Low-Cost Early Detection Device for Breast Cancer based on Skin Surface Temperature

Arsyad Cahya Subrata, Muhammad Mar’ie Sirajuddin, Sona Regina Salsabila, Irsyadul Ibad, Eko Prasetyo, Ferry Yusmianto, Ahmad Dahlan, Arsyad Cahya
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Abstract

One of the deadly diseases that attacks many women is breast cancer. It was recorded that breast cancer cases in 2020 were 2.3 million, with deaths accounting for 29% of these cases. The BSE technique is an easy way of early identification of breast cancer that can be done independently. However, this technique often goes wrong when practiced, making it ineffective. An early breast cancer detection system is proposed to make it easier for women to carry out early identification independently. Detection is carried out based on the measured temperature of the breast surface. The temperature difference at each point is a reference for the potential for breast cancer. This system was built in a bra and tested with a mannequin as a simulator subject. The MLX90614 temperature sensor, as the primary sensor, succeeded in measuring the surface temperature of the dummy with 99% accuracy. Final testing of the proposed system can also differentiate the temperature differences in each zone.
基于皮肤表面温度的低成本乳腺癌早期检测设备
乳腺癌是侵袭许多妇女的致命疾病之一。据记录,2020 年的乳腺癌病例为 230 万,其中死亡病例占 29%。BSE技术是一种可以独立完成的早期发现乳腺癌的简便方法。然而,这种技术在实际应用中经常出现问题,导致其效果不佳。我们提出了一种早期乳腺癌检测系统,以方便妇女独立进行早期识别。检测是根据测量到的乳房表面温度进行的。每个点的温差是乳腺癌潜在风险的参考。该系统安装在胸罩内,并以人体模型作为模拟对象进行测试。作为主要传感器的 MLX90614 温度传感器成功地测量了假人的表面温度,准确率达到 99%。拟议系统的最终测试还能区分每个区域的温度差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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