VAGUS - AI LANGUAGE MODEL ASSISTANT USING NATURAL LANGUAGE PROCESSING TECHNIQUES

Authors:

Mr.B. Kalyan Chakravarty, Katragadda Mukhesh Raghava, Kondeddula Karthikeya, Paruchuri Saketh

Page No: 690-698

Abstract:

An AI language model assistant that uses natural language processing techniques is a breath-taking technological advancement that has changed the way we communicate. Natural language processing and artificial intelligence have combined to create a revolutionary tool that not only understands but also responds to human language. Natural language processing is a branch of computer science that focuses on teaching computers to understand and respond to human language. An AI language model assistant can help people write better emails, articles, gather information, generate code in various programming languages, and even make suggestions based on user queries for the most appropriate words or phrases to use. It can also help with grammar and spelling, ensuring that the text is easy to read and understand. To accomplish this, the AI language model assistant analyses the context of the text and employs statistical models to predict the best next word or phrase. This is accomplished by training the AI language model assistant on large datasets, which allows it to learn patterns and relationships among data. AI language models assist users in conveying their message and clearly expressing their thoughts. People who are not native speakers of a language can also benefit from AI language model assistants. The assistant can provide translations, correct grammar, and recommend more commonly used words in the language. Non-native speakers will find it easier to communicate and express themselves as a result of this. To summarize, AI language model assistants are powerful tools that can help people communicate more effectively and efficiently gather knowledge and information. Overall, artificial intelligence language model assistants are bridging the gap between humans and machines, making communication easier and more effective for everyone.

Description:

Artificial intelligence, Deep Learning, Neural Networks, Natural Language Processing, Transformer, T5, GPT, BERT, RoBERTa, and ELECTRA

Volume & Issue

Volume-12,Issue-4

Keywords

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