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The revision of the cadastre in the cadastral unit of Jundrov
Kubíčková, Alena ; Matějík, Miroslav (referee) ; Berková, Alena (advisor)
This thesis deals with the revision of the cadastre data in the cadastral area of Jundrov. The area of interest is only a part of the cadastral territory, which is classified by the Cadastral Office Brno - město. The revision of the cadastre data was carried out in accordance with Section 35 of Act no. 256/2013 Sb. on Real Estate Cadastre (Cadastral Act) and Section 43 of Act no. 357/2013 Sb. on land registry (cadastral decree). The result of the master’s thesis is a copy of the cadastral map with inconsistencies drawn, a list of discrepancies found, annexes to the protocol on the result of revision of the cadastre data.
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Noise map
Lokaj, Jiří ; Kubičková, Alena (referee) ; Rozman, Jiří (advisor)
The aim of this paper is to introduce the measurement of noise and create a noise map in a geographic information system. The first part is focused on describing the physical properties of sound in space, atmospheric and physiological acoustics. It also deals with the physiological effects of noise on the human body and technology needed for measure and process noise. Other part describes the structure of a geographic information system and noise map. The last part is about the practical creation of noise maps, includes a description of the real measurement results and evaluation
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Muscle noise filtering in ECG signals
Novotný, Jiří ; Kubičková, Alena (referee) ; Smital, Lukáš (advisor)
This master's thesis deals with the optimization of numerical coefficients of the Wiener filter for muscle noise filtering in ECG signals. The theoretical part deals with ECG signal characteristic and muscle interference. It also contains a summary of the wavelet transform, wavelet Wiener's filtration, methods for calculating of the threshold and thresholding. In the last theoretical part the characteristic optimization techniques, the exhausive search and Nelder-Mead simplex method are mentioned, which were implemented in the practical part of this thesis in MATLAB. The functional verification and Wiener's filter optimization were tested on the standard electrocardiograms database CSE. By using the methods of exhausive search, the initial estimate for the solution method Nelder-Mead was obtained. The optimization method Nelder-Mead gives better results in the orders of hundredths or tenths than the method of exhausive search. The practical part is finished by the comparison of results of implemented algorithm with optimum coefficients, implemented in this thesis, with the results of other methods for filtering muscle interference in ECG signals.
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Automatic Analysis of Heart Rate Variability Signals
Kubičková, Alena ; Halámek, Josef (referee) ; Lhotská, Lenka (referee) ; Kozumplík, Jiří (advisor)
This dissertation thesis is dedicated to the heart rate variability and methods of its evaluation. It mainly focuses on nonlinear methods and especially on the Poincaré plot. First it deals with the principle and nature of the heart rate variability, then the ways of its representation, linear and also nonlinear methods of its analysis and physiological and pathophysiological influence on heart rate variability changes. In particular, there is emphasis on the metabolic syndrome. In the next section of the thesis there are compared and evaluated different ways of representation of the heart rate variability and further are tested selected methods of heart rate variability analysis on unique data from patients with the metabolic syndrome and healthy subjects provided by the Institute of Scientific Instruments, Academy of Sciences of Czech Republic. In particular, they are used the Poincaré plot and its parameters SD1 and SD2, commonly used time domain and frequency domain parameters, parameters evaluating signal entropy and the Lyapunov exponent. SD1 and SD2 combining the advantages of time and frequency domain methods of heart rate variability analysis distinguish successfully between patients with the metabolic syndrome and healthy subjects.
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The revision of the cadastre in the cadastral unit of Jundrov
Kubíčková, Alena ; Matějík, Miroslav (referee) ; Berková, Alena (advisor)
This thesis deals with the revision of the cadastre data in the cadastral area of Jundrov. The area of interest is only a part of the cadastral territory, which is classified by the Cadastral Office Brno - město. The revision of the cadastre data was carried out in accordance with Section 35 of Act no. 256/2013 Sb. on Real Estate Cadastre (Cadastral Act) and Section 43 of Act no. 357/2013 Sb. on land registry (cadastral decree). The result of the master’s thesis is a copy of the cadastral map with inconsistencies drawn, a list of discrepancies found, annexes to the protocol on the result of revision of the cadastre data.
