Support vector machine-based expert system for reliable

IEEE Trans Biomed Eng · Apr 2004

Comparative Study

Support vector machine-based expert system for reliable heartbeat recognition.

This paper presents a new solution to the expert system for reliable heartbeat recognition. The recognition system uses the support vector machine (SVM) working in the classification mode. Two different preprocessing methods for generation of features are applied. ⋯ Combining the SVM network with these preprocessing methods yields two neural classifiers, which have been combined into one final expert system. The combination of classifiers utilizes the least mean square method to optimize the weights of the weighted voting integrating scheme. The results of the performed numerical experiments for the recognition of 13 heart rhythm types on the basis of ECG waveforms confirmed the reliability and advantage of the proposed approach.

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- Stanislaw Osowski, Linh Tran Hoai, and Tomasz Markiewicz.
- Institute of Theory of Electrical Engineering and Electrical Measurements, Warsaw University of Technology, 00-661 Warsaw, Poland. sto@iem.pw.edu.pl
- IEEE Trans Biomed Eng. 2004 Apr 1; 51 (4): 582-9.
AbstractThis paper presents a new solution to the expert system for reliable heartbeat recognition. The recognition system uses the support vector machine (SVM) working in the classification mode. Two different preprocessing methods for generation of features are applied. One method involves the higher order statistics (HOS) while the second the Hermite characterization of QRS complex of the registered electrocardiogram (ECG) waveform. Combining the SVM network with these preprocessing methods yields two neural classifiers, which have been combined into one final expert system. The combination of classifiers utilizes the least mean square method to optimize the weights of the weighted voting integrating scheme. The results of the performed numerical experiments for the recognition of 13 heart rhythm types on the basis of ECG waveforms confirmed the reliability and advantage of the proposed approach.

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Support vector machine-based expert system for reliable heartbeat recognition.

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