图书简介
The Higgs boson discovery at the Large Hadron Collider in 2012 relied on boosted decision trees. Since then, high energy physics (HEP) has applied modern machine learning (ML) techniques to all stages of the data analysis pipeline, from raw data processing to statistical analysis. The unique requirements of HEP data analysis, the availability of high-quality simulators, the complexity of the data structures (which rarely are image-like), the control of uncertainties expected from scientific measurements, and the exabyte-scale datasets require the development of HEP-specific ML techniques. While these developments proceed at full speed along many paths, the nineteen reviews in this book offer a self-contained, pedagogical introduction to ML models’ real-life applications in HEP, written by some of the foremost experts in their area.Key Features• Written by physicists for physicists, this book introduces the most successful applications of machine learning to real-life experimental particle physics problems• It provides the reader with state-of-the-art tools to address classic HEP research problems and with the foundations to develop methods to solve new ones• This book bridges the gap between introductory general-purpose machine learning texts and cutting-edge research papers in AI applied to HEP. This is the book researchers always want to have handy when a new student or researcher joins their groups
Discriminative Models for Signal/Background Boosting: Boosted Decision Trees (Y Coadou); Deep Learning from Four-Vectors (P Baldi, P Sadowski, and D Whiteson); Anomaly Detection for Physics Analysis and Less than Supervised Learning (B Nachman); Data Quality Monitoring: Data Quality Monitoring Anomaly Detection (A Pol, G Carminara, C Germain, and M Pierini); Generative Models: Generative Models for Fast Simulation (M Paganini et al.); Generative Networks for LHC Events (A Butter and T Plehn); Machine Learning Platforms: Distributed Training and Optimization of Neural Networks (J R Vlimant and J Yin); Machine Learning for Triggering and Data Acquisition (P Harris); Detector Data Reconstruction: End-to-End Analysis using Image Classification (A Aurisano and L Whitehead); Clustering (K Terao); Graph Neural Networks for Particle Tracking and Reconstruction (J Duarte and J R Vlimant); Jet Classification and Particle Identification from Low Level: Sequence-Based Learning (R Teixeira de Lima); Particle Identification in Neutrino Detectors (R Sharankova and T Wongjirad); Image-Based Jet Analysis (M Kagan); Physics Inference: Simulation-Based Inference Methods for Particle Physics (J Brehmer and K Cranmer); Dealing with Nuisance Parameters (T Dorigo and P de Castro Manzano); Bayesian Neural Networks (T Charnock, L Perreault-Levasseur, and F Lanusse); Parton Distribution Functions (S Forte and S Carrazza); Machine Learning Challenges: Machine Learning Challenges and Open Data Sets (D Rousseau and A Uztyushanin);
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