README.md

Continual Learning with Dynamic Sparse Training: Exploring Algorithms for Effective Model Updates

CL-with-DST is the first empirical study investigating the effect of different Dynamic Sparse Training (DST) components in Continual learning (CL).

Training

Here, we provide parsing examples for training CL-with-DST.

To train 10-Task CIFAR100 (total number of classes: 100, number of classes per task: 10) with ERK initialization, random growth, 80% sparsity, 100 epoch per task while updating the sparse topology every 400 batches:

python cifar100.py
       --dataset cifar100
       --num_tasks 10
       --num_classes 100
       --num_classes_per_task 10
       --sparse_init ERK 
       --growth random  
       --density 0.2 
       --epochs 100
       --update_frequency 400 

To train 10-Task miniImageNet (total number of classes: 100, number of classes per task: 10) with ERK initialization, gradient growth, 80% sparsity, 100 epoch per task while updating the sparse topology every 400 batches:

python miniImageNet100.py
       --dataset miniImageNet
       --num_tasks 10
       --num_classes 100
       --num_classes_per_task 10
       --sparse_init ERK 
       --growth gradient  
       --density 0.2 
       --epochs 100
       --update_frequency 400 

More options and explanations can be found in the ArgumentParser().

Note: You should download the miniImageNet dataset to run experiments on that. You can download it from kaggle and place the .zip file named miniImageNet.zip under the data folder.