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Up
Software Task List
Online Calibration
Offline Calibration
Software QC
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Areas of Software Development and Physics Analysis
[General
Issues][Online][t-to-d][dE/dx][Alignment][Tracking][Monte
Carlo Realism][Digitization][Backgrounds]
| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Calibration |
Run calibration production jobs for cosmic data |
B.Brau |
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| Ntuples |
Run Ntuple production jobs |
B.Brau |
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| Database |
Status words and event schema |
G.Raven |
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| Database |
Implement means of extracting information from ambient
database for use in reconstruction |
M.Marzolla |
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| Reconstruction |
Maintenance and development of additional features for
graphical display of DCH tracks and hits |
B.Brau |
M.Kelsey |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Dataflow |
Implement control of FADC output in event record |
E.Varnes |
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| Dataflow |
Study and verify feature extraction algorithm and performance |
A.Weinstein |
E.Varnes |
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| Dataflow |
Study performance under high occupancies |
E.Varnes, A.Roodman |
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| Oep fast monitoring |
Support, maintain, and document Oep fast monitoring
information |
M.A.Mazzoni
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C.Voena, D.del Re |
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| PR monitoring |
Support, maintain, and document PR monitoring information |
D.del Re |
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| Dataflow |
Implement reverse dataflow extraction of calibration and ROM
setup from conditions and configuration databases |
G.Sciolla |
E.Varnes, M.Kelsey, V.Miftakof |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Reconstruction |
Study and implement resolution functions |
B.Brau |
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t-to-d Analysis |
| Reconstruction |
Study entrance angle corrections with magnetic field |
W.Ford |
A.Michael |
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t-to-d Analysis, Diary |
| Reconstruction |
Study need for z and/or tandip dependent corrections |
W.Ford |
A.Michael |
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t-to-d Analysis |
| Reconstruction |
Study event and track selection for calibration |
G.Raven |
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| Reconstruction |
Study possibility of parameterized corrections using pressure
measurements |
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| PR |
Complete implementation and study rolling calibration |
G.Raven |
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Implement separate LR calibration capability |
PR Issues, Diary |
| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Simulation |
More realistic version of dE/dx response, including
ionization curve and cell response |
M.Posocco |
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dE/dx Analysis |
| Simulation |
Move dE/dx simulation to C++ |
M.Posocco |
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| Reconstruction |
Tune ionization curve response |
F.Galeazzi |
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| Reconstruction |
Study need for accurate dx determination |
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dE/dx Analysis |
| Reconstruction |
Study and implement individual wire gas gain corrections |
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dE/dx Analysis |
| Reconstruction |
Study and implement entrance angle corrections |
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dE/dx Analysis |
| Reconstruction |
Study and implement z corrections |
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dE/dx Analysis |
| Reconstruction |
Study and implement doca corrections |
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dE/dx Analysis |
| Reconstruction |
Study and implement saturation corrections |
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dE/dx Analysis |
| Reconstruction |
Study event and track selection for calibration |
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| Reconstruction |
Verify response and separation for individual hadron species |
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| PR |
Implement and test PR calibration and persistent storage |
F.Wilson, J.Roy |
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| Database |
Parameterization of Bethe-Bloch formula and corrections |
R.Stroili |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Reconstruction |
Implement corrections for wire placement due to endplate
deflection |
R.Stroili |
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| Reconstruction |
Implement corrections for wire placement due to gravitational
sag and electrostatic deflection |
R.Stroili |
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| Reconstruction |
Study internal alignment using physics data |
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| Reconstruction |
Study global alignment |
R.Seitz |
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| Reconstruction |
Bunch finding and testing |
A.Desilva |
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| Database |
Implement persistent storage of wire alignment with measured
constants |
R.Stroili |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Reconstruction |
Determine global track pattern recognition strategy |
S.Schaffner |
S.Wagner, R.Stroili |
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| Reconstruction |
Common segment formats and applications |
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| Reconstruction |
Maintain DcxReco and document performance |
S.Wagner |
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| Reconstruction |
Maintain DchReco and document performance |
S.Schaffner |
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| Reconstruction |
Detailed comparison of DchReco and DcxReco performance |
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| Reconstruction |
Provide track projection capability for DCH and assist in
cross-detector track reconstruction |
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| Reconstruction |
Study and correct systematic biases in track parameter
distributions and pulls |
V.Miftakof |
M.Kelsey |
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| Reconstruction |
Implement low-momentum tracking |
S.Wagner |
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| Reconstruction |
Implement albedo tracking |
S.Wagner |
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| Reconstruction |
Implement kink finding |
S.Wagner |
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| Reconstruction |
Study and maintain Kalman filter and tune performance |
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| Reconstruction |
Investigate and develop code for selecting alternative TDC
hits during track reconstruction |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Simulation |
Determine and implement realistic performance model,
including wire efficiencies |
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| Simulation |
Implement GEANT4 model for the DCH |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Digitization |
Implement digitization mixing, possibly including FADC
simulation |
S.Sen |
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| Area |
Description |
Primary Contact |
Other Contributors |
Timescale |
Current Issues |
Links |
| Simulation |
Check realism of DCH model |
C.Perri |
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| Simulation |
Develop reliable estimate of backgrounds with new PEP II
model |
T.Schietinger |
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| Reconstruction |
Study occupancy through mixing events with backgrounds |
T.Schietinger |
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| Reconstruction |
Impact of occupancy on reconstruction efficiency, resolution
and CPU requirements |
T.Schietinger |
S.Wagner |
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For comments, questions, or changes to this page contact David MacFarlane 
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