Welcome to Chapter 1 of our Natural Language Processing (NLP) journey! In this introductory week, we will lay the foundation for understanding the exciting world of NLP and how deep learning plays a pivotal role in it. Let's dive into what we'll be covering:
- Introduction to NLP and Its Applications
- Deep Learning in NLP
- Key NLP Tasks
- Text Data Preprocessing Techniques
- Parsing in NLP
- Regular Expressions and Pattern Matching
- NLP Datasets
- Popular NLP Libraries
- Text Similarity and Distance
- Corpus and Corpus Linguistics
- N-Grams in NLP
- Data Annotation and Labeling
- Text Data Characteristics
We'll kick off by exploring what NLP is and its wide-ranging applications in various fields, from chatbots to sentiment analysis.
Discover how deep learning techniques have revolutionized NLP, allowing us to tackle complex language tasks with remarkable accuracy.
Get acquainted with fundamental NLP tasks like text classification, sentiment analysis, language translation, and named entity recognition.
Learn the art of preparing text data for NLP analysis. We'll cover essential techniques such as tokenization, stemming, lemmatization, stop word removal, text normalization, and text standardization.
Delve into the world of parsing and its role in NLP. We'll explore both dependency parsing and constituency parsing.
Master the use of regular expressions and pattern matching to extract valuable information during text data preprocessing.
Familiarize yourself with commonly used NLP datasets and the specific tasks they are designed for.
Explore the leading NLP libraries like NLTK, spaCy, and TextBlob that simplify NLP tasks and accelerate your work.
Understand how text similarity and distance metrics can quantify the similarity between textual documents.
Uncover the concept of a corpus and its importance in linguistic research, which forms the basis of many NLP applications.
Learn about N-grams, a fundamental concept in NLP, and understand their significance in language modeling and analysis.
Dive into data annotation and labeling, essential for training machine learning models in NLP.
Differentiate between structured and unstructured text data and understand their roles in NLP tasks.