Jupyter Notebook is an open-source web application for writing and sharing live codes, equations, visualizations with rich text elements. It provides a convenient way to write paragraph, equations, titles, links and figures to run data analysis. It is also useful for sharing interactive algorithms with your audience for teaching or demonstrating purpose.
In this Jupyter Notebook tutorial, you will learn-
- What is Jupyter Notebook?
- Introduction to Jupyter Notebook App
- How to use Jupyter Notebook
- Install Jupyter Notebook with AWS
The Jupyter Notebook App is the interface where you can write your scripts and codes through your web browser. The app can be used locally, meaning you don’t need internet access, or a remote server.
Each computation is done via a kernel. A new kernel is created each time you launch a Jupyter Notebook.
In the session below, you will learn how to use Jupyter Notebook. You will write a simple line of code to get familiar with the environment of Jupyter.
Step 1) You add a folder inside the working directory that will contains all the notebooks you will create during the tutorials about TensorFlow.
Open the Terminal and write
mkdir jupyter_tf jupyter notebook
- mkdir jupyter_tf: Create a folder names jupyter_tf
- jupyter notebook: Open Jupyter web-app
Step 2) You can see the new folder inside the environment. Click on the folder jupyter_tf.
Step 3) Inside this folder, you will create your first notebook. Click on the button New and Python 3.
Step 4) You are inside the Jupyter environment. So far, your notebook is called Untiltled.ipynb. This is the default name given by Jupyter. Let’s rename it by clicking on File and Rename
You can rename it Introduction_jupyter
In AWS Jupyter Notebook, you write codes, annotation or text inside the cells.
Inside a cell, you can write a single line of code.
or multiple lines. Jupyter reads the code one line after another.
For instance, if you write following code inside a cell.
It will produce this output.
Step 5) You are ready to write your first line of code. You can notice the cell have two colors. The green color mean you are in the editing mode.
The blue color, however, indicates you are in executing mode.
You first line of code will be to print Guru99!. Inside the cell, you can write
There are two ways to run a code in Jupyter:
- Click and Run
- Keyboard Shortcuts
To run the code, you can click on Cell and then Run Cells and Select Below
You can see the code is printed below the cell and a new cell has appeared right after the output.
A faster way to run a code is to use the Keyboard Shortcuts. To access the Keyboard Shortcuts, go to Help and Keyboard Shortcuts
Below the list of shortcuts for a MacOS keyboard. You can edit the shortcuts in the editor.
Following are shortcuts for Windows
Write this line
and try to use the Keyboard Shortcuts to run the code. Use alt+enter. it will execute the cell and insert a new empty cell below, like you did before.
Step 6) It is time to close the Notebook. Go to File and click on Close and Halt
Note: Jupyter automatically saves the notebook with checkpoint. If you have the following message:
It means Jupyter didn’t save the file since the last checkpoint. You can manually save the notebook
You will be redirected to the main panel. You can see your notebook has been saved a minute ago. You can safely logout.
Below is a step by step process on how to install and run Jupyter Notebook on AWS:
If you do not have an account at AWS, create a free account here.
We will proceed as follow
- Part 1: Set up a key pair
- Part 2: Set up a security group
- Part 3: Launch instance
- Part 4: Install Docker
- Part 5: Install Jupyter
- Part 6: Close connection
Step 1) Go to Services and find EC2
Step 2) In the panel and click on Key Pairs
Step 3) Click Create Key Pair
- You can call it Docker key
- Click Create
A file name Docker_key.pem downloads.
Step 4) Copy and paste it into the folder key. We will need it soon.
For Mac OS user only
This step concerns only Mac OS user. For Windows or Linux users, please proceed to PART 2
You need to set a working directory that will contain the file key
First of all, create a folder named key. For us, it is located inside the main folder Docker. Then, you set this path as your working directory
mkdir Docker/key cd Docker/key
Step 1) You need to configure a security group. You can access it with the panel
Step 2) Click on Create Security Group
Step 3) In the next Screen
- Enter Security group name “jupyter_docker” and Description Security Group for Docker
- You need to add 4 rules on top of
- ssh: port range 22, source Anywhere
- http: port range 80, source Anywhere
- https: port range 443, source Anywhere
- Custom TCP: port range 8888, source Anywhere
- Click Create
Step 4) The newly created Security Group will be listed
Part 3: Launch instance
You are finally ready to create the instance
Step 1) Click on Launch Instance
The default server is enough for your need. You can choose Amazon Linux AMI. The current instance is 2018.03.0.
AMI stands for Amazon Machine Image. It contains the information required to successfully starts an instance that run on a virtual server stored in the cloud.
