index - Institut Polytechnique de Paris Access content directly


Welcome to the HAL Open Archive of the Institut Polytechnique de Paris

 It consists of publications of the 5 member institutions of the IP Paris (click on logos to access their HAL portal) :


École polytechnique ENSTA Paris ENSAE Télécom Paris Télécom SudParis
École polytechnique ENSTA Paris ENSAE Paris Télécom Paris Télécom SudParis


Latest submissions

Chargement de la page













Full-text documents

11 218


Bibliographical references

Chargement de la page


Tag cloud

Gravitation Performance Differential cross section measured Heavy ion scattering Apprentissage automatique P p scattering Channel cross section upper limit CERN Lab Optimisation Channel cross section measured Background Branching ratio ratio measured Muon Monte Carlo Security Bottom particle identification Neural network Laser CMS Supersymmetry Simulation Experimental results B physics Meson Climate change Internet of Things Turbulence Lead LHC-B Numerical calculations Monte Carlo Data analysis method Quark Deep Learning Mass dependence 7000 GeV-cms Statistical analysis Signature Branching ratio TeV Muon pair production Apprentissage profond 5G Rapidity Photon Optimization Mars Structure Top pair production Suppression Sensitivity Electroweak interaction Machine learning CP violation Quantum chromodynamics Silicon IoT Stability Optimal transport Field theory conformal GeV Holography Channel cross section branching ratio upper limit Anomaly detection Hadron-Hadron Scattering Machine Learning Deep learning Rapidity dependence Phase space Z0 leptonic decay Modeling Programming Resonance production Transverse momentum missing-energy P p colliding beams Plasma Kinematics Blockchain Calibration Reinforcement learning J-PARC Lab Parton distribution function Correlation CERN LHC Coll Training New physics search for Jet bottom Error statistical Privacy Statistical 8000 GeV-cms 13000 GeV-cms Effective field theory Lepton Artificial intelligence Hadron-Hadron scattering experiments Transverse momentum KAMIOKANDE Transverse momentum dependence Electron Neural networks