UPDF AI

Domain-Specific Deep Learning Feature Extractor for Diabetic Foot Ulcer Detection

R. Basiri,M. Popovic,Shehroz S. Khan

2022 · DOI: 10.1109/ICDMW58026.2022.00041
11 Citations

TLDR

This paper evaluates and identifies the most accurate feature extractor that is the core basis for developing a deep learning wound detection network and suggests UNet and Efficientnetb3 can be used as the classifier in the development of a comprehensive DFU domain-specific autonomous wound detection pipeline.

Abstract

Diabetic Foot Ulcer (DFU) is a condition requiring constant monitoring and evaluations for treatment. DFU patient population is on the rise and will soon outpace the available health resources. Autonomous monitoring and evaluation of DFU wounds is a much-needed area in health care. In this paper, we evaluate and identify the most accurate feature extractor that is the core basis for developing a deep learning wound detection network. For the evaluation, we used mAP and F1-score on the publicly available DFU2020 dataset. A combination of UNet and EfficientNetb3 feature extractor resulted in the best evaluation among the 14 networks compared. UNet and Efficientnetb3 can be used as the classifier in the development of a comprehensive DFU domain-specific autonomous wound detection pipeline.