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Measurement and analysis of ECG signal
Černohous, Lukáš ; Vítek, Martin (referee) ; Harabiš, Vratislav (advisor)
In the first part, this thesis focuses on theoretical knowledge about ECG signal generation, its measuring and filtration. Furthermore it examines the R-wave as the most significant portion of the QRS Complex, describes the LabVIEW environment and the Vernier LabPro interface. The second part of the thesis then shows one of the possible ways of the R-wave detection and the subsequent heart rate measurement, which is then implemented by a program designed in LabVIEW environment. In the conclusion, the results of the thesis are evaluated.
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Dynamic Time Warping
Černohous, Lukáš ; Pikula, Stanislav (referee) ; Klusáček, Jan (advisor)
This thesis describes the method of dynamic Time Warping (DTW), its principles and method of calculation options. Additionally, it lists some of the typical examples of its implementation. In the practical part, it focuses on the creation oof a simple signature verification model using DTW and it evaluates the results. The model was programmed in MATLAB.
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Measurement and analysis of ECG signal
Černohous, Lukáš ; Vítek, Martin (referee) ; Harabiš, Vratislav (advisor)
In the first part, this thesis focuses on theoretical knowledge about ECG signal generation, its measuring and filtration. Furthermore it examines the R-wave as the most significant portion of the QRS Complex, describes the LabVIEW environment and the Vernier LabPro interface. The second part of the thesis then shows one of the possible ways of the R-wave detection and the subsequent heart rate measurement, which is then implemented by a program designed in LabVIEW environment. In the conclusion, the results of the thesis are evaluated.
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Dynamic Time Warping
Černohous, Lukáš ; Pikula, Stanislav (referee) ; Klusáček, Jan (advisor)
This thesis describes the method of dynamic Time Warping (DTW), its principles and method of calculation options. Additionally, it lists some of the typical examples of its implementation. In the practical part, it focuses on the creation oof a simple signature verification model using DTW and it evaluates the results. The model was programmed in MATLAB.
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