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Areas of HTML5 usage
Šlapka, Miroslav ; Pecinovský, Rudolf (advisor) ; Rais, Aziz Ahmad (referee)
This diploma thesis describes new HTML5 standard. The aim is to show the potential uses and benefits of HTML5 compared to HTML4. Another objective is to analyze the support of HTML5 in most advanced web browsers on desktops and mobile devices. The thesis is divided into theoretical and practical parts. The theoretical part is divided into 5 chapters. The first chapter describes the introduction to the main concepts and definitions. The second chapter describes the differences between HTML4 and HTML5 elements. The third chapter describes HTML5 API. The fourth chapter analyzes the support of HTML5 featu- res in web browsers. Last chapter of the theoretical part discusses tools based on best practices which are useful for developing HTML5 applications. In the practical part, there are implemented real examples of HTML5 features. Practical examples are described as a tutorial. The contribution of this work is a demonstration of the advantages of HTML5 over the old standard. Contribution is also analysis of support of HTML5 features in web browsers. The diploma thesis is intended primarily for web developers and can be used as a reference guide. HTML5 is the standard of the future, and web developers can contribute to the overall improvement of the web by using it.
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Web Browsers
Bořil, Daniel ; Pokorný, Pavel (advisor) ; Kohout, Roman (referee)
This bachelor thesis describes the history of the Internet and the development of web browsers. The current situation in the web browser market is presented, along with the description of individual web browsers. It includes explanations of some of the important terms, as well as the view of the situation concerning the usage of mobile devices in relation to web browsers. The thesis also shows a comparison of web browsers and an evaluation of a questionnaire.
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Computer processing of tomography data
KONEČNÝ, Jan
Computer processing of tomography data Tomographs are one of the most important diagnostic devices, which are used in every hospital nowadays; they have already been so for a considerable period of time. The different types of tomographs and the processing of tomographic data and imaging of these data are the subject of this thesis. I have described the four most common types of tomography: X-ray Computed Tomography, Magnetic Resonance Imaging, Positron Emission Tomography and Single Photon Emission Computed Tomography. This thesis has described the basic principles of these devices, their technical parameters, their use and also different data formats, which are used for tomographic data. The practical part of my thesis is involved with software for viewing and processing of tomographic data. It specifically concerns freely available viewers such as MRIcro, ezDICOM, Amide, ImageJ and Gpetview. Their main functions and their pros and cons have also been described therein. The last part of my thesis has been devoted to SPM software that is used for an advanced processing of 3D tomographic data from PET, VBM and MRI as well as EEG and MEG imaging techniques. I have described these features and also those individual steps that are taken during the processing of particular sample data that has been taken from examinations on functional Magnetic Resonance Imaging. This thesis is addressed to all, those who want to learn more about tomographic data processing and mainly it should serve as an overview of free software for processing and viewing of these data.
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Content and structure of web documents and options of their efficient indexing and searching
Hlobil, Lukáš ; Pinkas, Otakar (advisor) ; Chudán, David (referee)
Bachelor work focuses on internet browsers. It deals with their historical evolution, examines their technologies, compares nad tests them. It also focuses on different rendering modes of web sites. Further it describes procedures of writing web sites, so that that the output is very similar in all major web browsers and the also standards-compliant. The goal is to show some inadequacies of modern web browsers, which offer multiple modes of rendering websites in order to maintain back compatibilty with older web sites. This text shows, how to recognise rendering modes and also how to overcome their differences. Procedures are shown on examples and also on example web presentation. This paper also tests JavaScript speed in different browsers. Several JavaScript tests were written for this purpose. Also several reasons for correct writing of HTML and CSS marks are mentioned.
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Usableness of web browsers
Vobruba, Lukáš ; Sklenák, Vilém (advisor) ; Šubrta, Václav (referee)
This work examines utility, efficiency, and convenience offered by present web browsers. The first part defines the function and history of a web browser. The next chapter covers important browser features along with their description. Five commonly used browsers are analyzed afterwards, having their attributes and user interface depicted. Performance tests were aimed to measure the browsers' speed. Their methodology and annotated output are included in a dedicated chapter. User approach follows, focusing on successfulness in browser navigation and internet activities which have been tested on three individuals. The work concludes with acquired findings and an outline of anticipated trends.
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