基于卷积神经网络和YOLO的实时皮肤癌检测系统

Hasna Fadhilah Hasya, Hilal Hudan Nuha, M. Abdurohman
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引用次数: 8

摘要

皮肤癌是由异常细胞侵入或扩散到身体其他部位引起的。现在,当医生检查某人的皮肤以确定患者是否患有皮肤癌时,患者仍然需要经过一个过程,在医生给出结果之后,患者仍然需要等待结果才能知道患者是否患有皮肤癌。不。在这个项目中,作者设计了一个实时皮肤癌检测系统,以提高患者皮肤癌检测过程的效率,而无需等待医院实验室的数据。我们使用卷积神经网络(CNN)来处理皮肤图像,并对系统进行实时的数据分组和YOLO。目标是设计一种皮肤癌检测系统,使医生更容易并提高分析皮肤癌结果的效率。该模型的绝对精度为96%,实时使用YOLOV3,精度为80%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real Time-based Skin Cancer Detection System using Convolutional Neural Network and YOLO
Skin cancer arises by developing abnormal cells that invade or spread to other body parts. Nowadays, when a doctor examining someone’s skin to make sure the patient has skin cancer or not, the patient still has to go through a process where after result carried out by the doctor, the patient still has to wait for the results to know the patient has skin cancer or not. No. In thisproject, the author has designed a skin cancer detection system in real-time to increase the efficiency of the skin cancer detection process for patients without waiting for data from the hospital lab. We use the Convolution Neural Network (CNN) to process skin images and for data grouping and YOLO for the system in real-time. The goal is to design a skin cancer detection system that makes it easier and increases the efficiency of doctors in analysing the results of skin cancer. The model shows the absolute accuracy is 96 per cent, and the real-time using YOLOV3, the accuracy is 80%.
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