The MobileNet model was used by applying transfer learning on the 7 skin diseases to create a skin disease classification system on Android application. The proponents gathered a total of 3,406 images and it is considered as imbalanced dataset because of the unequal number of images on its classes. Using different sampling method and preprocessing of input data was explored to further improved the accuracy of the MobileNet. Using under-sampling method and the default preprocessing of input data achieved an 84.28% accuracy. While, using imbalanced dataset and default preprocessing of input data achieved a 93.6% accuracy. Then, researchers explored oversampling the dataset and the model attained a 91.8% accuracy. Lastly, by using oversampling technique and data augmentation on preprocessing the input data provide a 94.4% accuracy and this model was deployed on the developed Android application.
@article{arxiv.1911.07929,
title = {A Smartphone-Based Skin Disease Classification Using MobileNet CNN},
author = {Jessica Velasco and Cherry Pascion and Jean Wilmar Alberio and Jonathan Apuang and John Stephen Cruz and Mark Angelo Gomez and Benjamin Jr. Molina and Lyndon Tuala and August Thio-ac and Romeo Jr. Jorda},
journal= {arXiv preprint arXiv:1911.07929},
year = {2019}
}