
Understand what synthetic data is, how to generate and evaluate it, and how to apply it in business using tools like Gretl, synthpop, and SDV.
Define synthetic data and its fully, partially, and hybrid types, and outline its testing, training, and research uses along with privacy, diversity, and ethics challenges; preview decision tree techniques.
Explore synthetic data generation using decision trees, deep learning, and iterative proportional filling; compare advantages and disadvantages, and use Gretel, synthpop, and SDV.
Leverage deep learning techniques, including GANs and VAEs, to generate high-fidelity synthetic data across images, text, audio, and video, and compare advantages and disadvantages using Gretel, synthpop, and SDV.
Introduce the iterative proportional fitting technique (IPF) for synthetic data generation, detailing steps to match marginal totals and evaluating advantages and disadvantages; demonstrate using synthpop and Stevie.
Explore how to measure and compare synthetic data quality and utility using t closeness, differential privacy, and Synthetic Data Vault, focusing on privacy preservation, statistical similarity, and task performance.
Apply best practices for synthetic data generation and use, including clean data, assessing similarity and utility, and considering ethics, ownership, consent, and governance in real-world domains.
Learn hands-on approaches to generate synthetic data using RNN and GAN methods, with practical steps in Colab, Gretl tools, and Hugging Face for data sets.
Explore synthetic data creation with synthesizer and Ouroboros Burrows, featuring simple pip installation, Apache 2.0 licensing, API key setup, and prompt-driven generation with flexible models.
Do you want to learn how to generate and use synthetic data for your business needs, such as testing, training, research, or analysis, without violating the privacy or confidentiality of the real data owners or subjects? Do you want to explore different techniques and tools for synthetic data generation, such as decision trees, deep learning techniques, and iterative proportional fitting? Do you want to discover some real-world use cases and examples of synthetic data in various domains, such as healthcare, finance, e-commerce, and social media? If yes, then this course is for you.
In this course, you will learn what synthetic data is, how to generate it, how to evaluate it, and how to use it effectively and efficiently in your business. You will also learn some best practices and tips for synthetic data generation and use, and some ethical and legal issues and challenges of synthetic data use. By the end of this course, you will be able to:
Understand the concept, importance, and benefits of synthetic data
Apply different techniques and tools for synthetic data generation, such as decision trees, deep learning techniques, and iterative proportional fitting
Measure and compare the quality and utility of synthetic data, using various metrics and criteria, such as statistical similarity, privacy preservation, and data utility
Follow some best practices and tips for synthetic data generation and use, such as working with clean data, assessing the similarity and utility of synthetic data, and outsourcing support if necessary
Explore some real-world use cases and examples of synthetic data in various domains, such as healthcare, finance, e-commerce, and social media
Discuss some ethical and legal issues and challenges of synthetic data use, such as data ownership, consent, and governance
This course is designed for anyone who is interested in learning about synthetic data, especially for business purposes. You do not need any prior knowledge or experience with synthetic data, but you should have some basic understanding of data analysis and statistics. You should also have access to a computer with an internet connection, and some software tools that we will use in this course, such as Gretel, Synthpop, and SDV.