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Využití adaptivních informačních panelů pro zvýšení komfortu práce a studia
Hlaváč, Filip
The thesis deals with the design and development of a system for adaptive information panels. These panels aim to increase the comfort of work and study on the campus of Mendel University in Brno. On the basis of the literature review, the new system architecture is designed. The implementation focuses on usability and accessibility. The system is developed as a modular solution consisting of server service, web administration and modules for displaying content on both smart information panels and mobile devices.
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Modifikace uživatelského rozhraní systému Anton
Illek, Zdeněk
The goal of this work was a prototype of user interface for the Anton antiplagiarism system. Firstly, an introduction to the current Nette system took place. Based on this information, interviews were conducted with current users, who shared their impressions and experiences with the system. Based on information from interviews and best practices of specialists, a proposal was made. Subsequently a design in the form of a wireframe was implemented in the Vuejs javascript framework with the help of the Bootstrap graphics library. After the creation of the prototype, user testing took place. There were two tests, for the new and the original interface. The goal of the tests was to objectively evaluate the achievement of the goal. The test metrics were time and number of clicks. In each test, they represented a different property. After the first round, critical deficiencies were identified and subsequently corrected. After the second round, the testing was evaluated and, ultimately, the goal was successfully achieved.
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Využití eye-trackingové analýzy při hodnocení uživatelského rozhraní webových stránek
Abassi, Milad
This thesis deals with eye-tracking method in evaluation of web user interface in the context of user experience. The user interface is tested in the plane of visual design, information architecture and interaction design. Metodology of thesis was based on two techniques the first one is called eye-tracking and latter is in-depth interviewing. Based on results in the practical part, some suggestion for webmas-ter of testing website has been made.
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Implementace moderních multidotykových aplikací s využitím knihovny Qt
Ryba, Bronislav
This thesis deals with the issue of creating GIS type multitouch applications by using Qt library. Introductory part of this work discusses the current desktop and mobile solutions in the field of GIS with evaluations of user interfaces. It also contains a description of the available map services and options of the Qt library in the area of modern applications creation for touch screens. The following part is devoted to defining user and designing GIS with attention to userfriendly interface suitable for touch screens. The outcome of this work is the implementation of the proposed GIS having a modern multitouch user interface.
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Web Based Simulator of Superscalar Processors
Majer, Michal ; Olšák, Ondřej (referee) ; Jaroš, Jiří (advisor)
A clear and interactive visualization of the superscalar processor is a valuable tool for studying its operation, particularly due to its complexity. The main contribution of this work is the extension of the existing RISC-V instruction set simulator with a new web-based user interface and improvements of the simulation quality. Nearly all modules of the simulator have been enhanced. Among other things, errors in the implementation have been resolved, statistics collection has been improved, and the instruction set has been expanded. The integration with the C language compiler is of great benefit. The simulator has been expanded to include HTTP and CLI interfaces. The React library has been utilized for implementing the web application. The result of the work is a functional and tested application, ready for practical use and with a positive impact on education.
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User Interface for the bee hive management system
Torbin, Evgeny ; Rozman, Jaroslav (referee) ; Veigend, Petr (advisor)
The aim of this thesis is to create a user interface for the bee hive management system and its implementation as a multiplatform application. The user will be able to view statistics about their hives, apiaries and manage them. This information is provided by the server and received from special sensors installed directly in the hives. To solve this problem, Ionic framework written in JavaScript language and web technologies HTML and CSS were used. Communication with the server is done using REST API. The final application provides an interactive and user-friendly interface for managing bee hives, and is available on different platforms. The main result of this work is to prove that it is currently possible to create a full-fledged application without knowledge of platform-specific technologies. This approach makes the development of similar projects cheaper, more efficient and much faster.
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Uživatelské rozhraní nástroje Combine
Nenutil, Patrik ; Rozsíval, Michal (referee) ; Smrčka, Aleš (advisor)
This bachelor's thesis aims to create a new user interface for the Combine tool, since the current one was merely a prototype to showcase the tool's operations. The newly developed user interface allows use of datasets and simplified criteria inserting. Furthermore, shortcomings were fixed based on the studied principles. Automated GUI tests were implemented to validate the implementation's accuracy. As a result of this project, the user interface of tool Combine was improved.
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Graphical Interface for the NetLoiter
Ščupák, Marian ; Smrčka, Aleš (referee) ; Rozsíval, Michal (advisor)
The aim of this work is to create a graphical user interface that simplifies working with the NetLoiter tool. The chosen form for implementing the user interface is a web application. The created user interface allows the user to fill out forms, which validate their input and convert it into configuration files. The generated configurations can be used to run the NetLoiter tool via the SSH protocol and subsequently monitor the output in a user-friendly manner in real-time. The interface also provides users with the ability to perform basic statistical analyses on the data generated by the NetLoiter tool. The result of the work is increased efficiency in managing the NetLoiter tool and easier interpretation of its outputs.
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Optimization and testing of the frontend on the Smart City platform
Špaček, Ján ; Hynek, Jiří (referee) ; John, Petr (advisor)
Cílem této práce je ve spolupráci s firmou Logimic vytvořit prostředí pro automatizované testování uživatelského rozhraní a výkonu platformy ACADA. Dalším cílem je odhalit problematické části platformy způsobující omezení výkonu a navrhnout optimalizace. K~dosažení stanovených cílů byl analyzován aktuální stav testování ve firmě a navržen nejvhodnější softvér pro testování. Výsledkem práce je soubor testů imlementový v knihovně Cypress, umožňující časnou identifikaci problémů v procesu vývoje. Využitím schopností knihovny Cypress zajišťuje tento soubor testů rychlejší a efektivnější postup testování a přispívá také k spokojenosti uživatelů zajištěním spolehlivosti a respozivity.
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