Learn to code, debug, and analyze data with AI assistance in Jupyter notebooks
By DeepLearningAI
Summary
## Key takeaways - **Coding by hand is becoming obsolete**: The traditional method of writing every line of code manually is becoming obsolete, necessitating an evolution in coding notebooks to incorporate AI assistance. [00:03] - **Jupyter AI integrates AI into notebooks**: Jupyter AI is an open-source framework purpose-built to integrate AI into Jupyter notebooks and Jupyter Lab, addressing the struggle of existing AI coding assistants in this environment. [01:14], [01:23] - **Jupyter AI features and capabilities**: Jupyter AI can generate new cells, explain code, debug errors, and incorporate context from API documentation or markdown instructions, acting as a coding assistant and brainstorming partner. [01:33], [01:58] - **Course focus: AI and data science workflows**: The course demonstrates how to build AI and data science workflows from scratch using Jupyter AI, facilitating a transition to modern coding practices within the notebook environment. [02:17], [02:35]
Topics Covered
- Coding by hand is becoming obsolete.
- Jupyter AI integrates AI deeply into notebooks.
- Jupyter AI offers unique notebook-centric AI features.
- Jupyter AI is more than a coding assistant.
- Notebooks must adapt to the AI coding era.
Full Transcript
Welcome to Jupiter AI. Coding by hand,
where you use your 10 fingers to write
every line of code manually, is becoming
obsolete. And coding notebooks,
including those that we use on the deep
learning.ai site, have to evolve away
from that to using AI to code for you.
Together with Brian Granger, who is
co-founder of project Jupiter, I'm
delighted to introduce Jupiter AI. You
better use it on the deep learning.AI AI
site or on your own computer by running
the open-source Jupiter locally. Jupyter
notebooks are a workhorse of AI
development of data science and also
views for teaching AI by deep
learning.ai.
Moving it forward to the AI coding era
will be an important step for our few.
So I'm thrilled to be teaching this with
you Brian.
>> Thank you, Andrew. When we created the
IPython notebook in 2011 and later
rebranded it as the Jupyter notebook in
2014, we did so with the mission of
creating a communitydriven open-source
ecosystem of tools for data science,
scientific research, and education.
Jupyter notebooks have long been the
default prototyping environment for this
type of work. But it turns out that most
of the AI coding assistants that have
emerged in the last couple of years have
struggled to function well in a Jupyter
notebook environment. And so we've built
Jupyter AI which is an open source
framework that is purpose-built to
integrate AI into Jupyter notebooks and
Jupyter Lab. Jupy AI can help you write
code, let you ask questions about codes
and so on. tasks you might already be
familiar with from other AI coding
tools, but it is deeply integrated into
Jupyter notebooks and can also do things
that other coding assistants struggle
with today. For example, you can
generate new cells in your notebook
directly from the chat or drag a cell to
the chat and ask questions about the
code or drag a cell with markdown
instructions and use that to generate
code. You can also use it to debug
errors in your notebook or attach
additional context for the alm. Jupyter
AI is an AI coding assistant is also a
brainstorming partner, a collaboration
platform, and a great tool for learning.
>> That's right. And so in this course,
you'll see how easy it is to build out
AI and data science workflows from
scratch using Jupyter AI.
>> It is important that notebooks make the
transition from coding by hand to coding
with AI. If you use code notebooks and
want to learn to navigate this
transition or if you want to learn how
to use coding notebooks but in a modern
way, please take this course.
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