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Full Stack Deep Learning helps you bridge the gap from training machine learning models to deploying AI systems in the real world. |
{% hint style="info" %} We are teaching an updated and improved FSDL as an official UC Berkeley course Spring 2021.
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Since 2012, deep learning has led to remarkable progress across a variety of challenging computing tasks, from image recognition to speech recognition, robotics, and audio synthesis. Deep learning has the potential to enable a new set of previously infeasible technologies like autonomous vehicles, real-time translation, and voice assistants and help reinvent existing software categories.
There are many great courses to learn how to train deep neural networks. However, training the model is just one part of shipping a deep learning project. This course teaches full-stack production deep learning:
- Formulating the problem and estimating project cost
- Finding, cleaning, labeling, and augmenting data
- Picking the right framework and compute infrastructure
- Troubleshooting training and ensuring reproducibility
- Deploying the model at scale
This course was originally taught as an in-person boot camp in Berkeley from 2018 - 2019. It was also taught as a University of Washington Computer Science PMP course in Spring 2020.
The discussion page for the course on Gitter.
The course project is on Github.
{% hint style="info" %} Please submit a pull request if any information is out of date or if you have good additional info to add! {% endhint %}
The course is aimed at people who already know the basics of deep learning and want to understand the rest of the process of creating production deep learning systems. You will get the most out of this course if you have:
- At least one-year experience programming in Python.
- At least one deep learning course (at a university or online).
- Experience with code versioning, Unix environments, and software engineering.
We will not review the fundamentals of deep learning (gradient descent, backpropagation, convolutional neural networks, recurrent neural networks, etc), so you should review those materials first if you are rusty.
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{% page-ref page="course-content/research-areas.md" %}
{% page-ref page="guest-lectures/xavier-amatriain.md" %}
{% page-ref page="guest-lectures/chip-huyen-nvidia.md" %}
{% page-ref page="guest-lectures/lukas-biewald-weights-and-biases.md" %}
{% page-ref page="guest-lectures/jeremy-howard-fast.ai.md" %}
{% page-ref page="guest-lectures/richard-socher-salesforce.md" %}
{% page-ref page="guest-lectures/raquel-urtasun-uber-atg.md" %}
{% page-ref page="guest-lectures/yangqing-jia-alibaba.md" %}
{% page-ref page="guest-lectures/andrej-karpathy-tesla.md" %}
{% page-ref page="guest-lectures/jai-ranganathan-keeptruckin.md" %}
{% page-ref page="guest-lectures/franziska-bell-toyota-research.md" %}