Measuring the Heart Attack Possibility using Different Types of Machine Learning Algorithms

Keya, Maria Sultana; Shamsojjaman, Muhammad; Hossain, F. M. Takbir; Akter, Farzana; Islam, Fakrul; Emon, Minhaz Uddin

doi:10.1109/icais50930.2021.9395846

Cited by 7 publications

(1 citation statement)

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“…For better accuracy and results in medical diagnosis, the health field and artificial intelligence, especially in clinical diagnosis, have been linked [3]. The effect of different features and their weights on heart attack can be analyzed through machine learning, in that case, this will help in the prediction of such disease, reduce the risk, and prevention of heart attack [4,5]. Heart attack is one of the most dangerous, difficult to predict, and common diseases these days, as millions of people are infected with this disease worldwide every year [6,7].…”

Section: Introductionmentioning

confidence: 99%

Development of heart attack prediction model based on ensemble learning

Hasan

Saleh

2021

EEJET

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With the advent of the data age, the continuous improvement and widespread application of medical information systems have led to an exponential growth of biomedical data, such as medical imaging, electronic medical records, biometric tags, and clinical records that have potential and essential research value. However, medical research based on statistical methods is limited by the class and size of the research community, so it cannot effectively perform data mining for large-scale medical information. At the same time, supervised machine learning techniques can effectively solve this problem. Heart attack is one of the most common diseases and one of the leading causes of death, so finding a system that can accurately and reliably predict early diagnosis is an essential and influential step in treating such diseases. Researchers have used various data mining and machine learning techniques to analyze medical data, helping professionals predict heart disease. This paper presents various features related to heart disease, and the model is based on ensemble learning. The proposed system involves preprocessing data, selecting attributes, and then using logistic regression algorithms as meta-classifiers to build the ensemble learning model. Furthermore, using machine learning algorithms (Support Vector Machines, Decision Tree, Random Forest, Extreme Gradient Boosting) for prediction on the Framingham Heart Study dataset and compared with the proposed methodology. The results show that the feasibility and effectiveness of the proposed prediction method based on group learning provide accuracy for medical recommendations and better accuracy than the single traditional machine learning algorithm.

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Section: Introductionmentioning

confidence: 99%