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Shared transport for hospital staff
Lukášek, Ondřej ; Herout, Adam (referee) ; Tesařová, Alena (advisor)
This thesis focuses on the design and development of a mobile application for the employees of Olomouc University Hospital, who face a shortage of parking spaces on the premises. The application addresses this issue through shared rides for commuting to and from work. It is implemented for Android and iOS platforms using the React Native framework, with Firebase used as the backend service. The main contribution of this work is the extensive user research involving over 1000 hospital employees. Besides the research and overall mobile development, this thesis deals with the actual implementation of the application using modern approaches. The resulting application is ready for imminent release and pilot operation in the hospital, representing an important step towards practical deployment in a real-world setting.
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System for Support of Short-Term Car Rentals Based on Carsharing
Vrtal, Petr ; Bidlo, Michal (referee) ; Šimek, Václav (advisor)
The aim of this thesis is to create a system for the transformation of an ordinary passenger car into a vehicle capable of sharing in the form of short-term loans. Vehicle rentals are completely unattended, which was achieved by implementing service applications in the form of an administration and user tool. The administrative application was created using web technologies, primarily Next.js and React. The customer application was implemented with the goal of high portability, and therefore its development was directed to mobile platforms using the React Native framework and the Expo tool. The vehicle is equipped with its own designed IoT end device in the form of a printed circuit board, capable of permanent wireless connection to the network based on LTE-M technology and MQTT protocol. The purpose of this device is to provide current vehicle data obtained by reading communication on the CAN bus, connecting to a standard OBD-II diagnostic port. An important part of the work was the execution of a series of tests of all sub-aspects of the implemented architecture, focusing mainly on reliability, resulting functionality and user-friendliness. The resulting system was tested in real operation and represents a way of non-invasively transforming a regular passenger car into a car capable of sharing.
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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 Employees with Biometrics Support
Tesařová, Alena ; List, Jaroslav (referee) ; Hruška, Tomáš (advisor)
This thesis deals with the design and implementation of a mobile application for BUT employees. The final application is written for Android and iOS in React Native. The goal is to facilitate the daily activities of an employee, which leads to more efficient work and reduced administration. The theoretical part deals with the selection of the most important modules in the information system based on statistical data and questionnaires. The implementation part contains the design of the user interface of selected modules and a description of the application implementation. The final application was tested by a group of employees and received a very good verbal evaluation.
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Mobile Application for Tracking and Sharing Cyclists Location on Map
Schléger, Richard ; Burget, Radek (referee) ; Hynek, Jiří (advisor)
This thesis deals with analysis, design and implementation of mobile application and application for smartwatches for tracking and sharing location of athletes, especially cyclists. Main goal of this application is to increase level of safety of athletes during the activity. This task is accomplished by location sharing and also by automatic fall detection and following notification. Final application is intended for mobile operating system Android and iOS a also for smartwatches with Wear OS. Theoretical part is dealing with analysis of actual trends in cycling, mobile applications and smartwatch applications development. Implementation part consists of design of application, implementation itself and testing.
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Unconventional Dating Mobile Application
Demel, Jan ; Burget, Radek (referee) ; Hynek, Jiří (advisor)
The aim of this thesis is to create a new dating app that corrects the shortcomings of existing solutions. It turned out that the main shortcomings are impersonal dating and judging based on appearance. These are corrected by using the psychological model called MBTI and limiting the amount of time that users can chat. The thesis gradually discusses the issue of current applications, the design of solutions for partial problems and lastly the description of the implementation itself. The implementation consists of a cross-platform mobile application and an API. The cross-platform application itself was implemented as a mobile native app using React Native. The API was implemented as a REST API. The app uses Firebase services for data storage, sending notifications and user authentication. The localization API of the device is used to search for suitable connections in the vicinity.
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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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Mobile App for Monitoring the Condition of Bike Parts
Kotoun, Josef ; Kapinus, Michal (referee) ; Herout, Adam (advisor)
The thesis deals with the creation of a mobile application that allows to monitor the condition of bicycle components. The application is implemented in React Native, Firebase services are used for data storage and authentication. The resulting solution provides the user with the ability to record mileage and ride time for individual components and bikes, and to record the state of wear and services performed on components. Mileage and ride time are obtained from the ride records, which the user can enter manually using a form or sync with their Strava account. The resulting app is available on Google Play under the name Bike Components Manager.
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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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Mobile Application for Taking and Evaluating Photos during Sports Training
Čásar, Jozef ; Herout, Adam (referee) ; Tesařová, Alena (advisor)
The aim of this bachelor thesis is to design and create mobile application for sportsmen and trainners. Its essence is to take a photo of any exercise during training, the option to compare photos with referential photo of exercise and send it to the coach. Simultaneously, the application for the trainer allows the trainer to rate photo and send feedback to sportman. The application is implemented for Android using React Native and Firebase for storing data. The result is the application, which complements a number of existing mobile sports applications, using new functionality. The benefit of this work is its real use for acquiring the habits of proper exercise technique in amateur athletes or more demanding exercises in advanced athletes.
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