MobileFaceNet

Introduction

• This repository is the pytorch implement of the paper: MobileFaceNets: Efficient CNNs for Accurate Real-Time Face Verification on Mobile Devices and I almost follow the implement details of the paper.
• I train the model on CASIA-WebFace dataset, and evaluate on LFW dataset.

Requirements

• Python 3.5
• pytorch 0.4+
• GPU memory

Usage

Part 1: Preprocessing

• All images of dataset are preprocessed following the SphereFace and you can download the aligned images at Align-CASIA-WebFace@BaiduDrive and Align-LFW@BaiduDrive.

Part 2: Train

1. Change the CAISIA_DATA_DIR and LFW_DATA_DAR in config.py to your data path.

2. Train the mobilefacenet model.

   **Note:** The default settings set the batch size of 512, use 2 gpus and train the model on 70 epochs. You can change the settings in `config.py`

     python3 train.py

Part 3: Test

1. Test the model on LFW.

   Note: I have tested lfw_eval.py on the caffe model at SphereFace, it gets the same result.

     python3 lfw_eval.py --resume --feature_save_dir

   • --resume: path of saved model
   • --feature_save_dir: path to save the extracted features (must be .mat file)

Results

• You can just run the lfw_eval.py to get the result, the accuracy on LFW like this:

  Fold	1	2	3	4	5	6	7	8	9	10	AVE(ours)	Paper(112x96)
  ACC	99.00	99.00	99.00	98.67	99.33	99.67	99.17	99.50	100.00	99.67	99.30	99.18

Reference resources

• arcface-pytorch
• SphereFace
• Insightface