International audienceCharged particle track reconstruction is a major component of data-processing in high-energy physics experiments such as those at the Large Hadron Collider (LHC), and is foreseen to become more and more challenging with higher collision rates. A simplified two-dimensional version of the track reconstruction problem is set up on a collaborative platform, RAMP, in order for the developers to prototype and test new ideas. A small-scale competition was held during the Connecting The Dots / Intelligent Trackers 2017 (CTDWIT 2017) workshop. Despite the short time scale, a number of different approaches have been developed and compared along a single score metric, which was kept generic enough to accommodate a summarized perf...
The reconstruction of particle trajectories in the tracking detectors of experiments at the Large Ha...
During the LHC Run III, starting in 2020, the instantaneous luminosity of LHCb will be increased up ...
A novel combination of established data analysis techniques for reconstructing charged-particles in ...
International audienceCharged particle track reconstruction is a major component of data-processing ...
Charged particle tracking has been a major component of data-processing in high-energy physics exper...
Reconstructing tracks in the events taken by LHC experiments is one of the most challenging and comp...
Particle physics has become a massively data-intensive discipline. Huge particle accelerators — such...
During 2017, the Large Hadron Collider provided record-breaking integrated and instantaneous luminos...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
International audienceThe reconstruction of trajectories of the charged particles in the tracking de...
The reconstruction of charged particles trajectories is a crucial task for most particle physics exp...
The LHCb track reconstruction uses sophisticated pattern recognition algorithms to reconstruct traje...
International audienceThe reconstruction of the trajectories of charged particles, or track reconstr...
The LHCb experiment will perform high-precision measurements of CP violation parameters and rare phe...
The reconstruction of particle trajectories in the tracking detectors of experiments at the Large Ha...
During the LHC Run III, starting in 2020, the instantaneous luminosity of LHCb will be increased up ...
A novel combination of established data analysis techniques for reconstructing charged-particles in ...
International audienceCharged particle track reconstruction is a major component of data-processing ...
Charged particle tracking has been a major component of data-processing in high-energy physics exper...
Reconstructing tracks in the events taken by LHC experiments is one of the most challenging and comp...
Particle physics has become a massively data-intensive discipline. Huge particle accelerators — such...
During 2017, the Large Hadron Collider provided record-breaking integrated and instantaneous luminos...
The LHCb experiment will undergo a major upgrade for LHC Run III, scheduled to start taking data in ...
International audienceThe reconstruction of trajectories of the charged particles in the tracking de...
The reconstruction of charged particles trajectories is a crucial task for most particle physics exp...
The LHCb track reconstruction uses sophisticated pattern recognition algorithms to reconstruct traje...
International audienceThe reconstruction of the trajectories of charged particles, or track reconstr...
The LHCb experiment will perform high-precision measurements of CP violation parameters and rare phe...
The reconstruction of particle trajectories in the tracking detectors of experiments at the Large Ha...
During the LHC Run III, starting in 2020, the instantaneous luminosity of LHCb will be increased up ...
A novel combination of established data analysis techniques for reconstructing charged-particles in ...