Add to ORKGThe full simulation of the ATLAS calorimeter using Geant4 is costly and will not be feasible due to the expected increase in data without the corresponding increase in CPU power. Instead, the parametrized fast simulation can be used, which can simulate particle showers faster and more efficiently. This report contains information about the validation of the fast calorimeter simulation against the full simulation and some modifications to the current fast calorimeter simulation code
Many physics and performance studies with the ATLAS detector at the Large Hadron Collider require ve...
The ATLAS physics program relies on very large samples of GEANT4 simulated events, which provide a h...
Modeling the detector response to collisions is one of the most CPU expensive and time-consuming asp...
The tremendous need for simulated samples now and even more so in the future, encourage the developm...
A very large number of simulated events is required for physics and performance studies with the ATL...
The ATLAS physics program at the LHC relies on very large samples of simulated events. Most of these...
The FastCaloSim calorimeter simulation was developed to provide a reasonably realistic but still fas...
The FastCaloSim calorimeter simulation was developed to provide a reasonably accurate but still fast...
Producing the large samples of simulated events required by many physics and performance studies wit...
The ATLAS physics program relies on very large samples of simulated events. Most of these samples ar...
The FastCaloSim calorimeter simulation was developed to provide a reasonably accurate but still fast...
Many physics and performance studies with the ATLAS detector at the Large Hadron Collider require ve...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
ATLAS relies on very large samples of simulated events for delivering high-quality and competitive p...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
Many physics and performance studies with the ATLAS detector at the Large Hadron Collider require ve...
The ATLAS physics program relies on very large samples of GEANT4 simulated events, which provide a h...
Modeling the detector response to collisions is one of the most CPU expensive and time-consuming asp...
The tremendous need for simulated samples now and even more so in the future, encourage the developm...
A very large number of simulated events is required for physics and performance studies with the ATL...
The ATLAS physics program at the LHC relies on very large samples of simulated events. Most of these...
The FastCaloSim calorimeter simulation was developed to provide a reasonably realistic but still fas...
The FastCaloSim calorimeter simulation was developed to provide a reasonably accurate but still fast...
Producing the large samples of simulated events required by many physics and performance studies wit...
The ATLAS physics program relies on very large samples of simulated events. Most of these samples ar...
The FastCaloSim calorimeter simulation was developed to provide a reasonably accurate but still fast...
Many physics and performance studies with the ATLAS detector at the Large Hadron Collider require ve...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
ATLAS relies on very large samples of simulated events for delivering high-quality and competitive p...
The time to simulate pp collisions in the ATLAS detector is largely dominated by the showering of el...
Many physics and performance studies with the ATLAS detector at the Large Hadron Collider require ve...
The ATLAS physics program relies on very large samples of GEANT4 simulated events, which provide a h...
Modeling the detector response to collisions is one of the most CPU expensive and time-consuming asp...