text: # Train a TensorFlow model in the cloud
  In this tutorial, we will train a TensorFlow model using the [MNIST dataset](http://yann.lecun.com/exdb/mnist/) in an Azure [Deep Learning Virtual Machine](https://docs.microsoft.com/azure/machine-learning/data-science-virtual-machine/deep-learning-dsvm-overview). 
  
  The MNIST database has a training set of 60,000 examples, and a test set of 10,000 examples of handwritten digits.
  
  ## Prerequisites
  Before you begin, ensure you have the following installed and configured:
  
  ### Download sample code
  Download this [GitHub repository](https://github.com/Microsoft/samples-for-ai) containing samples for getting started with deep learning across TensorFlow, CNTK, Theano and more.
  
  ### Setup Azure Deep Learning Virtual Machine
  Please read instructions for [setting up Deep Learning Virtual Machine](https://docs.microsoft.com/azure/machine-learning/data-science-virtual-machine/provision-deep-learning-dsvm). 
  
  > [!NOTE] 
  > Set **Location** to US West 2 (or others which have Deep Learning VM) and **OS type** as Linux.
  
  ### Update .bashrc to Enable Remote Job Submission via Non-interactive Bash Session
  Login to your Deep Learning VM using a tool like Putty or similar. Execute below to modify your bashrc file to enable remote deep learning job submission (configures remote behavior to work just like if you logged into the VM).
  
  ```bash
  echo -e ". /etc/profile\n$(cat ~/.bashrc)" > ~/.bashrc
  ``` 
  
  ## Open project
  
  - Launch Visual Studio and select **File > Open > Project/Solution**.
  
  - Select the **examples\tensorflow** folder from the samples repository downloaded  
  
  ![Open project](./media/tensorflow-local/open-folder.png)
  
  - Open the **TensorflowExamples.sln** file.
  
  ![Open solution](./media/tensorflow-local/open-solution.png)
  
  ## Add Azure Remote VM
  
  In Server Explorer, right click the **Remote Machines** node under the AI Tools node and select "Add…". Enter the Remote Machine display name, IP host, SSH port, user name and password/key file. 
  
  ![Add a new remote machine](./media/tensorflow-vm/add-remote-vm.png)
  
  ## Submit job to Azure VM
  Right click on MNIST project in **Solution Explorer** and select **Submit Job**.
  
  ![Job submission to a remote machine](./media/tensorflow-vm/job-submission.png)
  
  In the submission window:
  
  - In the list of **Cluster to use**, select the remote machine (with "rm:" prefix) to submit the job to.
  
  - Enter a **Job name**. 
  
  - Click **Submit**. 
  
  ![Job submission to Docker container](./media/tensorflow-vm/job-submission-docker.png)
  
  User can also submit jobs to run in a Docker container:
  
  - Check 'Run In Docker' checkbox
  
  - User can select the command to run Docker container: "Docker" or ["NvidiaDocker"](https://github.com/NVIDIA/nvidia-docker)
  
  - User can select the Docker image in "Docker image" combobox, or input his own docker image built in Docker Hub. The default docker registry is [Docker Hub](https://hub.docker.com/)
  
  - User can choose the identity to run Docker container in remote machine. The default user is "root".
  
  - To facilite different kinds of DL framework job submission (CNTK, Tensorflow, Keras, .etc), we built a customized docker image contains popular DL frameworks, and hosted the image on [Docker Hub](https://hub.docker.com/). The [all-in-one](https://hub.docker.com/r/toolsforai/all-in-one/) docker image includes the following libraries:
  ```
  Ubuntu 16.04 LTS
  CUDA 9.0, CuDNN 7.0
  numpy 1.14.3,scipy 1.1.0,Jupyter Notebook,Pandas,Matplotlib,sklearn 0.19.1
  CNTK 2.5.1
  TensorFlow 1.5.0
  PyTorch 0.4.0
  MXNet 1.2.0
  Keras 2.1.6
  Theano 1.0.2
  Chainer 4.1.0
  ```
    User can choose this all-in-one image in 'Docker Setting's drop down list:
    ![All-in-on-docker](./media/tensorflow-vm/all-in-one-docker.png)
  ## Check status of job 
  To see status and details of jobs: expand the virtual machine you submitted the job to in the **Server Explorer**. Double click on **Jobs**.
  
  ![Job browser](./media/tensorflow-vm/job-browser.png)
  
  ## Clean up resources (optional)
  
  Stop the VM if you plan on using it in the near future. If you are finished with this tutorial, run the following command to clean up your resources:
  
  ```azure-interactive
  az group delete --name myResourceGroup
  ```
  