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 # GPU / CPU Benchmarks for tensorflow and keras
+The benchmarks run on all the devices that tensorflow finds. If that should include a GPU, make sure to install the python egg `tensorflow-gpu`, also make sure the nvidia kernel module has the version supported by your cuda installation, in my case I needed the ubuntu-package `nvidia-384==384.111-0ubuntu1` (the 111-part also has to match). You'll see an error message in the **console** (not the notebook) when importing tensorflow and the versions mismatch. Also make sure cuda is in your `LD_LIBRARY_PATH`, in my case `/usr/local/cuda-8.0/targets/x86_64-linux/lib/` for the ubuntu package `cuda-8.0`, the folder should contain object files like `libcudnn.so` ('updatedb' and `locate libcuda.so` to find such a folder on your linux system).
 
-The first benchmark tests matrix multiplication in tensorflow
 
-[Matrix multiplication benchmark](01.%20Matrix%20Multiplication.ipynb)
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+Run the benchmarks preferrably in a virtualenv with `python>=3.4,<4`
+
+    virtualenv --python=/usr/bin/python3 gpubenchmark
+    source gpubenchmark/bin/activate
+    pip3 install numpy scipy tensorflow-gpu keras jupyter
+    jupyter-notebook # starts a http-server
+
+instead of running `jupyter-notebook`, you can also make python-scripts.
+
+## Experiments
+
+Benchmark for matrix multiplication in tensorflow
+
+[Matrix multiplication benchmark](01.%20Matrix%20multiplication.ipynb)
+
+Benchmark for training and predicting on a 5-layer neural network in keras+tensorflow
+
+[4-layer Dense Neural Network](02.%20Simple%20Neural%20Network%20training%20+%20evaluation.ipynb)
+
+Benchmarks for predictions using ResNet50, Inception v3, VGG16 and VGG19
+
+[Popular deep learning models](03.%20Popular%20image%20classification%20models.ipynb)
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