Norman Graf
(SLAC)
20/07/2006, 08:30
An overview of the status and goals of the ALCPG simulation and
reconstruction software will be given.
Jeremy Mccormick
(Unknown)
20/07/2006, 08:40
The status and future plans for the Geant4-based full detector
simulation package, slic, will be presented.
Ron Cassell
20/07/2006, 09:20
An overview of the Cluster Analysis Package will be given, with
examples of its use in comparing various existing cluster finding
algorithms.
Dr
Lei Xia
(Argonne National Laboratory)
21/07/2006, 10:30
I will report on our effort to develop a particle flow algorithm that can
demonstrate the required jet energy resolution and be used to optimize ILC
detector design. I will discuss the current status of the algorithms,
performance with z-pole events, our future plan.
Dhiman Chakraborty
(Northern Illinois University)
21/07/2006, 10:45
We present some new results from a more complete PFA based on an improved Directed
Tree Clustering algorithm.
Dr
Stephen Magill
(Argonne National Laboratory)
21/07/2006, 11:15
In this talk, we present a flexible analysis framework
for reconstructing individual particles in LC detectors.
We demonstrate its performance on a number of detector
models with different choices of calorimeter absorber,
active media and readout segmentation as well as overall
detector parameters such as the strength of the B-field,
magnet bore, aspect ratio, hermeticity, etc.
Hiroaki Ono
(Niigata University)
21/07/2006, 11:45
We implemented the new calorimetery geometry into GLD Full Simulator
for Realistic PFA study. We will introduce about the new calorimeter
geometry and performance test of current PFA.
Tamaki Yoshioka
(ICEPP, Univ. of Tokyo)
21/07/2006, 12:00
There is a general consensus that the Particle Flow Algorithm (PFA)
drives the overall ILC detector design. We studied the PFA for GLD
detector using the GEANT4-based full simulator named Jupiter. In
this talk, the general scheme and performance of the GLD-PFA are
presented.
