Python Text Mining: Perform Text Processing, Word Embedding, Text Classification and Machine Translation (English Edition)
Author: Alexandra George
Publisher finelybook 出版社: BPB Publications (March 26 2022)
Language 语言: English
Print Length 页数: 320 pages
ISBN-10: 9389898781
ISBN-13: 9789389898781
Book Description
By finelybook
Make use of the most advanced machine learning techniques to perform NLP and feature extraction
Key Features
Learn about pre-trained models, deep learning, and transfer learning for NLP applications.
All-in-one knowledge guide for feature engineering, NLP models, and pre-processing techniques.
Includes use cases, enterprise deployments, and a range of Python based demonstrations.
Natural Language Processing (NLP) has proven to be useful in a wide range of applications. Because of this, extracting information from text data sets requires attention to methods, techniques, and approaches.
‘Python Text Mining’ includes a number of application cases, demonstrations, and approaches that will help you deepen your understanding of feature extraction from data sets. You will get an understanding of good information retrieval, a critical step in accomplishing many machine learning tasks. We will learn to classify text into discrete segments solely on the basis of model properties, not on the basis of user-supplied criteria. The book will walk you through many methodologies, such as classification, that will enable you to rapidly construct recommendation engines, subject segmentation, and sentiment analysis applications. Toward the end, we will also look at machine translation and transfer learning.
Author: the end of this book, you’ll know exactly how to gather web-based text, process it, and then apply it to the development of NLP applications.
What you will learn
Practice how to process raw data and transform it into a usable format.
Best techniques to convert text to vectors and then transform into word embeddings.
Unleash ML and DL techniques to perform sentiment analysis.
Build modern recommendation engines using classification techniques.
