ppg2ecg-pytorch
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The official implementation of the paper "Reconstructing QRS Complex from PPG by Transformed Attentional Neural Networks"
PPG2ECG
The official implementation of the paper "Reconstructing QRS Complex from PPG by Transformed Attentional Neural Networks" https://ieeexplore.ieee.org/document/9109576
Results
Graph Abstract

Model Architecture

Dataset
Download the dataset:
- https://drive.google.com/file/d/1UwuHRKkC0YPbDAFIYvFJlFmU6_3zgjcJ/view
- https://github.com/james77777778/ppg2ecg-pytorch/releases/download/dataset/dataset.zip
And follow the instruction:
mkdir data
unzip dataset.zip -d data
After that, you should have following data structure:
data/
├── bidmc
│ ├── bidmc_csv
│ ├── bidmc-filtered
│ ├── bidmc-filtered-test
│ └── bidmc-filtered-train
└── uqvitalsigns
├── uqvitalsignsdata
├── uqvitalsignsdata-test
└── uqvitalsignsdata-train
The main dataset we used in this paper can be found at
The University of Queensland Vital Signs Dataset
Pretrained Model (UQVIT)
Download the model weights and usually we put it in ./weights.
~~https://drive.google.com/file/d/10aYWNkgaGCz1zU6--kN3yaW6L_9BzkhQ/view?usp=sharing~~
(Sorry for the inconvience. The model weights are lost.)
Environment
You can check it yourself in requirements.txt
- Ubuntu 18.04
- python 3.6
- pytorch 1.2 ...
Installation
# in your environment with pip
pip install -r requirements.txt
Usage
All the training parameters are included in config files.
# run UQVIT dataset with full model
python3 train.py --flagfile config/UQVIT.cfg
# run UQVIT dataset with LSTM baseline model
python3 train.py --flagfile config/UQVIT_LSTM.cfg
# run BIDMC dataset with full model
python3 train.py --flagfile config/BIDMC.cfg
Test for your own PPG data
Please see EXAMPLE.md.
Simple result:

Tensorboard
tensorboard --logdir logs
Citation
If you use this code for your research, please cite our papers.
@ARTICLE{ppg2ecg,
author={H. -Y. {Chiu} and H. -H. {Shuai} and P. C. . -P. {Chao}},
journal={IEEE Sensors Journal},
title={Reconstructing QRS Complex From PPG by Transformed Attentional Neural Networks},
year={2020},
volume={20},
number={20},
pages={12374-12383},}