Machine Learning for Text

Machine Learning for Text

Publisher
Springer
Published
2018
Pages
493
ISBN-13
9783319735306
Format
other
Language
English
Book Summary
Machine Learning for Text by Charu C. Aggarwal is a comprehensive textbook covering the theory and practice of machine learning applied to text data. It spans classical models like regression and SVM to deep learning architectures including transformers. Published in 2018, it serves as an authoritative resource for graduate students, researchers, and practitioners seeking a rigorous foundation in text analytics and natural language processing.
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About Machine Learning for Text

This textbook provides a thorough exploration of machine learning techniques tailored to text data. It begins with foundational concepts such as text preprocessing, feature engineering, and similarity measures, then progresses to classical supervised and unsupervised learning methods. Later chapters delve into probabilistic models, topic modeling, and deep learning architectures including recurrent and convolutional networks, attention mechanisms, and transformers. Aggarwal emphasizes both mathematical rigor and practical applicability, with discussions on scalability, evaluation, and real-world challenges. The book is structured for graduate-level courses and self-study, offering a blend of theoretical insights and algorithmic details. It is a valuable reference for anyone working on text classification, clustering, information retrieval, or natural language understanding, bridging traditional machine learning and modern deep learning approaches.

Who should read Machine Learning for Text?

This book is ideal for graduate students in computer science, data science, and computational linguistics who need a rigorous foundation in text mining and NLP. Researchers and practitioners seeking to understand both classical and deep learning methods for text will benefit from its comprehensive coverage. It also suits software engineers and data analysts transitioning into machine learning roles involving text data, provided they have basic knowledge of linear algebra, probability, and programming.

Pros & Cons
Pros
  • ✓ Comprehensive coverage from classical models to deep learning and transformers
  • ✓ Rigorous mathematical treatment with clear algorithmic explanations
  • ✓ Written by a leading expert in data mining and machine learning
  • ✓ Includes practical insights on scalability and real-world applications
  • ✓ Well-structured for graduate courses and self-study
Cons
  • ✗ Assumes strong background in mathematics and machine learning
  • ✗ Some deep learning content may be dated given rapid advances since 2018
  • ✗ Limited hands-on coding examples compared to some practical guides
  • ✗ Dense reading; not ideal for absolute beginners
  • ✗ Focuses primarily on methods rather than end-to-end case studies
Frequently asked questions
Is this book suitable for beginners in machine learning?
No, it assumes prior knowledge of machine learning fundamentals and linear algebra. Beginners should start with introductory texts before tackling this book.
Does the book cover deep learning for text?
Yes, it includes chapters on neural networks, recurrent and convolutional networks, attention, and transformers, though some content may be dated relative to the latest research.
What programming language is used in examples?
The book focuses on algorithms and theory rather than code, so it is largely language-agnostic. It does not provide extensive code examples.
Is this book appropriate for a graduate course?
Yes, it is designed for graduate-level study and includes exercises and references for further reading, making it suitable for courses in text mining and NLP.
How does this book compare to other NLP textbooks?
It offers a more machine learning-centric perspective than traditional NLP texts, with deeper coverage of probabilistic and deep learning models, but less emphasis on linguistic theory.

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