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Vancouver Linear Collider Workshop/GDE Meeting

19–22 Jul 2006
UBC, Vancouver, Canada
Europe/Zurich timezone

Session

Detector/ Simul - Recon

20 Jul 2006, 08:30
UBC, Vancouver, Canada

UBC, Vancouver, Canada

Presentation materials

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  1. 42. Simulation & Reconstruction Overview
    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.
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  2. 44. slic
    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.
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  3. 43. org.lcsim
    Tony Johnson
    20/07/2006, 09:00
    Status and plans of the reconstruction software.
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  4. 49. Cluster Finding Comparisons & QA
    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.
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  5. 48. Development of a Particle Flow Algorithm at Argonne
    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.
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  6. 47. PFA reconstruction with Directed Tree Clustering
    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.
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  7. 45. PFA at Iowa
    Matthew Charles
    21/07/2006, 11:00
    Current status and plans for activities at Iowa.
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  8. 46. Individual Particle Reconstruction
    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.
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  9. 52. Reconstruction Studies for a Scintillator-Tungsten Electromagnetic
    Joseph Proulx
    21/07/2006, 11:30
    We have performed a number of reconstruction studies for an electromagnetic calorimeter with tungsten absorber and 5cm square scintillator tiles, offset by 2.5cm in alternating layers. The offset gives us nearly the same performance as a detector with 2.5cm square tiles. These studies use the SLIC/org.lcsim simulation and reconstruction framework. We have established good...
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  10. 185. New Calorimeter Geometry in GLD Full Simulator and Performance Test
    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.
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  11. 184. Performance of Realistic PFA for GLD detector
    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.
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