Track reconstruction
Recent developments in track reconstruction and hadron identification at MPD
... The track reconstruction method is based on the Kalman filtering ...of track reconstruction is plotted as a function of transverse momentum for primary ...
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Track reconstruction for the Mu3e experiment based on a novel Multiple Scattering fit
... precise track reconstruction in the high multiplicity environment of the Mu3e experiment, reaching 100 tracks per reconstruction frame of 50 ns in the final phase of the ...Mu3e track ...
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A New Track Reconstruction Algorithm suitable for Parallel Processing based on Hit Triplets and Broken Lines
... Track reconstruction in high energy experiments at high luminosity colliders is a big ...the track extrapolation uncertainties, generated by multiple Coulomb scattering in the silicon tracking ...
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Belle II Track Reconstruction and Results from first Collisions
... for track reconstruction at Belle II due to multiple ...new track reconstruction software has been developed from scratch to achieve an excellent physics performance in this busy ...event ...
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Deep Learning Approach to Track Reconstruction in the upgraded VELO
... Track reconstruction with the TrackNN network proceeds as follows. A track is defined as a collection of space points from distinct detector ...event reconstruction, all space points in the ...
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The Particle Track Reconstruction based on deep Neural networks
... event reconstruction. Its main part is the track reconstruction procedure which consists in looking for all tracks that elementary particles leave when they pass through a detector among a huge ...
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Software Based Control and Monitoring of a Hardware Based Track Reconstruction System for the ATLAS Experiment
... hardware-based track reconstruction system for the ATLAS experiment, called Fast Tracker (FTK), composed of associative memories and FPGAs operating at the rate of 100 kHz and providing high quality ...
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Track reconstruction at LHC as a collaborative data challenge use case with RAMP
... Track reconstruction is one of the most important tasks in a high-energy physics experiment, as it provides high-precision position and momentum information of charged ...in track multiplicity w.r.t. ...
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Performance of the ATLAS track reconstruction algorithms in dense environments in LHC Run 2
... minimize the uncertainty in the track reconstruction ineffi- ciency in the cores of jets relevant for jet energy and mass calibrations as well as measurements of jet properties. Acknowledgements We thank ...
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Gpu-Based Online Track Reconstruction for the Alice Tpc in Run 3 With Continuous Read-Out
... ine reconstruction passes over the data, where the first two passes serve the calibration ...asynchronous reconstruction will reprocess the data for the final reconstruction ...additional ...
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Combination of various data analysis techniques for efficient track reconstruction in very high multiplicity events
... Track candidates are built using hits collected in given accumulator bins. Trajectory propagation and track fitting is performed by the extended classical Kalman filter [13] including prediction, filtering, ...
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New approaches for track reconstruction in LHCb’s Vertex Locator
... a track is essentially a sequential dataset of hits, the LSTM is a excellent choice for our studies, especially, due to its capability to process input data of arbitrary ...
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New Algorithm of Seed Finding for Track Reconstruction
... Event reconstruction is a fundamental problem in the high energy physics ...of track finding and track fitting procedures in the experiment tracking ...each track aimed at obtaining so-called ...
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Catch and Prolong: recurrent neural network for seeking track-candidates
... event reconstruction. Its main part is the track reconstruction procedure which consists in looking for all tracks that elementary particles leave when they pass through a detector among a huge ...
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Analysis of the experimental data measured by BM@N drift chambers
... Abstract. The current status of the analysis of the experimental data mea- sured by the drift chambers in the BM@N experiment is presented. Apart from the previously published analysis based on the deuteron beam data, ...
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Online Data Reduction for the Belle II Experiment using DATCON
... online track reconstruction to define ROIs on the Belle II Pixel Detector using reconstructed hits from the Silicon Vertex ...The track reconstruction e ffi ciency that can be achieved with Υ (4 ...
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Investigation of the compressed baryonic matter at the GSI accelerator complex
... The task of the STS [20] is to provide track reconstruction and momentum determination of charged particles. The multiplicity of charged particles is about 700 per event within the detector acceptance. The ...
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Neutron spectroscopy from 1 to 15 MeV with Mimac-FastN, a mobile and directional fast neutron spectrometer and an active phantom for BNCT and PFBT
... 3D track reconstruction associated with its large adjustable measuring range, Mimac-FastN is a versatile instrument that opens new fields for directional neutron spectrometry, for applications such as ...
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Measurement of the multiple muon charge ratio in the MINOS Far Detector
... muon track, re- sulting from Bremsstrahlung from radiative energy ...The track reconstruction algorithm occasionally includes scintillator hits from these showers as part of the muon track, ...
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Measurement of the B ± production cross section in pp collisions at √s = 7 TeV
... in track reconstruction efficiency between data and simulation, estimated with a tag and probe method [18] using J/ψ → µ + µ − events; the second is due to the 2% uncertainty on the hadronic interaction ...
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