deep-learning-test

various python codes to test out Keras locally and on Cooley.

Content

• deep-digits-local.py : explore a simple convnet on your laptop

• keras-test.py : code for running a convnet on Cooley and save the learning curve

• deep-digits-history.ipynb : notebook for plotting learning curves

• digit_augmentation_exploration.ipynb : notebook for exploring data augmentation on your laptop

• keras_with_augmentation.py : code for running a convnet with data augmentation on Cooley and save the learning curve.

• parallel-keras-test.py : use both Cooley GPU's

Installing tensorflow and Keras on Cooley

I followed instructipon from https://gist.github.com/wscullin/70409948a5a812e0e874339a8a1a256c with the difference that I used the pre-build wheel at /soft/libraries/unsupported/tensorflow-whl-1.3.0/

My soft environment is set up like this:

+mvapich2
+gcc-4.9.3
+cuda-7.5.18
+git-2.10.0
+java-1.8.0.60
LD_LIBRARY_PATH+=/soft/libraries/unsupported/cudnn-7.5.1/cuda/lib64
@default

First create a new conda environment:

conda create -n "test_env" python=2.7 anaconda

activate the environment:

source activate test_env

pip install of the tensorflow wheel:

pip install /soft/libraries/unsupported/tensorflow-whl-1.3.0/tensorflow-1.3.0-cp27-cp27mu-linux_x86_64.whl

also install keras to run the exaple code:

pip install keras

now get an interactive node:

qsub -I -A datascience -t 00:30:00 -n 1 -q debug

activate the environment:

source activate test_env

To see if your tensorflow installation sees both of the GPUs on one Cooley node, type this into a python shell:

from tensorflow.python.client import device_lib
device_lib.list_local_devices()

now you can run the example:

python keras-test.py