BERT is a groundbreaking language model developed by Google AI in 2018. It has changed the game in natural language processing (NLP). Unlike old models, BERT reads text in both directions, understanding left and right context. This lets it grasp language nuances better. Thanks to this, BERT excels in many NLP tasks. It does well…
Word embeddings are key in natural language processing (NLP). They change how machines understand text. These numeric forms of words in a lower-dimensional space hold the meaning and structure of language. This lets machines see how words relate and are similar. Word embeddings are vital for many NLP tasks. These include text classification, named entity…
Named entity recognition (NER) is a way to extract information from text. It finds and sorts out key information in text called named entities. These entities are important subjects in a text, like names, places, companies, events, and products. NER helps machines understand and sort these entities. This is useful for tasks like text summarization,…
Natural Language Processing (NLP) is a field that lets machines understand and create human language. Tokenization is key in NLP. It breaks down text into smaller parts called tokens. These tokens can be words, characters, or parts of words. Tokenization is vital because it turns raw text into a format machines can work with. It…
In today’s digital world, understanding text data is key for businesses. Sentiment analysis, or opinion mining, helps find and sort out feelings in text. It lets companies know what people think about their products or services by reading their emotions and opinions. Sentiment analysis uses NLP to figure out the mood of text, like if…
Recurrent Neural Networks (RNNs) are a special kind of deep learning model. They are great at handling data that comes in a sequence, like time series data. Unlike regular neural networks, RNNs remember what came before to help with the current task. This makes them perfect for tasks like understanding language, recognizing speech, and predicting…
Generative Adversarial Networks (GANs) are a new way to create data in deep learning. They use special kinds of neural networks. The main idea is to find patterns in data and make new examples that look like the original. GANs have two parts: a generator and a discriminator. They work together to make fake data…
