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Comparison of statistical software for demographical data analysis
Tůmová, Pavla ; Löster, Tomáš (advisor) ; Hulíková Tesárková, Klára (referee)
The objective of this thesis is to point out to possibilities of how to process demographic data using several statistical software systems. Programs with different approach to data processing and analysis have been chosen on purpose. The thesis is divided into three parts. The first one is theoretical. Terms and methods that have been used in the thesis are explained here and there is also an introduction to the Microsoft Office Excel, SAS and Matlab software. Second part maps sources of demographic data, attends to data formats and explains their usage and advantages. In the third part, selected tasks that are likely to encounter in demography are presented. They have been chosen so that they examine the programs from various views such as transparency, range of choice of statistical functions, ability to create graphical outputs etc. A general procedure, evaluation, output comments and own code implementation (if the functions are not integrated) are introduced for each of the tasks. In my thesis I focused mostly on the question of choosing proper software for demographic data analysis.
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INTLAB Primer
Rohn, Jiří
Described is a not-a-priori-exponential algorithm which in a finite number of steps either finds a nontrivial solution of the absolute value inequality, or states that no such solution exists.
Fulltext: content.csg -  PDF
Plný tet: v1117-11 - PDF
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Preparation of web presentation on fundamental conceptions in computer physics
KŘÍŽOVÁ, Jaroslava
This Bachelor's Thesis has undertaken to acquaint high school students with basic information in the field of computer physics. The work is conceived as a textual overview which does not aspire to provide a specialization base for scientific work, but is primarily aimed at understanding the basic terms. In the introduction, I deal with the definitions of computer physics. The chapter entitled Hardware and Software Devices of Computer Physics begins with a brief description of the architecture of the computer and its historical development. This is followed by the basics of programming with a short overview of programming languages. In the chapter entitled Computer Modelling, I present a brief characteristic of this field and acquaint the reader with the basic terms and techniques of modelling. In the following chapter, the reader is acquainted with the principles associated with hybrid modelling as well as the Monte Carlo method. The fourth chapter is intended to be an interesting demonstration of modern trends in computer modelling. In the last chapters, I deal with the brief characteristic of programs that are most commonly used in the field of computer modelling (MATLAB, Fluent and COMSOL Multiphysics).
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Preparation of teaching material for the MATLAB programming language
ŠIMEK, Jakub
The aim of this work is set up educational material for students of subject MATLAB. This work is conceive as teaching text, trying to explain bases of work with this programme on certain examples and introduce the reader into questions of data processing and visualization in MATLAB. Individual chapters contains several examples. This is the good way to get the reader in the problems and teach him effectively how utilize MATLAB, one of the most complicated and most spread programmes for methematical calculations.
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Graphical User Interface in MATLAB v7.1
BRABEC, František
The main aim of this bachelor thesis is focused on the creation of the text, which serves as a tool for creation and development of a graphic interface in the programming language MATLAB. The content of this thesis is focused on the basic introduction to the MATLAB programming package, its history, creation of m-files and description of the work during the creation of the Graphical User Interface. The main accent is put firstly on the correct proposal of the GUI application, on its utility and on its computational part in order to ensure the maximal effectiveness for users. By the combination of all these parts in GUI setting the application with a huge potential can be created.
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Example creation system
Suzdaleva, Evgenia ; Nagy, Ivan ; Dungl, Martin
The technical report describes a system for creation of examples for fully probabilistic dynamic decision making. It represents a documentation for author who wishes to create examples for PhD students or to add their new developed algorithms to the system.
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Použití Matlabu pro kvantitativní analýzu růstu kvasinek
Schier, Jan ; Kovář, Bohumil
Quantitative growth analysis is used in microbiology, genetics and medical re- search to determine the in uence of the tested substance on the growth of colonies of some organism (we focus on yeast colonies in this paper). Examples of the tested substance include antibiotics, mutagens or medical drugs. To evaluate the experiment, time series of images of the colonies inoculated on Petri dishes are taken by digital camera in a darkroom. Then, relative area and the number of the colonies in each image have to be determined for further statistical processing. In the current laboratory practice, these parameters have often been hand-counted in each image, which is an error-prone process of a limited precision. Also, given the time demands of this hand-counting, the number of snapshots that can reasonably be processed is rather limited. In this paper, we introduce a Matlab-based tool for semi-automated processing of the dish images.
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Aplication of matlab for textile ingeneers education
Salačová, J. ; Lédl, Vít
Students are prepared in the frame of MSc. studies in such a way that they can solve the most demanding tasks in the studying subject as textile quality management, textile testing, textile marketing, methods of thermal analysis or data exploratory analysis. Named subjects are requiring solving of complex mathematic tasks or evaluation of measured data. Student are supposed to be able to research properties of textile structures and textile materials. With upcoming innovation in textile material engineering (such as nanofibres, nanotechnology, new types of the technical textile, intelligent textile) there is necessary improvement in the education process. Innovation is focused on extended use of MATLAB for automatic defectoscopy and generally on textile evaluation. It is connected mainly to semiautomatic processing of measured dat, the possibilities the data visualization, searching of textile structures defects, defects classification or selected tasks of analytic geometry.
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Rozvoj a aplikace digitální obrazové korelace
Jandejsek, Ivan
The presented work devotes to the methodology and related software development for Digital Image Correlation (DIC). DIC is used for experimental mechanics studies. It is the non-contact technique (Optical or X-Ray) that provides full-field and high resolution measurement of displacements and strains within an object subjected to loading.
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