Journal Article

A Novel Fuzzy DBNet for Medical Image Segmentation

Huang, Pei-Chen, Chang, Sheng-Wen, Chin, Chiun-Li, Sun, Tzu-Yu, Li, Chieh-Yu, Chen, Ting, Sharma, Alok Kumar, Lin, Jun-Cheng, Lai, Yan-Ming

2023

Overview

When doctors are fatigued, they often make diagnostic errors. Similarly, pharmacists may also make mistakes in dispensing medication. Therefore, object segmentation plays a vital role in many healthcare-related areas, such as symptom analysis in biomedical imaging and drug classification. However, many traditional deep-learning algorithms use a single view of an image for segmentation or classification. When the image is blurry or incomplete, these algorithms fail to segment the pathological area or the shape of the drugs accurately, which can then affect subsequent treatment plans. Consequently, we propose the Fuzzy DBNet, which combines the dual butterfly network and the fuzzy ASPP in a deep-learning network and processes images from both sides of an object simultaneously. Our experiments used multi-category pill and lung X-ray datasets for training. The average Dice coefficient of our proposed model reached 95.05% in multi-pill segmentation and 97.05% in lung segmentation. The results showed that our proposed model outperformed other state-of-the-art networks in both applications, demonstrating that our model can use multiple views of an image to obtain image segmentation or identification.

• Publisher: MDPI AG
• Subject: Accuracy / Algorithms / anteroposterior / butterfly network / Classification / Data mining / Datasets / Deep learning / Diagnostic imaging / Fuzzy DBNet / Identification / Image classification / Image segmentation / lung X-ray / Lungs / Machine learning / Medical errors / Medical imaging / Methods / pill / Pneumothorax / posteroanterior / Prevention / Unmanned aerial vehicles / X-rays