Key result
A comprehensive review of over 200 articles highlights the most recent and efficient techniques for QRS feature extraction and heart rate variability analysis in diagnosing cardiac rhythm disorders.
This comprehensive survey provides an updated reference on the most recent and efficient techniques for QRS feature extraction and HRV determination.
May support clinician selection of QRS and HRV methods; extends prior surveys by synthesizing over 200 recent articles.
Cardiac-related diseases have been one major cause of death for an ever increasing number of patients over the last few decades throughout the world. In response, automatic classification of cardiac rhythms using Heart Rate Variability analysis as an effective diagnostic tool has recently emerged as an important field of research. Previous researches has proved that translating and transforming HRV data into numbers can introduce highly accurate assessments of rhythm disorders. However, to obtain reliable HRV interpretation, accurate QRS detection approaches must be utilized. This work, as motivated by the arguments just presented, reviews in detail the most recent and efficient techniques related to QRS feature extraction and HRV determination all classified and presented in a convenient fashion to facilitate coverage. The study also presents a state-of-the-art updated review on QRS detection and heart rate variability analyses that could serve as a handy future reference in this field of research based on more than 200 articles reviewed in this effort.
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Oweis et al. (2014) conducted a review in Cardiac rhythm disorders. QRS detection and heart rate variability analysis was evaluated. A comprehensive review of over 200 articles highlights the most recent and efficient techniques for QRS feature extraction and heart rate variability analysis in diagnosing cardiac rhythm disorders.
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