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Stroke Prediction using Artificial Intelligence

机译:利用人工智能提出冲程预测

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A stroke occurs when the blood supply to a person's brain is interrupted or reduced. The stroke deprives person's brain of oxygen and nutrients, which can cause brain cells to die. Numerous works have been carried out for predicting various diseases by comparing the performance of predictive data mining technologies. In this work, we compare different methods with our approach for stroke prediction on the Cardiovascular Health Study (CHS) dataset. Here, decision tree algorithm is used for feature selection process, principle component analysis algorithm is used for reducing the dimension and adopted back propagation neural network classification algorithm, to construct a classification model. After analyzing and comparing classification efficiencies with different methods and variation models accuracy, our work has the optimum predictive model for the stroke disease with 97.7% accuracy.
机译:当对人的大脑的血液供应被中断或减少时,发生中风。中风剥夺了人的氧气和营养素的大脑,这可能导致脑细胞死亡。通过比较预测数据挖掘技术的性能来预测各种疾病,已经进行了许多作品。在这项工作中,我们将不同的方法与我们的心血管健康研究(CHS)数据集进行中风预测的方法进行比较。这里,决策树算法用于特征选择过程,原理分量分析算法用于减少维度和采用背部传播神经网络分类算法,构建分类模型。通过不同方法分析和比较分类效率和变化模型的准确性,我们的工作具有97.7%的卒中疾病的最佳预测模型。

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