In this thesis, I explain to pupils principle accessible form of computer networks, the method of their protection and monitoring. I created an interactive teaching material for primary school pupils, who is familiar with this issue so that your concept of what a computer network works, how it can be secured against intruders, and how we can monitor the operation of the network.

My graduation theses concerns an analysis of processes in field of material flow in the company Linde Pohony in Český Krumlov. The analysis is orientated to processes which have direct influence of product added value. The current processes are describe by the help of process map. The main objective of my graduation theses, on the basis of affected analysis, is to create a project of systematical improvement the processes, which will lead to better material flow and bring savings in field of material costs. The main instrument is an implementation of lean production principles. Lean production means elimination of wastings in all activities and processes in the company. The lean production is mainly based on following principles: pull principle, takt principle, one piece flow principle.

This diploma thesis analyses the production plant Schneider Electric, a. s. Písek both from present and future application of main logistic principles. It includes the analyse of material and information as well as applied methods: Lean Manufacturing, Kanban, Just-in-time, Short Interval Management, Six Sigma. This diploma thesis accents an importance of informational securing of the supplier and customer relationship through the forecast. The forecast is being tested and thereafter the results will be presented as an introduction for the improvement.

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The topic of the thesis is The Geomorphology Teaching at Primary Schools. To be specific, the thesis occupies with the creation of the alternative teaching material for teaching Geomorphology at primary schools with its utilisation in Geography lessons, Geography seminars, hobby groups and as some inspiration and source of information for teachers as well. The thesis results from the Framework Education Programme for Primary Education, respectively from the educational field ,,Human and Nature``, from topical areas ,,Natural picture of the Earth", ,,Environment`` and ,,The Cross-Country Geographical Education, Praxis and Application``. The teaching material is divided into a text part, worksheets and worksheets key. Another part of the thesis is also the analysis and evaluation of Geography textbooks designed for Primary Schools according to defined conditions. The evaluated condition is the quality of elaboration of Geomorphology contents and the structure of the textbooks.

The thesis deals with the project related to development of services on the market of metallurgical materials. It takes into consideration the possibility of implementation of the project and also proposes concrete actions and solutions. On the one hand it is based on the expert publication and statistical datas, on the other hand on the internal documents of the company XY and the own survey of customer's needs in the area of surface finish and working of steel tubes and hollow profiles. Justifiability of the main idea of the project is supported by four factors. Therefore, development of the market, competition, customer's demands and long-term strategy of involved company XY represent the basis for specifications of final form of the project. On the basis of the assessment of these factors the individual conclusions are worked out. It is case of business plan. Except for analyse of resources, budget and schedule the thesis is focused on the identification of main risks concerning the project. The final outcome of the thesis is represented by concrete proposal of the project.

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This master’s thesis created in the master studies of the M-STG Manufacturing technology is focused on the manufacturing of a part of a garage automatic door lock by a compound tool. The part is made of a rolled steel coil of the S275JR material with the thickness of 2 mm. The number of parts manufactured per year equals to 600 000. Literary studies deals with the issues of cutting and bending. On the basis of the most advantageous manufacturing variant and technological calculations the compound tool is designed. As a working machine the eccentric press LEK 160 is chosen. In the economical evaluation part, the calculations to finding out when the manufactory becomes profitable are carried out.

The work analyzes the dynamics of carbon dioxide adsorbed in crystals of anisotropic metalo-organic frameworks Zn2(BDC)2(DABCO). It utilizes nuclear magnetic resonance methods, namely, the 13 C spetroscopy, the PFG method and the measurement of longitudinal relaxation times. Experimental data are compared with calculation of molecular dynamics. The thesis provides a theoretical model for explaining the temperature dependence of the residual anisotropy of the chemical shift observed in the spectra. The method of measuring diffusion anistropy based on the change of the shape of the 13 C spectra is described. The work determines the theoretical course of dependence of the longitudinal relaxation time on temperature using Redfield's theory. Times characterizing dynamic processes running on a picosecond scale that determine the dynamics of the fluid as a whole are evaluated from the data. 2

Carbon fibre reinforced composites (CFRP) are construction material, which is viewed as a perspective for its ratio of mechanical properties to weight. In recent years the research was focused on implementing the carbon-based composites among smart materials. Nevertheless, extent and volume of use of these composites in technical practice is still not up to the potential, which this modern material offers. One of substantial reasons is the lack of adequate instruments for continuous manufacturing quality control and for mechanical condition monitoring of ready-made construction parts. For this reason the presented dissertation thesis is focused on effectiveness enhancement of detection of deformation response in composites subjected to mechanical loading with uniaxial tension with employment of passive acoustic emission (AE) detection, optical method for detection of surface deformation fields digital image correlation (DIC) and electron microscopy scanning electron microscopy (SEM). Combination of used methods proved as a robust instrument for identification and monitoring of entire degradation process in composite material in course of mechanical loading.