bigdata-inha/LBYL

LBYL - code

This is the authors' implementation of the following paper: LeaveBeforeYouLeave: Training-Free Restoration of Pruned Neural Networks Without Fine-Tuning

Contents

1. Requirements
   
2. Pre-trained models and Dataset
   
3. Our experimental setting(GPU and CPU)
   

1 Requirements

Python environment & main libraries:

• python 3.7
• pytorch 1.7
• torchvision 0.8
• scikit-learn 0.23
• numpy 1.19
• scipy 1.5
• torchsummaryx 1.3.0

2 Pre-trained models and Dataset

We release the pretrained models for CIFAR-10 and CIFAR-100 in save_models directory and also use pretrained ResNet-34 and ResNet-101 on ImageNet, both of which are released by PyTorch. If you run the experiments for ImageNet, you should download the ImageNet(ILSVRC2012) validatation set.

Arguments

Required:

• --dataset: Choose datset. Option: fashionMNIST or cifar10 or cifar100 or ImageNet
• --arch : Choose architecture Option: LeNet_300_100 on fashionMNIST or VGG16 on cifar10 or ResNet50 on cifar100 or ResNet34 on ImageNet or ResNet101 on ImageNet
• --model-type: Choose model type Option: OURS or merge or prune or coreset for LeNet-300-100 and ResNet50
• --criterion : Choose criterion Option: l2-norm or l2-GM or l1-norm or random_1 or random_2 or random_3
• --lamda-1 : Choose lambda_1
• --lamda-2 : Choose lambda_2
• --pruning-ratio : Choose pruning ratio

LeNet-300-100 on FashionMINST

The following results can be reproduced with command:

python main.py --arch LeNet_300_100 --pretrained ./saved_models/LeNet_300_100.original.pth.tar --model-type OURS --dataset fashionMNIST --criterion l2-norm --lamda-1 0.0 --lamda-2 0.3 --pruning-ratio 0.5
python main.py --arch LeNet_300_100 --pretrained ./saved_models/LeNet_300_100.original.pth.tar --model-type OURS --dataset fashionMNIST --criterion l2-norm --lamda-1 0.0 --lamda-2 0.6 --pruning-ratio 0.6
python main.py --arch LeNet_300_100 --pretrained ./saved_models/LeNet_300_100.original.pth.tar --model-type OURS --dataset fashionMNIST --criterion l2-norm --lamda-1 0.0 --lamda-2 0.3 --pruning-ratio 0.7
python main.py --arch LeNet_300_100 --pretrained ./saved_models/LeNet_300_100.original.pth.tar --model-type OURS --dataset fashionMNIST --criterion l2-norm --lamda-1 0.0 --lamda-2 1e-06 --pruning-ratio 0.8

Pruning Criterion : L2 - norm

Pruning ratio	lamda2	acc(Ours)	acc(NM)	acc(prune)
50%	0.3	88.83	87.86	87.86
60%	0.6	87.75	88.07	83.03
70%	0.3	83.92	83.27	71.21
80%	1e-06	78.05	77.11	63.9

We offer the implementation of Coreset in LeNet-300-100 on FashionMNIST. If you test the implementation of Coreset, run the below command.

python Test_Coreset.py --pruning-ratio 0.5

VGG16 on CIFAR-10

The following results can be reproduced with command:

python main.py --arch VGG16 --pretrained ./saved_models/VGG.cifar10.original.pth.tar --model-type OURS --criterion l2-norm --lamda-1 0.000006 --lamda-2 0.0001 --pruning-ratio 0.1
python main.py --arch VGG16 --pretrained ./saved_models/VGG.cifar10.original.pth.tar --model-type OURS --criterion l2-norm --lamda-1 0.000004 --lamda-2 0.006 --pruning-ratio 0.2
python main.py --arch VGG16 --pretrained ./saved_models/VGG.cifar10.original.pth.tar --model-type OURS --criterion l2-norm --lamda-1 0.000001 --lamda-2 0.01 --pruning-ratio 0.3
python main.py --arch VGG16 --pretrained ./saved_models/VGG.cifar10.original.pth.tar --model-type OURS --criterion l2-norm --lamda-1 0.000002 --lamda-2 0.01 --pruning-ratio 0.4
python main.py --arch VGG16 --pretrained ./saved_models/VGG.cifar10.original.pth.tar --model-type OURS --criterion l2-norm --lamda-1 0.00004 --lamda-2 0.0002 --pruning-ratio 0.5

