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Mobile App - Journal as a Chat
Dorda, Tomáš ; Dobeš, Petr (referee) ; Herout, Adam (advisor)
This application aimed to create a minimalist mobile application for the secure keeping of an electronic diary with the user interface of the instant messaging application. The application is implemented in the Flutter framework and is available for devices with the Android operating system. The work focuses on the design of the application, its implementation, and continuous testing. The result is a journaling application that allows any journal to be locked with its own password, hidden, or even hidden and locked. The application offers a large number of color themes to customize each diary and an original user interface.
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Capturing Very High Quality Images of Planar Surfaces by a Smartphone
Šebela, Vít ; Hradiš, Michal (referee) ; Herout, Adam (advisor)
The main goal of this bachelor's thesis is to design and create mobile app for iOS platform, which will allow the capture of high quality image of planar surface. Application can be used in lots of use cases where high quality of captured image is needed, like capturing photo of contract, wood pattern or book cover. Main building block of the application is to capture set of photos of planar surface, which is then used for calculation of the resulting high quality image. Calculation is performed using OpenCV library. Planar homography is used for image alignment, the quality of the resulting image is then achieved by combination of image averaging techniques, increase of resolution and reconstruction of details using Lanczos interpolation and image sharpening using Unsharp mask technique.
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Mobile Application for Scanning Kakuro from Newspapers and Finishing It
Rein, Michal ; Drahanský, Martin (referee) ; Dyk, Tomáš (advisor)
The purpose of this thesis is to create a mobile application, which allows to scan a Kakuro game from any printed media and helps it's user solving it. The solution is composed of client and server sides, where client is the mobile application implemented in the Flutter framework, which collaborates with server side to construct a virtual playground and offer solution of the game to the user. This thesis also includes studies of computer vision and machine learning techniques, software engineering and algorithmic solving of the Kakuro game, which are necessary for constructing such applications. The outcome of this work is a fully functional mobile application which allows it's user to scan the game and offers help with solution. The app is available for devices with Android and iOS operating systems.
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Control of Musical "Combo"
Jeřábek, František ; Milet, Tomáš (referee) ; Zemčík, Pavel (advisor)
This thesis focuses on creating a pedal controller for guitar combo Yamaha THR10 using Raspberry Pi Zero W microcomputer and a mobile application for configuration of the controller. It describes analysis and implementation of previously unknown protocol used for communication between guitar combo and configuration application. It also describes the creation of custom protocol used in internal communication and textual protocol in JSON for communication between pedal controller and mobile application.
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Autonomous mobile robot communication interface design
Bajer, Jan ; Šnajder, Jan (referee) ; Věchet, Stanislav (advisor)
This thesis deals with the design and implementation of a communication interface for an autonomous mobile robot, which is designed for watering plants. The theoretical part is a search for possible ways of communication with the ROS system, which runs on the robot. Subsequently, the possibilities of designing a mobile application for interaction with this robot are explored. In the practical part, a communication interface is designed using the MQTT protocol together with the implementation of this interface into a robot, database server and mobile application, which is created using the Flutter framework. The conclusion of the work discusses the suitability of the communication protocol used and the evaluation of the functionality of the created system.
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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 Sharing Safety Information on a Trip
Gabaj, Dominik ; Tomešek, Jan (referee) ; Herout, Adam (advisor)
The aim of this bachelor thesis is to create a mobile application which would help people during the travel by sharing of their information. It enables to create a trip itinerary and its subsequent sharing with another users for the control and safety of the person. The application has two types of users. The first type of users are the ones, who actually participate in the trip and give information about themselves. The second type are users who use shared information of the trip for the safety and control of their relatives or friends. They can watch the location of these people at the particular moment. The application is designed and implemented for the Androit operation system. It uses Google's Firebase technology, which allows sharing datas between users in real time. In individual chapters is approximated the theory of mobile application development, evaluation of competing application and the description of implementation.
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Smartphone application for optical fiber monitoring system
Vaverka, Jan ; Myška, Vojtěch (referee) ; Dejdar, Petr (advisor)
The main goal of this master thesis is to develop a multi-platform mobile application in the Flutter framework for iOS and Adnroid platforms. The application will remotely communicate with a fiber optic monitoring system through a server. In the introduction of the thesis, the issues of fiber optics and fiber optic security options are described. The next section describes the communication options between the application and the server, also the Flutter framework is described. In the practical part, the communication between the application and the server is proposed. A large part of the practical section is focused on the design and programming of the multiplatform application. The last part is focused on testing the communication between the application and the server.
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Úprava mapového modulu pre aplikáciu Moje MENDELU
Prchlík, Erik
The work focuses on the modification of an outdated solution for the mapping module in the application Moje MENDELU, which facilitates the lives of students and university staff. The result is a modernized module that handles the display of useful information on the map and provides additional detailed data. The innovation was achieved through changes in data sources, the use of newer and more efficient libraries, additional modern technologies, and, last but not least, the improvement of the logic of various processes. Each of these modifications has contributed to the success of creating a more time-efficient and reusable mapping module.
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Mobilní aplikace pro pomoc imigrantům
Janovec, Jan
This thesis deals with the development of a Smart Migration mobile application for the iOS platform. The application is primarily intended for foreigners coming to the Czech Republic for work. The purpose of the project is to allow people to easily navigate the legislation they have to comply with, but also in everyday life situations such as finding a school or kindergarten. The theoretical part of the thesis consists of a survey of current trends and technologies for creating apps for the iOS platform and analyzes the functionality of similar apps available on the market. The proposed app is based on the Swift language and the SwiftUI framework.
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