One of the most time consuming process simulating pp interactions in the ATLAS detector at LHC is the simulation of electromagnetic showers in the calorimeter. In order to speed up the event simulation several parametrisation methods are available in ATLAS. In this paper we present a short description of a frozen shower technique, together with some recent benchmarks and comparison with full simulation
International audienceDetectors of High Energy Physics experiments, such as the ATLAS dectector [1] ...
The ATLAS physics program relies on very large samples of Geant4 simulated events, which provide a h...
The full simulation of the ATLAS calorimeter using Geant4 is costly and will not be feasible due to ...
One of the most time consuming process simulating pp interactions in the ATLAS detector at LHC is th...
One of the most time consuming process simulating pp interactions in the ATLAS detector at LHC is th...
Accurate simulation of calorimeter response for high energy electromagnetic particles is essential f...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
The ATLAS physics program at the LHC relies on very large samples of simulated events. Most of these...
The simulation of the passage of particles through the detectors of the Large Hadron Collider (LHC) ...
The ATLAS physics program relies on very large samples of simulated events. Most of these samples ar...
We present a three-pronged approach to fast electromagnetic shower simulation in ATLAS. Parameterisa...
Modeling the detector response to collisions is one of the most CPU expensive and time-consuming asp...
The need for large scale and high fidelity simulated samples for the extensive physics program of th...
The ATLAS physics program relies on very large samples of GEANT4 simulated events, which provide a h...
International audienceDetectors of High Energy Physics experiments, such as the ATLAS dectector [1] ...
The ATLAS physics program relies on very large samples of Geant4 simulated events, which provide a h...
The full simulation of the ATLAS calorimeter using Geant4 is costly and will not be feasible due to ...
One of the most time consuming process simulating pp interactions in the ATLAS detector at LHC is th...
One of the most time consuming process simulating pp interactions in the ATLAS detector at LHC is th...
Accurate simulation of calorimeter response for high energy electromagnetic particles is essential f...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
The ATLAS physics program at the LHC relies on very large samples of simulated events. Most of these...
The simulation of the passage of particles through the detectors of the Large Hadron Collider (LHC) ...
The ATLAS physics program relies on very large samples of simulated events. Most of these samples ar...
We present a three-pronged approach to fast electromagnetic shower simulation in ATLAS. Parameterisa...
Modeling the detector response to collisions is one of the most CPU expensive and time-consuming asp...
The need for large scale and high fidelity simulated samples for the extensive physics program of th...
The ATLAS physics program relies on very large samples of GEANT4 simulated events, which provide a h...
International audienceDetectors of High Energy Physics experiments, such as the ATLAS dectector [1] ...
The ATLAS physics program relies on very large samples of Geant4 simulated events, which provide a h...
The full simulation of the ATLAS calorimeter using Geant4 is costly and will not be feasible due to ...