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Prediction of Pneumonia Disease of Newborn Baby Based on Statistical Analysis of Maternal Condition Using Machine Learning Approach

机译:基于机器学习方法的母体状况统计分析的新生儿肺炎病的预测

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Pneumonia is one of the common diseases amongst children in Bangladesh. Many children die from pneumonia in Bangladesh. Pneumonia is an infection that infects the air sacs in one or both lungs. In Bangladesh, nearly 50,000 children die of pneumonia every year. For diseases forecasting, Machine learning algorithms are popular and used extensively. Machine Learning allows us to fulfill such a task with much consequence. We established our dataset from the particular obtainable from our survey. For prognosticating pneumonia, we employed six traditional Machine Learning algorithms. They are K- Nearest Neighbor (KNN), Naive Bayes classifier, Decision Tree, Support Vector Machine (SVM), Neural Network algorithm, and Random Forest. For implementing these algorithms, we applied Scikit-leam, Pandas, NumPy, and for visualizing our data, we have used Matplotlib and seaborn. By proper interpretation, we considered the best performing algorithm for the prediction of pneumonia. We have measured to classify whether pneumonia declines under pneumonia (Positive) and pneumonia (Negative) class. Among all the algorithms, we have chosen the best algorithm which is provided us best accuracy and F1-score. By the best accomplishing algorithm, our model can predict pneumonia quite well.
机译:肺炎是孟加拉国儿童中的常见疾病之一。许多孩子在孟加拉国的肺炎死亡。肺炎是一种感染一种感染一个或两个肺部的气囊。在孟加拉国,每年近50,000名肺炎死亡。对于疾病预测,机器学习算法是广泛的流行和使用。机器学习使我们能够以大大结果履行这样的任务。我们从我们的调查中建立了我们的数据集。对于预测肺炎,我们采用了六种传统机器学习算法。它们是k-最近的邻居(knn),天真贝叶斯分类器,决策树,支持向量机(SVM),神经网络算法和随机森林。为了实现这些算法,我们应用了Scikit-Leam,Pandas,Numpy,以及可视化我们的数据,我们使用了Matplotlib和Seaborn。通过适当的解释,我们认为是肺炎预测的最佳表现算法。我们已经测量了分类肺炎是否在肺炎(阳性)和肺炎(负)级下降。在所有算法中,我们选择了最佳算法,该算法提供了美国最佳准确性和F1分数。通过最佳的完成算法,我们的模型可以预测肺炎。

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