Analýza typů arytmií a jejich simulace
Title Alternative:Analysis of arrhythmias and their simulation
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Bakalářská práce se zabývá rozborem arytmií, jejich rozdělením, mechanismy vzniku a projevy na EKG. V práci jsou popsány možnosti diagnostiky a léčby arytmií. V úvodní teoretické části je popsána anatomie a fyziologie srdce a základy EKG. Cílem práce bylo vytvořit program, který bude simulovat EKG křivky některých arytmií. Jako vhodné prostředí pro vytvoření programu byl využit Matlab. EKG křivky byly vytvořeny metodou matematického popisu signálu. U křivek je volitelná délka signálu a u některých arytmií i tepová frekvence. Tyto parametry může uživatel nastavit v grafickém prostředí, které bylo vytvořeno pomocí nástroje GUIDE. Program má sloužit jako pomůcka při výuce.
The bachelor thesis deals with analysis of arrhythmias, their classification, mechanisms of arrhythmias and changes on ECG. The thesis describes diagnostic and therapeutic methods of arrhythmias. The theoretical part deals with anatomy and physiology of the heart and ECG basics. The main aim of the thesis is to create a program, which would simulate the ECG curves of different arrhythmias. Matlab is used, as the most suitable environment, for this task. ECG curves are formed by the mathematical descriptive method of the signal. ECG signals have settable length and certain arrhythmias have also settable heart rate. These parameters can be set by user in graphical interface which is created by Matlab Guide. Program is intended as an educational tool.
The bachelor thesis deals with analysis of arrhythmias, their classification, mechanisms of arrhythmias and changes on ECG. The thesis describes diagnostic and therapeutic methods of arrhythmias. The theoretical part deals with anatomy and physiology of the heart and ECG basics. The main aim of the thesis is to create a program, which would simulate the ECG curves of different arrhythmias. Matlab is used, as the most suitable environment, for this task. ECG curves are formed by the mathematical descriptive method of the signal. ECG signals have settable length and certain arrhythmias have also settable heart rate. These parameters can be set by user in graphical interface which is created by Matlab Guide. Program is intended as an educational tool.