Awesome
Synaptic Flow
Getting Started
First clone this repo, then install all dependencies
pip install -r requirements.txt
The code was tested with Python 3.6.0.
Code Base
Below is a description of the major sections of the code base. Run python main.py --help for a complete description of flags and hyperparameters.
Datasets
This code base supports the following datasets: MNIST, CIFAR-10, CIFAR-100, Tiny ImageNet, ImageNet. All datasets except ImageNet will download automatically. For ImageNet setup locally in the Data folder.
Models
There are four model classes each defining a variety of model architectures:
- Default models support basic dense and convolutional model.
- Lottery ticket models support VGG/ResNet architectures based on OpenLTH.
- Tiny ImageNet models support VGG/ResNet architectures based on this Github repository.
- ImageNet models supports VGG/ResNet architectures from torchvision.
Layers
Custom dense, convolutional, batchnorm, and residual layers implementing masked parameters can be found in the Layers folder.
Pruners
All pruning algorithms are implemented in the Pruners folder.
Experiments
Below is a list and description of the experiment files found in the Experiment folder:
singleshot.py: used to make figure 1, 2, and 6.multishot.py: used to make figure 5a.unit-conservation.py: used to make figure 3.layer-conservation.py: used to make figure 4.lottery-layer-conservation.py: used to make figure 5b.synaptic-flow-ratio.py: used to make figure 7.
Results
All data used to generate the figures in our paper can be found in the Results/data folder. Run the notebook figures.ipynb to generate the figures.
Error
Due to an error in multishop.py (which has since been fixed), IMP did not reset the parameters to their original values between iterations. All benchmarks in the paper are not affected as they are run in singleshot.py.
Citation
If you use this code for your research, please cite our paper, "Pruning neural networks without any data by iteratively conserving synaptic flow".