National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Effect of artefacts on determination of aerobic threshold
Jaroš, Oliver ; Korvas, Pavel (referee) ; Janoušek, Oto (advisor)
The bachelor's thesis deals with the identification of artifacts occurring during running and swimming and the influence of these artifacts in determining the aerobic threshold from RR intervals using the analysis of detrended fluctuation and its 1 index during a stress test. First, the theoretical part is discussed, where all information related to the definition of training zones, HRV, detrended fluctuation analysis and the method of determining the aerobic threshold from DFA are described. The second part of the work is practical and deals with specific measurements, their processing and subsequent statistical analysis of the results. It was found that for artifacts occurring during running, the mean absolute error in determining the aerobic threshold was only 1.58 beats/min. and after applying the correction method only 0.33 beats/min. When analyzed with artifacts occurring during swimming, this error was up to 9.89 beats/min, and after applying the correction method it was only 0.67 beats/min.
Comparison of the Czech and Norwegian models of training preparation of national men's rowing teams
Fleissner, Jan ; Macas, Tomáš (advisor) ; Koudela, Filip (referee)
Title: Comparison of the Czech and Norwegian models of training preparation of national men's rowing teams Aims: To create an inspiring source of information for coaches and competitors based on the differences between the Norwegian and Czech models of sports training in rowing. This study should give coaches and athletes insight into the current sports training of the world's best rowers and provide a model for creating training plans. Methods: The present study is a comparative review aimed at mapping and comparing some of the performance factors in rowing. The research data is a record of training models of the Norwegian and Czech national men's rowing teams. In order to explore the given question, it was necessary to study a large number of different sources and professional publications that could be traced and studied in available databases and libraries, as well as records of racing teams and coaches working in the field of professional sport. The Norwegian and Czech training models are compared based on chosen parameters. The parameters of comparison are the number of training intensity zones used by each team and the difference in the percentage of training intensity zones per annual training cycle. The following attribute observed was the annual training volumes. Last but not least, other...

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