Scopus Indexed Publications

Paper Details


Title
Measuring the Heart Attack Possibility using Different Types of Machine Learning Algorithms
Author
Maria Sultana Keya, Fakrul Islam, Faruq Hossain, Farzana Akter, Minhaz Uddin Emon, Muhammad Shamsojjaman,
Email
maria15-1215@diu.edu.bd
Abstract
The heart seems to be a very complicated organ in human body. If some part of the heart has been seriously damaged, the remaining part of the heart will still remain functioning. But as a result of the injury, the heart can be weakened and unable to pump as much blood as normal. With timely detection of multiple possible hamstring issues, proper care, and dietary changes after a heart attack, the additional injury can be reduced or avoided. In this paper, different types of machine learning algorithms are used for measuring the possibility heart attack, they are logistic regression, random forest, bagging, MLP, and decision tree. By finding the best algorithm, this paper also shows the correlation matrices, visualizes the feature, and AUC. From this research work, it is evident that the logistic regression is the best model with an accuracy of about 80% and also gives the best AUC of about 87%.

Keywords
Hamstring issues , Machine learning algorithms , Correlation matrices , Accuracy , AUC
Journal or Conference Name
International Conference on Artificial Intelligence and Smart Systems (ICAIS)
Publication Year
2021
Indexing
scopus