What are Bigrams?

In a sequence of text, bigrams are pairs of consecutive words or tokens. Bigrams allow us to see which words commonly co-occur within a given dataset, which can be particularly useful for:

  • Predictive text and autocomplete features, where the next word is predicted based on the previous word.
  • Speech recognition systems to improve accuracy by considering two words at a time.
  • Information retrieval systems to enhance search accuracy.

Generate bigrams with NLTK

Bigrams, or pairs of consecutive words, are an essential concept in natural language processing (NLP) and computational linguistics. Their utility spans various applications, from enhancing machine learning models to improving language understanding in AI systems. In this article, we are going to learn how bigrams are generated using NLTK library.

Table of Content

  • What are Bigrams?
  • How Bigrams are generated?
  • Generating Bigrams using NLTK
  • Applications of Bigrams
  • FAQs on Bigrams in NLP

Similar Reads

What are Bigrams?

In a sequence of text, bigrams are pairs of consecutive words or tokens. Bigrams allow us to see which words commonly co-occur within a given dataset, which can be particularly useful for:...

How Bigrams are generated?

Let’s take an example sentence “You are learning from Geeks for Geeks”, generating bigrams involves taking two adjacent words at a time to form pairs. Let’s break down the process and the purpose of each bigram:...

Generating Bigrams using NLTK

Generating bigrams using the Natural Language Toolkit (NLTK) in Python is a straightforward process. The steps to generated bigrams from text data using NLTK are discussed below:...

Applications of Bigrams

Bigram applications in natural language processing (NLP) and text analysis are :...

FAQs on Bigrams in NLP

Why are bigrams important?...