Pruning Criterion : L2 - norm

Pruning ratio	lamda1	lamda2	acc(Ours)	acc(NM)	acc(prune)
10%	0.000006	0.0001	92.04	91.93	89.43
20%	0.000004	0.006	87.84	87.24	71.77
30%	0.000001	0.01	83.25	76.91	56.95
40%	0.000002	0.01	66.81	54.32	31.74
50%	0.00004	0.0002	45.71	32.58	12.37

ResNet50 on CIFAR-100

We only provide implementation of Coreset in ResNet-50 on CIFAR-100 because authors of Coreset did not offer the implementation on CNNs. If you test the Coreset, run the below command

python main.py --arch ResNet50 --pretrained ./saved_models/ResNet.cifar100.original.50.pth.tar --model-type coreset --dataset cifar100 --pruning-ratio 0.1

The following results can be reproduced with command:

python main.py --arch ResNet50 --pretrained ./saved_models/ResNet.cifar100.original.50.pth.tar --model-type OURS --dataset cifar100 --criterion l2-norm --lamda-1 0.00002 --lamda-2 0.006 --pruning-ratio 0.1
python main.py --arch ResNet50 --pretrained ./saved_models/ResNet.cifar100.original.50.pth.tar --model-type OURS --dataset cifar100 --criterion l2-norm --lamda-1 0.00001 --lamda-2 0.002 --pruning-ratio 0.2
python main.py --arch ResNet50 --pretrained ./saved_models/ResNet.cifar100.original.50.pth.tar --model-type OURS --dataset cifar100 --criterion l2-norm --lamda-1 0.00001 --lamda-2 0.002 --pruning-ratio 0.3
python main.py --arch ResNet50 --pretrained ./saved_models/ResNet.cifar100.original.50.pth.tar --model-type OURS --dataset cifar100 --criterion l2-norm --lamda-1 0.00001 --lamda-2 0.001 --pruning-ratio 0.4
python main.py --arch ResNet50 --pretrained ./saved_models/ResNet.cifar100.original.50.pth.tar --model-type OURS --dataset cifar100 --criterion l2-norm --lamda-1 0.000001 --lamda-2 0.001 --pruning-ratio 0.5

Pruning Criterion : L2 - norm

Pruning ratio	lamda1	lamda2	acc(Ours)	acc(NM)	acc(prune)
10%	0.00002	0.006	78.14	77.28	75.14
20%	0.00001	0.002	76.15	72.73	63.39
30%	0.00001	0.002	73.29	64.47	39.96
40%	0.00001	0.001	65.21	46.4	15.32
50%	0.000001	0.001	52.61	25.98	5.22

ResNet34 on ImageNet

The following results can be reproduced with command:

python main.py --arch ResNet34 --model-type OURS --dataset ImageNet --criterion l2-norm --lamda-1 0.00007 --lamda-2 0.05 --pruning-ratio 0.1
python main.py --arch ResNet34 --model-type OURS --dataset ImageNet --criterion l2-norm --lamda-1 0.00002 --lamda-2 0.07 --pruning-ratio 0.2
python main.py --arch ResNet34 --model-type OURS --dataset ImageNet --criterion l2-norm --lamda-1 0.0005 --lamda-2 0.03 --pruning-ratio 0.3

Pruning Criterion : L2 - norm

Pruning ratio	lamda1	lamda2	acc(Ours)	acc(NM)	acc(prune)
10%	0.00007	0.05	69.22	66.96	63.74
20%	0.00002	0.07	62.49	55.7	42.81
30%	0.0005	0.03	47.59	39.22	17.02

ResNet101 on ImageNet

The following results can be reproduced with command:

python main.py --arch ResNet101 --model-type OURS --dataset ImageNet --criterion l2-norm --lamda-1 0.000004 --lamda-2 0.02 --pruning-ratio 0.1
python main.py --arch ResNet101 --model-type OURS --dataset ImageNet --criterion l2-norm --lamda-1 0.000001 --lamda-2 0.02 --pruning-ratio 0.2
python main.py --arch ResNet101 --model-type OURS --dataset ImageNet --criterion l2-norm --lamda-1 0.000002 --lamda-2 0.03 --pruning-ratio 0.3

Pruning Criterion : L2 - norm

Pruning ratio	lamda1	lamda2	acc(Ours)	acc(NM)	acc(prune)
10%	0.000004	0.02	74.59	72.36	68.9
20%	0.000001	0.02	68.47	61.42	45.78
30%	0.000002	0.03	55.51	37.38	10.32

Hyperparameters

3 Our experimental setting

We use NVIDIA Quadro RTX 6000 GPU and Intel Core Xeon Gold5122