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Documentation of Skalní zámek passage in Býčí skála cave - southern part
Kubíčková, Alena ; Hanzl, Vlastimil (referee) ; Kratochvíl, Radim (advisor)
This bachelor thesis deals with speleological mapping of a part of the cave system Býčí skála in the Moravian Karst. The part that has been mapped is called Skalní zámek. For the purpose of this work documentation was processed for the southern part of the Skalní zámek. The existing graphic materials of the interest site were searched for and described. For processing purposes, available numerical data were also found, which were compared with the new measurement during processing. The polygon of Skalní zámek was measured by mining suspension compasses. For detailed measurements, a combination of the modified DistoX2 - laser distance range-finder and TopoDroid - software application per the appropriate tablet, was used. The results of the measurements were processed in an a free and open-source cave surveying software - Therion. In this program a ground plan of the Skalní zámek, a longitudinal section of the main hallway and a longitudinal section of the branching hallway was prepared. At the end of this work the symbol lists used by TopoDroid and Therion were compared with the official UIS symbol list
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A study of the compressibility of direcly compressible tableting materials with tramadol hydrochloride.
Kubíčková, Alena ; Mužíková, Jitka (advisor) ; Ondrejček, Pavel (referee)
This thesis evaluates and compares compressibility of directly compressible tableting materials for the preparation of hydrophilic gel matrix tablets containing tramadol hydrochloride. Prosolv® SMCC 90 and Disintequik™ MCC 25 were used as the dry binders. Hypromelloses Methocel™ Premium K4M and Methocel™ Premium K100M were used in concentrations of 30 % and 50 %. Magnesium stearate was used as the lubricant in concentration of 1%. The compressibility was evaluated by means of the energy profile of the compression process and determination of tensile strength of the tablets. The tableting materials with Prosolv® SMCC 90 exhibited the higher values of the total energy of compression than those with Disintequik™ MCC 25 at the same compression forces, tramadol decreased these values slightly. The tableting materials with Disintequik™ MCC 25 exhibited higher values of the total energy of compression in 50% concentration of both Methocels™ . In the case of Prosolv® SMCC 90 the values of plasticity were higher than at tableting materials with Disintequik™ MCC 25, particularly in 30% concentration of both types of Methocel™ . Tramadol decreased the plasticity slightly. The tableting materials with Prosolv® SMCC 90 provided stronger tablets. Tramadol decreased the strength of tablets and the strength values...
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Automatic Analysis of Heart Rate Variability Signals
Kubičková, Alena ; Halámek, Josef (referee) ; Lhotská, Lenka (referee) ; Kozumplík, Jiří (advisor)
This dissertation thesis is dedicated to the heart rate variability and methods of its evaluation. It mainly focuses on nonlinear methods and especially on the Poincaré plot. First it deals with the principle and nature of the heart rate variability, then the ways of its representation, linear and also nonlinear methods of its analysis and physiological and pathophysiological influence on heart rate variability changes. In particular, there is emphasis on the metabolic syndrome. In the next section of the thesis there are compared and evaluated different ways of representation of the heart rate variability and further are tested selected methods of heart rate variability analysis on unique data from patients with the metabolic syndrome and healthy subjects provided by the Institute of Scientific Instruments, Academy of Sciences of Czech Republic. In particular, they are used the Poincaré plot and its parameters SD1 and SD2, commonly used time domain and frequency domain parameters, parameters evaluating signal entropy and the Lyapunov exponent. SD1 and SD2 combining the advantages of time and frequency domain methods of heart rate variability analysis distinguish successfully between patients with the metabolic syndrome and healthy subjects.
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