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Geolokační hra pro platformu iOS s prvky rozšířené reality
Procházka, Filip
This thesis deals with the design and implementation of a geolocation game for the iOS platform with augmented reality elements. The game runs based on predefined scenarios that are defined through the created web administration. During the game, the user is presented with questions based on the geographical coordinates of the current location, the presence of a nearby positional beacon, or after scanning a QR code. In this work, a native mobile application was implemented using the SwiftUI framework, the frontend of the web administration and the backend which was implemented using Firebase services. Finally, testing in terms of user-friendliness was performed, the issues found were fixed and further development was proposed with a focus on the possibility of extending the mobile application to the Android platform.
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Webová aplikace pro Kin-ball Institut
Flek, David
The thesis focuses on the design and implementation of a web application for the Kin‐ball Institute in Brno. The aim is to create an application that will facilitate the organization of training sessions and will become the primary channel for communication between players and coaches.
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Systém pro podporu zajištění kvality při vývoji software
Vlach, Martin
The thesis deals with the design and implementation of a web application to support software team in ensuring the quality of software products. The application provides users with possibilities to create projects, requirements, risks, test cases and relationships between them. The main benefits of the application includes a wide range of customisations for demands of a specific project. The application consists of several services that run in a Docker environment. Client part of the application is implemented in TypeScript using frameworks Vue.js and Quasar.js. The server side of the application is implemented in Python using modern framework FastAPI.
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Design of a livestock and property monitoring system
Krček, Roman ; Najman, Jan (referee) ; Formánek, Martin (advisor)
The bachelor thesis deals with the issue of monitoring livestock and property in remote areas. Specifically in areas where the access to the electricity grid is difficult or where it is not possible to build infrastructure for camera systems such as cottages, remote farms, etc. The aim of the work is to create a small reliable camera, powered by a solar panel, whose images could be viewed by the user from an app on a phone or computer. The thesis includes an analysis of available solutions such as camera traps or cameras with 3G/4G connectivity. The second part of the thesis deals with the design of a custom solution that would better meet the needs of the author and the choice of individual camera components.
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Modern Web Interface of NERD System
Oltmanová, Kristína ; Hranický, Radek (referee) ; Žádník, Martin (advisor)
This thesis deals with the issue of designing a modern web interface for an existing system of a database of malicious network entities. The thesis describes the design of a new user interface and also addresses the changes in the existing NERD system, which had to be adapted to the needs of the new web interface. The changes to the existing system were based on expanding the previous functionality in the Python language and the Flask framework. Vue.js (a JavaScript framework) was used to implement the new web interface. This thesis also presents an improved user management with support for external identity providers. The final result of the thesis is a usable modern web interface for the NERD system, which preserves the functionality of the original interface and further extends it.
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Web Application for Collaborative Schedule Management
Novák, David ; Polčák, Libor (referee) ; Dolejška, Daniel (advisor)
This thesis addresses the development of a web application for collaborative schedule management for universities and other institutions. The application aims to implement a schedule editor that allows users to collaborate in real-time using the WebSocket protocol and automatically evaluates conflicts between lessons. Before creating the application itself, existing solutions in the field of collaborative and scheduling editors were studied. The solution of the company IS4U, with whom this thesis is being realized, was studied in the most detail. A design for its improvement was created using an ER diagram and wireframes. The implementation predominantly utilizes TypeScript. On the server side, Node.js runtime environment and the Express.js framework are utilized. The client is implemented using the Vue.js framework. The thesis also includes user testing of the application and considerations for future improvements.
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