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PT15319
Summary
The Deep Learning Overview course is designed to give you a high-level understanding of what sort of problems deep learning can address and how deep learning can be practically integrated into products and businesses. It offers a minimally technical introduction to AI and deep learning, including: why deep learning has taken off in the past 5 years; how it is similar to – and different from – other kinds of business analytics, predictive analytics, and machine learning; and how to engage with the many free deep learning tools and techniques.
Although the class does not involve hands-on activities, it does include demonstrations of creating, training, and running deep-learning networks. By the end of this course, you will have a complete, high-level understanding of how deep learning works and what it can be useful for.
This course is ideal as a standalone introduction for managers, team leads, marketers, or analysts who want to get a feel for what deep learning is all about.
Prerequisites
This course does not require any previous knowledge about deep learning, machine learning, math, or coding.
Duration
1 Day/Lecture & Lab
Audience
This course is suited to managers, team leads, marketers, or analysts who want a deep learning intro with less math, and less code. It is also suitable for engineers preparing to dive into a more technical class subsequent to this one.
Topics
- What is Deep Learning, and what is it typically used for?
- Brief history of neural networks and why they are suddenly so popular.
- What kind of problems deep learning addresses well
- Problems, pitfalls, and challenges using neural networks and deep learning tools
- How to determine if deep learning may be helpful for a project or business
- Choosing the right level to engage: how to explore neural networks without a Ph.D. and without studying research papers
- Tools and frameworks: what toolkits to look at and how to integrate them with your existing data workflow
- Hardware: what servers or virtual machines you need (and don't need!) to explore deep learning