Public | Automated Build

Last pushed: 10 months ago
Short Description
Default automated build from's dockerfile
Full Description

RadioML Docker Image

A docker image provided by which provides many of the primitives needed for radio machine learning experimentation.

Docker Image Contents

  • Base: Ubuntu 16.04 Xenial Xerus
  • Remote: ssh-server, x2go server + xfce4, ipython notebook
  • Misc: screen, tmux, vim, emacs, git, meld
  • DL: Theano, TensorFlow, Keras, OpenAI Gym, KeRLym
  • ML: Scikit-learn, OpenCV, PyOpenPNL
  • SDR: GNU Radio + several useful out-of-tree gr-modules

Building the Container

Please note: your docker image max size must be >10GB for this build, please see Notes section.

git clone rml
cd rml && sudo docker build -t radioml/radioml .

This will take a while to build, so find something to do for an hour

Running the Container

The container uses supervisord to start and ssh and jupyter
notebook process to which you can connect. There are two
users, root/radioml and x2go/xgo. The x2go user has 'sudo'.

The standard way to use the system would

docker run --rm -it -p 2222:22 -p 8888:8888 -v $(pwd)/my-mnt:/home/x2go/mnt --name test_rml radioml/radioml

This starts the container with the SSH port (22) forwarded to localhost 2222
and the container Jupyter port (8888) forwarded to local port 8888.

When the container is running, you connect with the CLI using

sudo docker exec -i -t test_rml /bin/bash


ssh root@`docker port test_rml 22`
# use password radioml


ssh x2go@`docker port test_rml 22`
# use password x2go

It's recommended you use user x2go.

The x2go application ( ) lets
you access an XFCE4 desktop in the container. This is needed
if you want to use gnuradio-companion.

To connect with x2go

docker port test_rml 22
# set ssh ip and port from docker, login with x2go/x2go, use xfce as window manager

If you try to login with the root user, you'll get an error -- use x2go and then sudo instead.

Connect with iPython Notebook (good way to run python experiments),

docker port test_rml 88888

to determine the host and port for Jupyter
and then open http://docker_ip:8888 in the host browser.

Using the Image

Launching GNU Radio Companion


Running Keras Examples

cd /root/src/keras/examples

Running KeRLym Examples

cd /root/src/kerlym/examples
KERAS_BACKEND='tensorflow' ./

Running PyOpenPNL Examples

cd /root/src/PyOpenPNL/examples


  • GPU Support: To build with GPU support for use with nvidia-docker, use dockerRML/full-GPU/Dockerfile
  • Image Size: Current sizes are Full: 10.3GB, Full-GPU: 10.5GB, MinimalML: 4.0GB, MinimalSDR: 8.3GB
  • Build Time: Building Full on an 8 core i7-5930K within an RHEL 7.2 KVM instance on a non-SSD raid takes just over 2 hours, YMMV
  • Docker BaseSize: default docker basesize is 10GB, you must increase this to 20GB or 50GB by adding ' --storage-opt dm.basesize=50G ' to DOCKER_OPTS in /etc/default/docker or /etc/sysconfig/docker and restarting the docker daeming (This must be done before starting the build)
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