Nu Xu presentation

Speaker : Nu Xu ( LBNL )


Talk time : 12:30, Duration : 01:05

James Dunlop presentation

Speaker : James Dunlop ( BNL )


Talk time : 13:40, Duration : 01:00

Spokesperson presentations

2008-01-18 11:00
2008-01-18 15:00
Etc/GMT-5
Friday, 18 January 2008
2-84 and 2-52, at 16:00 (GMT), duration : 04:00
Instructions are added as comment only visible if you authenticate to Drupal (hence are a STAR user).

The order of presentation below represents  a random draw which has taken place on January 28th at 09:57 AM, EDT at BNL.

Please, __READ__ the instructions added below the agenda.
TimeTalkPresenter
11:00Rene Bellwied's presentation ( 01:20 ) 1 fileRene Bellwied (WSU)
12:30Nu Xu presentation ( 01:05 ) 1 fileNu Xu (LBNL)
13:40James Dunlop presentation ( 01:00 ) 1 fileJames Dunlop (BNL)
14:45Common debate ( 01:45 ) 0 filesAll (All)

Running Spiffy Single Particle MC

One of the difficulties in using single-particle monte carlo in analysis is that tracking will

SSD Hofman Committee

Speaker : Jim


Talk time : 00:25, Duration : 00:05

New Run Plan for the SSD

Speaker : Howard M.


Talk time : 00:20, Duration : 00:05

Anything Else


Talk time : 01:05, Duration : 00:10

To Overlap or Not

Speaker : Gerrit


Talk time : 01:00, Duration : 00:10

Photogate testing

Speaker : Howard W.


Talk time : 00:55, Duration : 00:05

HFT Electronics

Speaker : Leo


Talk time : 00:45, Duration : 00:10

MimoSTAR3 Autopsy

Speaker : Michal


Talk time : 00:35, Duration : 00:10

TLD Removal on January 28

Speaker : Howard M.


Talk time : 00:30, Duration : 00:05

HFT Mechanical Status

Speaker : Howard W.


Talk time : 00:10, Duration : 00:10

CDO Review - February 25/26

Speaker : No One


Talk time : 00:00, Duration : 00:10

Filtering PYTHIA Events In Starsim

Under:

Within the STAR framework, simulation files are created with the command starsim which runs both PYTHIA and GEANT.  Unfortunately, this means that there is no straightforward way to filt

Nu Xu

James Dunlop

a Overview (Jan, later Ross)

Under:

Graph illustrates the key changes in L2 processing scheme allowing for fast event abortion. Jan

L2 documentation

Under:

.

Kalman 102 : 1D tracking

I have developed some interest in Kalman tracking.

Found this writeup