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This thesis focuses on the choice of embedded hardware platform for the implementation of the monitoring of mobile objects MoTracker and subsequent commissioning of the system. Further it focuses on the communication protocol that ennables the communication between MoTracker and a control server. Part of the communication protocol is a controller that ensures that the requests are passed over to the right modul. The conclusion of the thesis includes the controls of the MoTracker application that have been developed by all members of the project.

The subject of the work is an introduction to the problems of linear encoder position. Described the basic principles inductance, capacitive, magnetic and optical position sensors. The thesis also deals with the production technology of sensors and signal processing methods derived sensor. That knowledge is also used for the design concepts for future control circuit device for measuring linear position.

This thesis deals with the solar radiation, which is one of the potential sources of the renewable energy. The purpose of this thesis is to apprise of the methods how to calculate the Sun’s position as well as to learn the basics of software VEE Pro 8.0. Also, create a program simulating the location of the Sun during the day according to the variable latitudes and days and consequently to calculate the Sun irradiation passing through the atmosphere onto the tilted solar module, considering the respective tilt. Theoretical part describes the transmition of the energy between Sun and Earth, global irradiation and its components, which are generated by beams passing through the atmosphere and incident on a solar module. Practical part is dedicated to a program creation according the theoretical basis and it is used for further simulation of the Sun’s position. Another program simulates the total daily and annual irradiation including its components onto the tilted solar module, considering the respective tilt.

The first part of the thesis The measurement of the location of centre of gravity of bicycles is firstly about history and division of bicycles, about the legislation in the Czech Republic concerning the cyclists, about the analysis of accidents of cyclists and lastly about the analysis of the method of the measurement of the location of centre of gravity. The second part of the thesis describes the procedure of calculation of the location of centre of gravity in the chosen incline method and the proposal of measure apparatus. The third part of the thesis occupies with the measurement and processing of concrete values for chosen sample of cyclists on the bicycles which are selected in the way that the results of the location of centre of gravity in the final part of the thesis are compared with the respect to their application during the expert opinion.

Title: Dependence of the air consumption and the position of the body on the selected method of diving kick and swimming speed Objectives: The goal of this work is to find out the relationship between the diver's swimming speed and the air consumption while using two different methods of diving kicks - flutter and frog kick. At the same time, assess the dependence of the position of the body and head on the swimming speed and method of diving kicks. Methods: In this work was used method of collecting data in real conditions by measuring devices and statistical evaluation of collected data. Results: The results are presented by graphs both in the text of this work and in attachment for its large size. The results of all probands are presented in summary graphs and for selected values the degree of association is calculated in tables using the Pearson correlation coefficient. The main result is the confirmation of the reduction of the deviation from the horizontal position when comparing the slow and higher swimming speeds of both flutter and frog kick. The most effective way for a diver to overcome 50 meters below the water surface was determined to be a flutter kick at medium speed (average 0,37 m/s). Keywords: scuba diving, body position, head position, air consumption, speed of swimming, flutter...

Let fd(n), n > d ≥ 2, be the smallest positive integer such that any set of fd(n) points, in general position in Rd , contains n points in convex position. Let hd(n, k), n > d ≥ 2 and k ≥ 0, denote the smallest number with the property that in any set of hd(n, k) points, in general position in Rd , there are n points in convex position whose convex hull contains at most k other points. Previous result of Valtr states that h4(n, 0) does not exist for all n ≥ 249. We show that h4(n, 0) does not exist for all n ≥ 137. We show that h3(8, k) ≤ f3(8) for all k ≥ 26, h4(10, k) ≤ f4(10) for all k ≥ 147 and h5(12, k) ≤ f5(12) for all k ≥ 999. Next, let fd(k, n) be the smallest number such that in every set of fd(k, n) points, in general position in Rd , there are n points whose convex hull has at least k vertices. We show that, for arbitrary integers n ≥ k ≥ d + 1, d ≥ 2, fd(k, n) ≥ (n − 1) (k − 1)/(cd logd−2 (n − 1)) , where cd > 0 is a constant dependent only on the dimension d. 1

Title: Effect shooting position of accurate sports shooting of air rifle lying position. Objectives: The aim of this empirical - theoretical work is to find out what is the effect of shooting position lying down on shooting from an air rifle. Methods: In this work was used a method of analysis, testing, observation, and method comparison. The method of analysis was applied in the analysis of sport shooting and the shooting position. The method compared in section comparison between the own the shooter's position and deliberately adjusted position. Tables, charts and statistical calculations were performed using functions in Microsoft Excel. Results: The result of the work is that the change in the supine position does not have a significant effect on the accuracy and on the result of the shooting. After the change of position occurred for all shooters to the deterioration of the shooting the result of which are statistically insignificant. Keywords: shooting, air rifle, shooting position, target.

This diploma project is specialized on memorable trees in the Sokolov Region which is a part of the Karlovy Vary Region. The work is divided into a theoretic part and a research part. In the theoretic part, there is a historical development of memorable tree care in the Czech Republic from past to the present, a legislative base, possible ways of arboricultural care and informations which are gained from Nature Conservation Agency of the Czech Republic website described. This agency register memorable trees in the Czech Republic. The research part is focused on the field research of selected memorable trees in the Sokolov Region and the evaluation of its state of health, location description, quality of provided care and the way of memorable trees are marked. During the field research, there was a location of selected objects marked in tourist maps and captured by GPS navigations because of a easier orientation. In the end, there are field research results summarized and evaluated. The works purpose is to get a bigger knowledge about memorable tree care and to find more easily selected trees because of its mapping.