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Remote Access to Mobile Devices
Bobula, Vladimír ; Rychlý, Marek (referee) ; Burget, Radek (advisor)
This thesis deals with remote access to mobile devices with the Android system and their remote control possibilities. The aim was to create the interface for mobile devices remote control by remote desktop and also for changing mobile device's settings remotely. I focused on the utility of remote control for assistance in mobile devices usage. The solution was to create an application with the control interface, then application being controlled, and the server enabling communication between them. The server has been created with use of the Node.js technology. Socket.io library has been used for enabling communication between applications in real time. The remote desktop utilizes sending of screenshots and its clicks coordinates. These clicks on the remote device are executed by hidden API. Remote settings change uses API of Android SDK. It has been managed to develop the system that enable the control of the Android device and also to change its settings, both remotely.
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Information system for sale support
Štupák, Branislav ; Holek, Radovan (referee) ; Macho, Tomáš (advisor)
The diploma thesis deals with design and implementation of the information system for sale support. In the first part of the thesis is done market analysis and described legislative requirements. These theoretical findings are further applied in the design part of the system. System is designed in spirit of good user experience(UX). Application is created with offline-first approach by React Native framework for cross-platform development of mobile applications. Synchronization between end point devices is done by CouchDB database system.
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Navigation in Public Transport
Turic, Matúš ; Křivka, Zbyněk (referee) ; Burget, Radek (advisor)
This master's thesis deals with the issue of traveling in public transport. In the first part the author informs about similar applications and theories necessary for understanding the problems. In the second part, the author describes the design and behavior of the mobile and server application, including the used technologies. Created mobile application has the task of navigating the user from one point to another in the shortest possible time, while it should be possible to replace the current route with faster one.
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Mobile Application "Paramedic doggy" - Injured Cyclist
Richter, Adam ; Milet, Tomáš (referee) ; Vlnas, Michal (advisor)
This work deal with creation of mobile application with educational purposes for children in age between 6 to 10 years with cartoon theme. Educational purpose is focused on first aid in situation where child is forced to help injured person. Application is solved in the form of educational quiz with options A), B) and C), which overlaps with minigames and animations of application mascot. Because of the focus on children in age category, who are learning how to read fluently the application contains in settings option text to speech. Work contains 7 parts including introduction and conclusion. Second part contains general description of the mobile application development. Third part describes in more detail framework Unity, which choice is justified in the part four. Fifth and sixth part describe design and implementation of the resulting application Pejsek Záchranář.
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Movement Tracking in Public Transport
Paulovčák, Ján ; Rychlý, Marek (referee) ; Burget, Radek (advisor)
This master’s thesis is dedicated to user’s movement tracking in public transport, as well as to optimize route planning. In the first part, author presents information related to graph theory and graph theory algorithms, including Breadth-First Search, Djikstra’s algorithm and A*. In the second part of this thesis, author describes the design of server and mobile application including description of routing process and how individual parts works.
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Augmented Reality on iOS - Displaying of Map Features in Terrain
Bezák, Adam ; Brejcha, Jan (referee) ; Herout, Adam (advisor)
This thesis aims to improve the user's orientation in terrain using his smartphone and augmented reality. By combining these two elements and cost-free OpenStreetMap database of geographic data, is possible to show nearby map features from the maps or show additional information about nearby objects. The resulting technology is used in implemented iOS application called Water Radar. This application displays nearby water streams (or other water objects) relative to the GPS position of the user. The application also uses Google Elevation API, in order to enable displayed water streams to follow the landscape.
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Application for Microsoft HoloLens with Use of Mobile Phone
Stano, Matej ; Kapinus, Michal (referee) ; Bambušek, Daniel (advisor)
This thesis focuses on usage of Microsoft HoloLens head-mounted display for augmented reality and its connection and communication with mobile phone in order to control the hologram. Phone, which uses its motion and position sensors, such as accelerometer or gyroscope, to produce necessary data, represents a wireless controller. Based on this information hologram created by HoloLens is moved or rotated. Communication between devices is maintained through an internet connection. Two separate applications were implemented, each for one of the devices. Mobile app that sends data from sensors to the headset. HoloLens app that processes received data and controls holograms. The result is simple augmented reality game.
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Mobile App for Editing and Viewing Simple Weekly Schedules
Džubarová, Romana ; Škandera, Juraj (referee) ; Herout, Adam (advisor)
The aim of this work is to create a mobile application that will write down the regular weekly activities of the user. Users are not only university or high school students, but the application is intended to appeal to all people who need to register for regular activities during the week. Users can create activities which are inserted into the table. These activities can be changed or deleted. The application allows you to create a test task. It is possible to set a notification for the exams, which the user will receive at the time of the exam, or he can change this time in the Settings. The user can also change what his table will look like in Settings. He can change the days on which he wants to record activities or the start and end time of activity. The application can also be set to dark mode to save battery life. The bachelor thesis describes the design, implementation, testing, and also future intentions for my mobile application.
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Web Application for Tracking of Vehicle Movement
Dubaj, Ondrej ; Burget, Radek (referee) ; Bartík, Vladimír (advisor)
The aim of this thesis is study, design, implementation and testing of vehicle movement monitoring system. The system consists of a web and a mobile application, where the web apllication provides route planning and data interpretation, and the mobile application, which is developed for Android, secures data collection and its sending to server. The system is able to record accurate arrivals and departures of vehicles at control points, their delays compared to planned times and the travelled distance. The back-end of web application is implemented using the Laravel PHP framework and front-end using the Bootstrap 4 CSS framework and its Now UI Kit template. The Android Studio SDK was used to implement the mobile application, along with Java and XML markup language.
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