Key result
Artificial intelligence techniques, particularly deep learning applied to ECG analysis, offer improved diagnostic capabilities for cardiac and extra-cardiac diseases compared to human interpretation.
Why the study?
Increasing ECG big data annually requires automatic analysis and immediate interpretation, prompting an assessment of clinical and research possibilities, gaps, and jeopardies in AI-based cardiac anomalies detection.
Artificial intelligence and deep learning applied to ECG analysis have the potential to improve diagnostic accuracy and personalize patient care for cardiac and extra-cardiac diseases.
May aid ECG interpretation for broader disease detection; hypothesis-generating and requires prospective validation before practice change.
Artificial intelligence (AI) is that encompasses machine learning (ML) combined with human intelligence had begun to reform medical practices into a new dimension. Advancements and developments of AI molds improved diagnostics in the field of cardiology. Electrocardiogram (ECG) is a simple and cost-effective tool to identify cardiac disorder and which is its reason for being into practice till date. Increasing the population of ECG big data annually requires automatic analysis and immediate interpretation for improved diagnosis. Modern AI techniques like deep learning (DL)-based convolutional neural networks (CNNs) provide an improved way of cardiac disease management and diagnosis. This review throws a light over application of AI in ECG analysis and its necessity. Rich sets of clinical ECG data curated carefully as private and public access developed for various cardiac and extra-cardiac diseases management. Rather than human ECG interpretation, AI can move modern medicine toward more personalized patient care. The intention of this review article is to assess clinical and research possibilities, gaps, and jeopardies involved in cardiac anomalies detection using ECG measurement.
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Kumar et al. (2023) conducted a review in Cardiac and extra-cardiac diseases. Artificial intelligence in electrocardiogram analysis vs. Human ECG interpretation was evaluated. Artificial intelligence techniques, particularly deep learning applied to ECG analysis, offer improved diagnostic capabilities for cardiac and extra-cardiac diseases compared to human interpretation.
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