QuanjunZhang / pace

This is the code implementation of PACE.

Practical Accuracy Estimation for Efficient DNN Testing

This is the homepage of PACE including tool implementation, evaluation scripts, studied DNN models , corresponding testing sets and experiment results.

Environment configuration

Before running PACE, please make sure you have installed various related packages, including keras, tensorflow, hdbscan and sklearn.

You can install hdbscan with the following command：

pip install hdbscan

Running

Please use the following command to execute PACE:

python -u -m mnist_cifar_imagenet_svhn.selection --exp_id=lenet1 --select_layer_idx=-3 --dec_dim=8 --min_samples=4  --min_cluster_size=80

• exp_id : the id of the model
• select_layer_idx : index of layer which is selected to extract feature
• dec_dim : the dimension after reduction
• min_samples and min_cluster_size : the parameters required for hdbscan clustering

Results

Also, we put the raw data results for all experiments in AllResult.

Datasets and pre-trained models

We published all studied DNN models we utilized and you can find them in mnist_cifar_imagenet_svhn\model.

Meanwhile, we released all corresponding testing sets in the mnist_cifar_imagenet_svhn\data. The data of MNIST, CIFAR-10 and CIFAR-100 can be obtained directly from Keras API.

Regarding to Driving, the pre-trained models can be found in folder driving, and the testing sets are in the driving\testing.