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Content optimization of ICT knowledge tests in terms of current requirements for students
PROCHÁZKA, Martin
This bachelor's thesis is focused on optimizing the content of information literacy tests regard of requirements on university students. The thesis includes analysis of internation requirements ECDL on basic level and qualitative investigatoin by interview with teacher at university. The collected data servers as a base for creating new or modifying existing tasks for student testings. Tasks are not assembled into fixed versions of test, but they are flexible for assembling into random versions of tests. Thesis also include testing two variants of test on a selected group of students, but not with IT specialization.
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Tax Optimalization of Individual Income Tax
Skopalíková, Miluše ; Hostěradská, Martina (referee) ; Svirák, Pavel (advisor)
This thesis deals with optimization of personal income tax. Theoretical knowledge is applied to the particular entrepreneur, which income tax is optimized by applying different types of expenses, method of depreciation and lump expenses on transport by road motor vehicle. It proposed a certain number of variants of taxation, bearing in there are taken into account the amount of social and health insurance. Then are variants compared and is selected such that, which to the entrepreneur ensure the highest net income.
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Optimizing of Virtualization Environment
Vlček, Martin ; Musil, Martin (referee) ; Ondrák, Viktor (advisor)
The bachelor thesis deals with the optimization of VMware virtualization tools needed especially for manual software testing at AVG Technologies CZ. It analyzes the current state of their application and compares the productivity and benefits optimized version. In conclusion evaluates the benefits of this solution for the company.
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Optimizing of electronic bussiness of firm GAME LAND s.r.o.
Smrž, Marek ; Ševčík, Jan (referee) ; Kříž, Jiří (advisor)
This bachelor´s thesis describes and evaluates electronic business of a medium size company which the sphere of business is information technology. Paper is divided into two parts and contains eleven pictures. First section describes the current state of electronic business regarding its content, functionality and graphic user interface. Second section contains improvement concepts for particular fields that will eventually help with general optimization of the e-business. Innovation concepts are strongly customer-oriented and they will improve the usability of web pages and contribute on gain enhancement.
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Optimization options for low-power microcontrollers
Dufek, Michal ; Mlýnek, Petr (referee) ; Fujdiak, Radek (advisor)
This bachelor thesis is concerned with optimization options for microcontroller MSP430 using the program CCS. The introductory section contains description of symmetric and asymetric algorithms and their comparison. In another section there is description of AES algorithm and his operation modes. The practical part deals with optimization options of program CCS, there are also mentioned reached results of VUT and TI implementations and their comparison. In the end of practical part there is performed optimization code for implementation of VUT, which is focused to reduce cycles.
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Methodology of the Speed Optimalization of the Source Code
Matějíček, Petr ; Šimek, Václav (referee) ; Kaštil, Jan (advisor)
This thesis desribe methodology of writing computer programs to achieve higher speed of program execution. It describe general implementation tricks and ways of writing programs for arbitary computer architecture. Below this thesis descibe selected architecture and optimalization doable on it. Part of this thesis is test of this methodology on some opensource software.
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New Areas of the Ultrasonic Application in Microelectronics Technology
Buršík, Martin ; Pietriková, Alena (referee) ; Králová,, Iva (referee) ; Szendiuch, Ivan (advisor)
Doctoral thesis deals with the deposition of special thixotropic materials for microelectronic technology. The aim of the work is the development of the new method optimizing the dosing process in order to achieve a print resolution of better than 100 microns. The work includes the development of a special dispensing head (UZD) using the influence of ultrasonic energy. These results demonstrate the possibility of a newly developed method that is able to print thixotropic materials with a resolution of 65 microns. Compared to other methods achieves these results with the commonly used materials for thick film technology with particle size up to 5 microns.
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