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Natural Language Processing

Autor Yue Zhang, Zhiyang Teng
en Limba Engleză Paperback – 31 dec 2026
This gentle introduction to the most important techniques in natural language processing uses a unified mathematical and algorithmic framework and gradually increases in complexity. Topics covered range from n-gram language models to large language models (LLMs), from perceptron to deep learning, from text classification to structured prediction (e.g., sequence labelling, segmentation, and parsing) and generation, and from discrete representation to neural representation of linguistics structures. This book provides a comprehensive overview of NLP, making it ideal for upper undergraduate and graduate students in computer science and a valuable reference for researchers and engineers. Exercises of varying difficulty are provided as well as teaching slides and tutorial videos. The new edition features three new chapters on pre-trained language models and large language models as well as a new preliminary chapter overviewing data and model as a framework for NLP methods.
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Specificații

ISBN-13: 9781009560955
ISBN-10: 1009560956
Pagini: 691
Ediția:2 Revised edition
Editura: Cambridge University Press

Notă biografică

Yue Zhang is Professor at the School of Engineering at Westlake University and Fellow of the Association for Computational Linguistics. He received his Ph.D. from the University of Oxford, and worked as a postdoctoral research associate at the University of Cambridge. He has served as PC chair for EMNLP 2022, Test-of-Time Committee chair for ACL 2024 and 2025, and editor for multiple journals.

Cuprins

Preface; Notation; Part I. Basics: 1. Introduction; 2. Data and model; 3. Counting relative frequencies; 4. Feature vector representation and discriminative text classification; 5. Neuron; 6. Information, entropy, and word representation; 7. Latent variables and EM; Part II. Structures: 8. Generative sequence labelling; 9. Discriminative sequence labelling; 10. Sequence segmentation; 11. Predicting tree structures; 12. Transition-based methods for structured prediction; 13. Bayesian network; Part III. Deep Learning: 14. A paradigm shift to neural network; 15. Sequence representation; 16. Neural structured prediction; 17. Representing structures; 18. Sequence-to-sequence models; 19. Transformer pre-training; 20. Deep latent variable models; 21. Language models as competent generalists; 22. Large language models and beyond; Bibliography; Index.

Recenzii

'An amazingly compact, and at the same time comprehensive, introduction and reference to natural language processing (NLP). It describes the NLP basics, then employs this knowledge to solve typical NLP problems. It achieves very high coverage of NLP through a clever abstraction to typical high-level tasks, such as sequence labelling. Finally, it explains the topics in deep learning. The book captivates through its simple elegance, depth, and accessibility to a wide range of readers from undergrads to experienced researchers.' Iryna Gurevych, Technical University of Darmstadt, Germany
'An excellent introduction to the field of natural language processing including recent advances in deep learning. By organising the material in terms of machine learning techniques - instead of the more traditional division by linguistic levels or applications - the authors are able to discuss different topics within a single coherent framework, with a gradual progression from basic notions to more complex material.' Joakim Nivre, Uppsala University

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This undergraduate textbook introduces essential machine learning concepts in NLP in a unified and gentle mathematical framework.