Calibration jobs:
-----------------

"New" Drift calibration method:
    - Responsible for implimenting algorithm to make PMT-by-PMT
    drift constants via the mean/RMS method for FD and ND
    - 0.5 FTE?
    + Currently being worked on by Phil S., but not for much longer
    + Because of urgency, will be done by the current group unless an enthusastic
    candidate comes forward

ND LI Constants Champion:
FD LI Constants Champion:
   - Responsible for generation of drift,linearity and LI timing constants
   - Long-term responsibility for getting data processed, doing
     bookkeeping and liasing with batch processing
   - Each is about 0.2 FTE for first year, 0.1 thereafter
   - could be same person
   + Simona M is current FD Champion.

ND Drift Validator
FD Drift Validator
ND Linearity Validator
FD Linearity Validator
   - Responsible for writing code to check the quality
     of the ND/FD drift/lin calibration constants, as applied to data.
   - Can all be the same job, or split up into any combination.
   - Each job is likely 0.3 FTE for the first year, 0.2 FTE thereafter


Analysis of (new) LI PIN linearity problem
   - A nonlinear effect has been seen in the PIN readout, probably
   due to VFB crosstalk or other electronic effect.
   - Needs more analysis effort, but we are too strained right now.
   - Unknown quantity of work; can lead into jobs below.
   + Being worked on by Simona and Tingyun in their "copious free time"

FD Timing Validator:
   - Responsible for looking at the timing residuals from FD
   reconstruction over long times, and check that LI and muon
   calibrations are keeping up with changes.
   - 0.3 FTE first year + long term support
   + IIT has expressed interest

ND Timing Study:
   - Analysis needed to determine if a timing calibration at the
   ND is possible and/or desirable.
   - May turn into a production calibration task if needed.
   - 0.3 FTE
   + Gina has a summer student working on this.
   + Low priority

PE/Gain Champion:
   - Responsible for reprocessing existing calibration data to
   create PE calibrations for ND and FD.
   - Needs to write code and maintain production.
   - 0.3 FTE + long term support

FD Shield Timing Constants:
   - Probably a one-time calibration, plus maintenance
   + Pedro

ND D2D Stopping muon analysis
   + Jeff Hartnell, 0.5 FTE

dE/dX Fit analysis
   - Attempt to confirm the stopping muon analysis with alternate
   method proposed by Mike K.
   - Adapt method from CalDet to ND and FD.
   - Open-ended, 0.5 FTE

ND Strip-to-Strip Champion(s)
   - Responsible for adapting and developing techniques pioneered by
   Phil S. and Chris S. to the ND
   - Will develop 'rolling' calibration method
   - Responsible for getting production constants produced.
   - Involves R&D. Familiarity with reco a plus.
   - 1.0 FTE or more in the next year, reducing thereafter
   - Ideally 2 people at same institution

FD Strip-to-Strip Champion(s)
   - Responsible for further developing and resolving systematic
   problems with the FD s2s calibration
   - Will develop 'rolling' calibration method
   - Responsible for getting production constants produced.
   - 1.0 FTE or more 1st year, reducing thereafter
   - Ideally 2 people at same institution
   + Currently Phil S, but he will finish soon

FD Attenuation Study:
   - Responsible for attempting to understand systematic problems
   with using mapper fits vs mapper data
   - Will evaluate the efficacy of developing a calbiration for
   strip attenuation using muons
   - Will validate the current contents of the database.
   - 0.5 FTE for first year, reducing thereafter

ND Attenuation Study:
   - As above, but for ND.
   - Probably harder than above, but more important.
   - 0.7 FTE for the first year or two, reducing thereafter
   - Needs committment by experienced people

Muon calibration framework
   - Study to evaluate possible advantage of developing new
   'calibration' ntuples to make the above calibrations easier.
   - 0.3 FTE?  Should closely coupled to above.


Other jobs: (related to calibration)
------------------------------------

MC Calibration constants:
   - Generate Linearity calibration constants for the MC
   - One time job, 0.1 FTE

FD Singles analysis
   - Use singles data to find uncorrelated and correlated noise
     rates in FD planes. Put this data into the MC.
   - One time job, 0.25 FTE
   + Good job for Justin @ Oxford

ND afterpulsing simulation
   - Find data on ND afterpulsing and put it into MC
   - One time job, 0.3 FTE?
   + Rustem is working on it

CandMorgue, broken strips analysis
   - Locate broken strips and put into DB.
   -  0.1 FTE + long-term support

CandMorgue, FD bad chip analysis
    - Find bad chips by using TP singles data
    -  0.2 FTE + long-term support
    + UMD student?