The aim of this project is to investigate whether using a Curriculum Learning training strategy helps speed up the training convergence and model generalisation of various CNNs (VGGNet and ResNet) on Image Recognition tasks. The code used to obtain the results as given in my Master's Thesis is present here, along with instructions on how to execute the code. Structure of the repository is as follows:
Keras Curriculum Learning: Keras code used to replicate the results as detailed in On The Power of Curriculum Learning in Training Deep Networks.
PyTorch-CIFAR: Repositories containing the PyTorch implementations of the various experiments conducted on the CIFAR-10 and CIFAR-100 datasets.
Refer to the instructions given in Guy Hacohen's repository. This should enable you to replicate the baseline results.
Run python main.py in order to start the training process. Supports VGG19 and ResNet50. Training may also be resumed by running python main.py --resume --lr=0.01.
Run python train.py -net [MODEL] -gpu, where [MODEL] can be any of the vgg (vgg11/vgg13/vgg19) or resnet (resnet18/resnet50) based variants. The weights file with the best accuracy will be written to disk with the suffix "best" (located in the checkpoint folder).
To test the model, run python test.py -net [MODEL] path_to_[MODEL]_weights_file.
- Guy Hacohen Curriculum Learning repository
- kuangliu PyTorch CIFAR-10 repository
- weiaicunzai PyTorch CIFAR-100 repository