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FastSim: A Fast Simulation for the SuperB Detector

Andreassen, R ; Arnaud, N ; Brown, D N ; Burmistrov, L ; Carlson, J ; Cheng, C-h ; Simone, A Di ; Gaponenko, I ; Manoni, E ; Perez, A ; Rama, M ; Roberts, D ; Rotondo, M ; Simi, G ; Sokoloff, M ; Suzuki, A ; Walsh, J

Journal of Physics : Conference Series, 2011, Vol.331 (3), p.032038-6 [Periódico revisado por pares]

Bristol: IOP Publishing

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Título:
FastSim: A Fast Simulation for the SuperB Detector
Autor: Andreassen, R ; Arnaud, N ; Brown, D N ; Burmistrov, L ; Carlson, J ; Cheng, C-h ; Simone, A Di ; Gaponenko, I ; Manoni, E ; Perez, A ; Rama, M ; Roberts, D ; Rotondo, M ; Simi, G ; Sokoloff, M ; Suzuki, A ; Walsh, J
Assuntos: Algorithms ; Computer Science ; Computer simulation ; Cones ; Construction ; Detectors ; Disks ; Extensible Markup Language ; Instrumentation and Detectors ; Mathematical models ; Mesons ; Modeling and Simulation ; Optimization ; Parameterization ; Pattern recognition ; Physics ; Reconstruction ; Response functions ; Sensors ; Simulation
É parte de: Journal of Physics : Conference Series, 2011, Vol.331 (3), p.032038-6
Notas: ObjectType-Article-1
SourceType-Scholarly Journals-1
ObjectType-Feature-2
content type line 23
Descrição: We have developed a parameterized (fast) simulation for detector optimization and physics reach studies of the proposed SuperB Flavor Factory in Italy. Detector components are modeled as thin sections of planes, cylinders, disks or cones. Particle-material interactions are modeled using simplified cross-sections and formulas. Active detectors are modeled using parameterized response functions. Geometry and response parameters are configured using xml files with a custom-designed schema. Reconstruction algorithms adapted from BaBar are used to build tracks and clusters. Multiple sources of background signals can be merged with primary signals. Pattern recognition errors are modeled statistically by randomly misassigning nearby tracking hits. Standard BaBar analysis tuples are used as an event output. Hadronic B meson pair events can be simulated at roughly 10Hz.
Editor: Bristol: IOP Publishing
Idioma: Inglês

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FastSim: A Fast Simulation for the SuperB Detector

Andreassen, R ; Arnaud, N ; Brown, D N ; Burmistrov, L ; Carlson, J ; Cheng, C-h ; Simone, A Di ; Gaponenko, I ; Manoni, E ; Perez, A ; Rama, M ; Roberts, D ; Rotondo, M ; Simi, G ; Sokoloff, M ; Suzuki, A ; Walsh, J

Bristol: IOP Publishing

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