This note reports on the performance of the complete LHCb track reconstruction, including both the track seeding and track following pattern recognition algorithms. Next to the efficiencies and ghost rates for individual tracks, results on the event reconstruction efficiency for two benchmark physics channels are reported
The LHCb Upgrade in Run 3 has changed its trigger scheme for a full software selection in two steps....
The LHCb tracking system consists of a Vertex Locator around the interaction point, a tracking stati...
The LHCb Upgrade in Run 3 has changed its trigger scheme for a full software selection in two steps....
The LHCb track reconstruction uses sophisticated pattern recognition algorithms to reconstruct traje...
This document presents a description and performance estimate of the Track Matching algorithm for th...
Beginning in 2021, the upgraded LHCb experiment will use a triggerless readout system collecting dat...
In this note we describe the track reconstruction for LHCB. We apply a Kalman filter technique both ...
The performance of the track reconstruction for `Long Tracks' in DC'~06 is presented in detail. An e...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
During the LHC Run III, starting in 2020, the instantaneous luminosity of LHCb will be increased up ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb tracking system consists of a Vertex Locator around the interaction point, a tracking stati...
The LHCb Upgrade in Run 3 has changed its trigger scheme for a full software selection in two steps....
The LHCb tracking system consists of a Vertex Locator around the interaction point, a tracking stati...
The LHCb Upgrade in Run 3 has changed its trigger scheme for a full software selection in two steps....
The LHCb track reconstruction uses sophisticated pattern recognition algorithms to reconstruct traje...
This document presents a description and performance estimate of the Track Matching algorithm for th...
Beginning in 2021, the upgraded LHCb experiment will use a triggerless readout system collecting dat...
In this note we describe the track reconstruction for LHCB. We apply a Kalman filter technique both ...
The performance of the track reconstruction for `Long Tracks' in DC'~06 is presented in detail. An e...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
During the LHC Run III, starting in 2020, the instantaneous luminosity of LHCb will be increased up ...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
The LHCb tracking system consists of a Vertex Locator around the interaction point, a tracking stati...
The LHCb Upgrade in Run 3 has changed its trigger scheme for a full software selection in two steps....
The LHCb tracking system consists of a Vertex Locator around the interaction point, a tracking stati...
The LHCb Upgrade in Run 3 has changed its trigger scheme for a full software selection in two steps....