFIC USER FACILITIES"
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Agenda
- Proposal Status
- Writing assignments
- Timeline
- AOT
Minutes
Attendees: David L., Thomas B., Naomi J.
- We brainstormed a list of parameters that could be potentially related to the CDC gain setting
- Pressure
- Temperature (CDC, BCAL chiller, Hall, ... ?)
- Electronics currents (HV and LV)
- Not sure what is in EPICS and what is archived. Thomas will ask Hovanes
- PS coincidence rate
- Beam current
- Radiator, convertor
- We discussed time scales and the study Naomi did to derive the 2hr time limit for runs
- Driven by maximum ambient pressure gradients and CDC gas pressure gradient
- CLAS12
- Noticed similar pressure dependance in their drift chambers
- Suggested looking at recalibration points in their CCDB and correlating them with hall conditions in time prior using EPIC archives (possibly data from previous runs?)
- Funding + labor
- The minimum amount funded will be $300k. This means we will need to ask for two postdocs
- First postdoc will work primarily on GlueX CDC
- Second postdoc will work primarily on CLAS12
- Work will be correlated in attempt to generalize problem as much as possible
- Writing assignments
- David Richards is working on 1-2 pages of very broad program scope that includes Theory
- Naomi will write section summarizing Drift chamber problem in general and then specifics on CDC
- David L. will work on section describing other potential Experimental Controls projects
- Thomas will work on everything else
- Timeline
- Complete first draft by Friday that can be circulated to management