Features
Description
Infoshare is the largest tech community in CEE and the organizer of the leading tech conference in Gdańsk. It connects startups, investors, corporations, and innovation enthusiasts. It promotes entrepreneurship, knowledge sharing, and networking. Through events, competitions, and programs, it supports the development of the tech ecosystem in Poland and the region.
Natural Language Processing (NLP) is one of the hottest areas of artificial intelligence (AI) thanks to applications such as text generators, chatbots, and programs that convert text to images. Recent years have shown an incredible development in computers' ability to understand human languages, programming languages, and even biological and chemical sequences, such as DNA and protein structures that resemble language. Many companies use NLP, including giants like Google, which uses NLP to improve search results, and Facebook, which uses NLP to detect and filter hate speech.
- For programmers, data analysts, business analysts, marketers, designers, and anyone for whom machine learning significantly eases their work.
- For those interested in technological innovations and the use of artificial intelligence in everyday work.
- How to prepare and analyze text data for machine learning (including tokenization, statistical analysis, building datasets)
- How to create and train language models using recurrent networks in TensorFlow/Keras
- How to use transformers and transfer learning for text classification
- How to evaluate and improve the quality of NLP models through tuning and comparing their performance
INTRODUCTION
TEXT DATA
• Types of language models
• Processing text data
• Acquiring and reviewing the dataset
• Building the dataset
• Tokenization
• Statistical analysis of the dataset
• Preparing the dataset for modelingTEXT CLASSIFICATION WITH RECURRENT NETWORKS IN TF.KERAS
• Theory of recurrent networks
• Designing the model
• Modeling
• Qualitative analysis of the model
• Tuning the modelTRANSFORMERS
• Theory of transformers
• Transfer learning
• Modeling
• Comparing models
40 h/ 5 days