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Mobile App for Making Challenges and Taking Part in Them
Plachý, Tomáš ; Kolář, Martin (referee) ; Herout, Adam (advisor)
This thesis deals with the problematics of designing, implementing and testing of mobile application for operationg systems iOS and Android. The main work of this thesis is development of an application, which allows its users to create challenges and invite their friends to participate in them. Users can also watch the progress of other participants in a challenge, which can give themselve more motivation to complete the challenge. The application was designed and developed with focus on opinions of its users. I have started by developing a prototype in order to find out, which functions do the users find the most crucial. Thereafter I created the first official version, which was subsequently iteratively improved with regard to feedback from testers.
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Mobile App for Recognition of Leukocoria in an Image of Human Face
Hřebíček, Pavel ; Kodym, Oldřich (referee) ; Herout, Adam (advisor)
The goal of this thesis is to design and implement a multiplatform multilingual mobile application for detecting leukocoria in an image of human face for iOS and Android platforms. Leukocoria is a whitish light of the pupil, which can be seen on the photo when the flash is used. Early detection of this symptom can save human eyesight. The application itself allows to analyze a user's photo and detect the presence of leukocoria. The goal of the application is to analyze eyes of the human, from which the mobile application name - Eye Check is derived. React Native framework was used to create a multiplatform mobile application. The Dlib library was chosen for human face and eye detection, the OpenCV library for working with the photo. The convolutional neural network was used to classify the eyes for the possible presence of leukocoria. Client-Server communication is solved using the REST architecture. The result is a mobile application that detects leukocoria and allerts the user to visit his doctor if leukocoria is detected.
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Smart Loudspeaker with Raspberry Pi
Vondráček, Tomáš ; Špaňhel, Jakub (referee) ; Herout, Adam (advisor)
The bachelor thesis deals with the creation of music system that allows users to organize and play music in real time. The music system is based on client-server architecture and consists of server, web and mobile application. The server application serves as a music player and a connection broker among clients. The client serves as a user interface for the server, but can organize and play music on its own. The music system is implemented in JavaScript (ECMAScript 2018). The server application is built on the Node.js and implements Socket.IO server with REST API. The web application is based on React and presented as SPA. The mobile application is implemented in React Native with focus on Android system. The server and web applications are deployed on Heroku servers and Raspberry Pi computer. Mobile application is published on Google Play. The music system can be used for private music playback or as a means of organizing music among multiple users.
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The Design and Implementation of Mobile Applications for iOS and Android
Kraina, Martin ; Neuwirth, Bernard (referee) ; Dydowicz, Petr (advisor)
This master thesis focuses on proces of UI/UX designing and implementation of mobile application for operation systems Android and iOS. Application is developed using multiplatform mobile framework React Native and programming language JavaScript. Automatization of testing and publishing in App Store and Google Play is also subject of this thesis. Application serves as guide for visitors of theathre festival Encounter/Setkání organised by students of Janáček Academy of Music and Performing Arts.
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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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Mobile App: SuperSimple Shared Shopping List
Krhovský, Patrik ; Bartl, Vojtěch (referee) ; Herout, Adam (advisor)
The aim of this thesis is to create a mobile application for sharing daily-needed stuff with your family or friends and let each other know if something runs out and buy it. For sharing this stuff between users in real time is used database Google Cloud Firestore. The application is implemented in React native and it is available for iOS and Android devices. REST API is implemented in Node.js where is saved data from the mobile application and sending push notifications to mobile devices. This work is focused on user interface design which was implemented and tested. The application is available in Apple App Store and Google Play. With this application, a user should never forget to buy what he really needs.
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Mobile Application for Finding Meeting Participant Photos
Červený, Martin ; Bartl, Vojtěch (referee) ; Beran, Vítězslav (advisor)
The goal of this work is to design and implement an application to find meeting participants, their photos and to manage these meetings with the ability to write notes. The application should make preparations for these meetings more efficient. For the successful development, the target group survey, the requirements analysis and subsequently the design and implementation were performed. The result is a functional mobile application that is tested with aspect to usability of the user interface.
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Cross-platform development in React Native with image analysis.
PONGRÁCZ, Martin
This bachelor thesis is about mobile application development in the React Native framework. It describes basic functions of the framework and its pros compared to classic-native and hybrid development. The theoretical part of the thesis describes the process and theory of native development and comparation of current technologies and practices in this field. Another topic of the theoretical part is the introduction of the React Native framework including its installation process, theoretical functioning and correct programming procedures which help achieve the creation of optimally running applications. The next topic describes image processing, object detection and the process of training algorithms to find specific objects. The practical part includes the creation of an application using the React Native framework for Android OS, which can identify a bee hive using NFC or QR codes, and detection of a bee queen on a bee hive using the OpenCV and Tracking.js libraries, which will be subsequently ported to other operating systems.
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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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Methodology for mobile development in React Native
Suk, Filip ; Mittner, Jan (advisor) ; Buchalcevová, Alena (referee)
Main goal of this thesis is designing a methodology for developing mobile applications in React Native framework. To accomplish the main goal, these goals were set: characterize current state of mobile development, introduce reader to JavaScript and React Native development, design methodology content by extending OpenUP methodology and applying the new methodology to implementation of example app. Outputs of this thesis could be valuable for small mobile development teams and students interested in this field.
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