Empowering Diabetes Patients by Providing Machine Learning-Driven Predictions and Personalized Visualization Results

Ankit Gupta, N. Basit
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Abstract

Although millions of patients have diabetes, it is often challenging to interpret symptoms that historically lead to the condition. To solve this disparity, we created an end-to-end platform that uses a Random Forest model that predicts early-stage diabetes with 95.6% accuracy, then visualizes patient data for those with similar symptoms. After users enter their data for the five most strongly-correlated diabetes symptoms, the model predicts whether the user has diabetes. As a result, this project transforms how patients communicate about their own data, thereby serving as a mechanism to start important conversations with their doctors or others around the world.
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通过提供机器学习驱动的预测和个性化可视化结果,增强糖尿病患者的能力
尽管数以百万计的患者患有糖尿病,但要解释历史上导致糖尿病的症状往往是一项挑战。为了解决这一差异,我们创建了一个端到端平台,使用随机森林模型预测早期糖尿病,准确率为95.6%,然后将症状相似的患者数据可视化。用户输入五种相关性最强的糖尿病症状的数据后,该模型就会预测用户是否患有糖尿病。因此,这个项目改变了病人交流他们自己数据的方式,从而作为一种机制,开始与他们的医生或世界各地的其他人进行重要的对话。
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