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Design of Heat Pump
Křepela, Radim ; Elbl, Patrik (referee) ; Toman, Filip (advisor)
The aim of this bachelor thesis was basic research in the field of heat pumps. Calculations for heating of domestic hot water were done afterward. The theoretical part describes basic principles of heat pumps and covers a wide range of currently used types of heat pumps. Heat pumps are categorized by the environment from which the heat is taken out of. The experimental part contains calculations and selection of commercially available main components. Components were chosen based on the ability to heat 1000 L of hot domestic water from 20 to 50 °C in 4 hours.
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System of AJAX Component for Framework Yii
Mahr, Martin ; Dytrych, Jaroslav (referee) ; Máčel, Lukáš (advisor)
The bachelor thesis deals with the web technologies PHP, HTML, JavaScript, AJAX, jQuery library and Yii framework. Outcome of this work is to evaluate these technologies and the development of an extension module for jQuery library and Yii framework. These extensions together provide the environment for the development of user interface components that are able to communicate with each other via AJAX technology and allows to create dynamic Web pages.
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Google Gadgets in Ext JS Environment
Dvořák, Petr ; Schmidt, Marek (referee) ; Dytrych, Jaroslav (advisor)
This thesis aims to analyse the Google Gadgets platform and an existing system of a page layout manager of the KiWi project. It provides a brief description of both platforms and focuses on a design and an implementation of the Google Gadgets support inside the page layout manager. Finally it compares the original with the modified solution in terms of page loading speed.
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User Interface Components in PHP
Kulišťák, Vojtěch ; Rychlý, Marek (referee) ; Burget, Radek (advisor)
The primary goal of this bachelor's thesis is designand implementation of user interface components in PHP . Furthermore , are discussed the most widely used languages for creating web applications . The greatest attention is paid to JavaScript and PHP . Implementation of the components was made using Nette framework together with preprocessor XTemp . In addition to the listed Nette framework and XTemp preprocessor this thesis marginally describes possibilities for creating components using frameworks Zend and CodeIgniter .
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Interactive study utilities focused on computer graphics
Malina, Jakub ; Průša, Zdeněk (referee) ; Rajmic, Pavel (advisor)
In this thesis we focus on the basic properties of computer curves and their practical applicability. We explain how the curve can be understood in general, what are polynomial curves and their composing possibilities. Then we focus on the description of Bézier curves, especially the Bézier cubic. We discuss in more detail some of the fundamental algorithms that are used for modelling these curves on computers and then we will show their practical interpretation. The aim of the thesis is the creation of the set of interactive Java applets, simulating some of the methods and algorithms discussed in the theoretical part. These applets will help facilitate understanding of theoretical knowledge and will make the teaching more effective. Lecturers and students of the Brno University of Technology will be able to test these applets on web pages.
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Návrh infrastruktury pro testování React komponent
Pokladova, Tamara
This diploma thesis deals with the issue of React.js (Typescript) web applications testing and methods of effective organization of a sustainable test infrastructure in the specified conditions. Parts of the work describe both formal theoretical approaches to problem solving and informal practical ones. In addition, the aim of the thesis is to increase awareness of the testing process - a description of the advantages of correctly tested products can also be found in text. The output of the theoretical part is a more general recommendation in the form of a diagram and a description of the sequence of steps helpful in the implementation of testing activities. The practical contribution of this work lies in the establishment of a test infrastructure for a specific contractor company by adapting the universal procedure to its needs and situation.
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Dynamic reconfiguration in SOFA 2 component system
Babka, David ; Bureš, Tomáš (advisor) ; Pop, Tomáš (referee)
SOFA 2 is a component system employing hierarchically composed components in distributed environment. It contains concepts, which allow for specifying dynamic reconfigurations of component architectures at runtime, which is essential for virtually any real-life application. The dynamic reconfigurations comprise creating/disposing components and creating/disposing connections between components. In contrast to majority of component systems, SOFA 2 is able to specify possible architectural reconfigurations in the application architecture at design time. This allows SOFA 2 runtime to follow the dynamic behavior of the application and reflect the behavior in architectural reconfigurations. The goal of this thesis is to reify these concepts of dynamic reconfigurations in the implementation of SOFA 2 and demonstrate their usage on a demo application.
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C-language code generator for SOFA 2
Ježek, Lukáš ; Bureš, Tomáš (advisor) ; Bulej, Lubomír (referee)
SOFA 2 is a component system employing hierarchically composed components. It provides ADL-based design, behavior specification using behavior protocols, dynamic reconfiguration of the components, and modeling of the component communication by software connectors. This allows seamless and transparent distribution of component applications. The connectors can be automatically generated, SOFA 2 contains Java connector generator allowing to connect components with Java interfaces. The aim of this thesis is to implement C code generator and integrate it into the current SOFA 2 connector generator framework, so that C connectors can be automatically generated and thus components written in C language can be transparently connected in distributed environment. The proposed C code generator is based on the concept of template transformation, where templates containing mixture of C code and a scripting Domain Specific Language are transformed to a pure C code. Strategic term rewriting method provided by Stratego/XT framework is used for evaluation of the scripts within the templates.
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Android components for business applications
Tupec, Pavel ; Zavoral, Filip (advisor) ; Chaloupka, Miloš (referee)
Today, in the era of mobile technology boom, more and more companies equip their employees working in the field (salesmen, insurance agents, service workers etc.) with mobile applications in order to improve the efficiency of their work. On the market, there exist several universal applications which, however, require using some middleware, or they cannot be sufficiently modified to the customer specific needs. In this case comes the development of custom mobile application. The aim of this work is to analyze the requirements for such applications and based on this analysis propose a set of reusable components that will facilitate the development of these native applications on the Android platform. This work will also include a pilot application demonstrating the use of individual components on the sample data. Powered by TCPDF (www.tcpdf.org)
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IDE-supported development of component-based applications
Hermann, Lukáš ; Bureš, Tomáš (advisor) ; Šimko, Viliam (referee)
Unlike many proprietary component systems, the academic ones do not have sufficient support in integrated development environments. This the- sis analyzes development of component-based applications in terms of the SOFA 2 component system and it finds out that the main issue is an in- sufficient connection between processes of common application design and creation of particular components. Based on this analysis, it defines a subset of the UML, a universal language for application design, and its semantics regarding entities of the SOFA 2 component system. Furthermore, it creates a tool integrated to the Eclipse IDE, which enables a developer to automat- ically generate these entities from a UML component model as well as to connect this model with already existing entities enabling their automatic correction in case of model changing. This tool is designed modularly so that it is possible to easily change semantics of the model or using it for other models. Finally, this thesis analyzes possibilities of extensions of this tool for other component systems, code generation and component behaviour verification.
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