Note that AWS has a server dedicated to deep learning such as:
- Deep Learning AMI (Ubuntu)
- Deep Learning AMI
- Deep Learning Base AMI (Ubuntu)
All of them Comes with latest binaries of deep learning frameworks pre-installed in separate virtual environments:
Fully-configured with NVidia CUDA, cuDNN and NCCL as well as Intel MKL-DNN
Step 2) Choose t2.micro. It is a free tier server. AWS offers for free this virtual machine equipped with 1 vCPU and 1 GB of memory. This server provides a good tradeoff between computation, memory and network performance. It fits for small and medium database
Step 3) Keep settings default in next screen and click Next: Add Storage
Step 4) Increase storage to 10GB and click Next
Step 5) Keep settings default and click Next: Configure Security Group
Step 6) Choose the security group you created before, which is jupyter_docker
Step 7) Review your settings and Click the launch button
Step 8 ) The last step is to link the key pair to the instance.
Step 8) Instance will launch
Step 9) Below a summary of the instances currently in use. Note the public IP
Step 9) Click on Connect
You will find the connection detials
Launch your instance (Mac OS users)
At first make sure that inside the terminal, your working directory points to the folder with the key pair file docker
run the code
chmod 400 docker.pem
Open the connection with this code.
There are two codes. in some case, the first code avoids Jupyter to open the notebook.
In this case, use the second one to force the connection in Jupyter Notebook on EC2.
# If able to launch Jupyter ssh -i "docker.pem" firstname.lastname@example.org # If not able to launch Jupyter ssh -i "docker.pem" email@example.com -L 8888:127.0.0.1:8888
The first time, you are prompted to accept the connection
Step 1) Go to this website to download PuTTY and PuTTYgen PuTTY
You need to download
- PuTTY: launch the instance
- PuTTYgen: convert the pem file to ppk
Now that both software are installed, you need to convert the .pem file to .ppk. PuTTY can only read .ppk. The pem file contains the unique key created by AWS.
Step 2) Open PuTTYgen and click on Load. Browse the folder where the .pem file is located.
Step 3)After you loaded the file, you should get a notice informing you that the key has been successfully imported. Click on OK
Step 4) Then click on Save private key. You are asked if you want to save this key without a passphrase. Click on yes.
Step 5) Save the Key
Step 6) Go to AWS and copy the public DNS
Open PuTTY and paste the Public DNS in the Host Name
- On the left panel, unfold SSH and open Auth
- Browse the Private Key. You should select the .ppk
- Click on Open.
When this step is done, a new window will be opened. Click Yes if you see this pop-up
You need to login as: ec2-user
You are connected to the Amazon Linux AMI.
While you are connected with the server via Putty/Terminal, you can install Docker container.
Execute the following codes
sudo yum update -y sudo yum install -y docker sudo service docker start sudo user-mod -a -G docker ec2-user exit
Launch again the connection
ssh -i "docker.pem" firstname.lastname@example.org -L 8888:127.0.0.1:8888
Windows users use SSH as mentioned above
Step 1) Create Jupyter with,
## Tensorflow docker run -v ~/work:/home/jovyan/work -d -p 8888:8888 jupyter/tensorflow-notebook ## Sparkdocker run -v ~/work:/home/jovyan/work -d -p 8888:8888 jupyter/pyspark-notebook
- docker run: Run the image
- v: attach a volume
- ~/work:/home/jovyan/work: Volume
- 8888:8888: port
- jupyter/datascience-notebook: Image
For other pre-build images, go here
Allow preserving Jupyter AWS notebook
sudo chown 1000 ~/work
Step 2) Install tree to see,
our working directory next
sudo yum install -y tree
Step 3) Check the container and its name
- Get the name and use the log to open Jupyter. In this Jupyter tutorial, the container’s name is vigilant_easley. Use command
docker logs vigilant_easley
- Get the URL
Step 4) In the URL,
Replace (90a3c09282d6 or 127.0.0.1) with Public DNS of your instance
http://(90a3c09282d6 or 127.0.0.1):8888/?token=f460f1e79ab74c382b19f90fe3fd55f9f99c5222365eceed
Step 5) The new URL becomes,
Step 6) Copy and paste the URL into your browser.
Step 7) You can write a new Notebook,
in your work folder
Close the connection in the terminal
Go back to AWS and stop the server.
If ever docker doesnot work, try to rebuilt image using
docker run -v ~/work:/home/jovyan/work -d -p 8888:8888 jupyter/tensorflow-notebook
- Jupyter notebook is a web application where you can run your Python and R codes. It is easy to share and deliver rich data analysis with Jupyter.
- To launch jupyter, write in the terminal: jupyter notebook
- You can save you notebook whereever you want
- A cell contains your Python code. The kernel will read the code one by one.
- You can use the shortcut to run a cell. By default: Ctrl+Enter