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Empirical Study of Various Classification Techniques for Heart Disease Prediction

机译:心脏病预测各种分类技术的实证研究

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It is a known fact that heart acts as one of the most vital as well as complex organ of the body. Without it, majority of living beings will cease to exist. The main function that is performed by the heart is pumping the blood and supplying it to all organs of the whole body, which makes it extremely important. And this is the reason the heart related diseases are extremely sensitive and need to be handled with utmost care. Often it is said that prevention is better than cure. For majority of heart related problems, we often find it after the problem has occurred. But research has shown that around 90% of the cardiovascular diseases can be cured if predicted in advance. From the findings of this study that we have conducted we can find the relation between various factors like age, blood pressure, gender etc. The analysis of these things will help us in developing a deeper understanding of these factors on heart disease. Furthermore, we are modelling the various classification models, KNN, Decision Trees, Logistic Regression, Gaussian Naïve Bias, SVM and Random Forests. It is extremely important to predict early on if there is an ailment of heart or not. Heart is the most crucial and sensitive organ of our body and this is a field of critical and crucial work. It provides a medical foresight and helps avid many life-threatening situations. his paper provides an insight of the existing algorithm and it gives an overall summary of the existing work
机译:众所周知,心脏是人体最重要,也是最复杂的器官之一。没有它,大多数生物将不复存在。心脏执行的主要功能是泵送血液并将其供应到全身的所有器官,这使血液变得极为重要。这就是与心脏有关的疾病非常敏感的原因,需要格外小心地加以处理。人们常说预防胜于治疗。对于大多数与心脏相关的问题,我们经常在问题发生后找到它。但是研究表明,如果事先预测,大约90%的心血管疾病可以治愈。从我们进行的这项研究的发现中,我们可以发现各种因素之间的关系,例如年龄,血压,性别等。对这些因素的分析将有助于我们对这些因素进一步加深对心脏病的理解。此外,我们正在建模各种分类模型,包括KNN,决策树,逻辑回归,高斯朴素偏见,支持向量机和随机森林。尽早预测是否有心脏疾病非常重要。心脏是我们身体中最重要和最敏感的器官,这是重要和重要工作的领域。它提供了医学前瞻性,并有助于解决许多威胁生命的情况。他的论文提供了对现有算法的见解,并提供了对现有工作的总体总结

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