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ECG Wave Delineation
Šlof, Michael ; Provazník, Ivo (referee) ; Kozumplík, Jiří (advisor)
This master thesis named “Measuring of ECG signals” is focused on detailed description of resting signals of ECG, which are derived from known positions of the start and the end of the wave P, complex QRS, and wave T. For this purpose we used classic twelve lead in ECG signals from CSE database, which consisted of 250 measurement records. Outcome of this work will be an algorithm capable of classifying chosen heat anomalies, as well as study which will evaluate quality of this algorithm from statistical standpoint. This study will also carry out statistical calculations concerning most common heart anomalies. These materials could be used as a software support for cardiologists.
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ECG Wave Delineation
Šlof, Michael ; Provazník, Ivo (referee) ; Kozumplík, Jiří (advisor)
This master thesis named “Measuring of ECG signals” is focused on detailed description of resting signals of ECG, which are derived from known positions of the start and the end of the wave P, complex QRS, and wave T. For this purpose we used classic twelve lead in ECG signals from CSE database, which consisted of 250 measurement records. Outcome of this work will be an algorithm capable of classifying chosen heat anomalies, as well as study which will evaluate quality of this algorithm from statistical standpoint. This study will also carry out statistical calculations concerning most common heart anomalies. These materials could be used as a software support for cardiologists.
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Removing Methods of Power Line Interference In ECG Signals
Herodes, J.
The paper deal with the efficiency of digital linear filtration of 12 types FIR and IIR filters used for removing power line interference from ECG signals. For testing was used database of CSE signals, containing 3750 ECG. Comparing of methods was programed in Matlab, the language of technical computing.
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