The objective of this paper was to use machine learning (ML) and deep learning (DL) approaches to identify chronic heart failure (HF). We were able to replicate the method utilized in clinical practice since the models we built in this work are based on many combinations of feature categories, including clinical features, echocardiography data, and laboratory findings. The incremental value for each feature category was also looked at. There were 422 subjects used in all. A suggested machine learning method includes steps for feature selection, class imbalance management, and classification. When features from all categories were included, the results for the diagnosis of HF were quite satisfactory, with high accuracy (97.56%), sensitivity (100%), and specificity (96.55%). Even with the single feature type used, the results were still quite good.

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Detection of Chronic Heart Failure Using Deep Learning and Machine Learning

  • P. H. V. Sesha Talpa Sai,
  • V. V. Pratibha Bharathi,
  • Umeshbabu Nandanan,
  • Suraj Raju Chikode,
  • Mrutyunjaya Munnolimath,
  • Kini Bhanu Prakash,
  • G. S. Naveen Kumar,
  • Amiya Bhaumik

摘要

The objective of this paper was to use machine learning (ML) and deep learning (DL) approaches to identify chronic heart failure (HF). We were able to replicate the method utilized in clinical practice since the models we built in this work are based on many combinations of feature categories, including clinical features, echocardiography data, and laboratory findings. The incremental value for each feature category was also looked at. There were 422 subjects used in all. A suggested machine learning method includes steps for feature selection, class imbalance management, and classification. When features from all categories were included, the results for the diagnosis of HF were quite satisfactory, with high accuracy (97.56%), sensitivity (100%), and specificity (96.55%). Even with the single feature type used, the results were still quite good.