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November 25, 2020

Machine learning algorithms combined with IoT technology for continuous heart disease prediction face challenges in processing noisy sensor data compared to standard datasets.

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Why the study?

Most prior studies used existing datasets rather than IoT sensor data, which present challenges with noise and missing values when continuously predicting and monitoring heart disease.

Design

Review

Key result

Machine learning algorithms combined with IoT technology for continuous heart disease prediction face challenges in processing noisy sensor data compared to standard datasets.

Authors

QHQingyun HeAMAngelika MaagAEAmr Elchouemi

Discussion

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Overview

Noisy sensor data may limit ML-IoT prediction reliability; leaves open robust preprocessing frameworks before clinical testing.

Structured PICO

P
Population
Heart disease patients
E
Exposure
Machine learning algorithms based on IoT technology for continuous prediction and monitoring of ECG signals
O
Outcome
Prediction accuracy and continuous monitoring performance

This review highlights the challenges and potential frameworks for using machine learning and IoT technology for continuous ECG monitoring and heart disease prediction.

Limitations

  • IoT sensor collected data may contain more noise and missing values compared to standard datasets
  • IoT sensor data contains more noise and missing values compared to dataset data

Cite This Study

He et al. (2020) conducted a review in Heart disease. Machine learning based on IoT technology was evaluated. Machine learning algorithms combined with IoT technology for continuous heart disease prediction face challenges in processing noisy sensor data compared to standard datasets.

synapsesocial.com/papers/6a1fc1abedc7379cbb26855dhttps://doi.org/10.1109/citisia50690.2020.9371772
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