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Mobile App with Predictions of e-Sports Matches
Věčorek, David ; Szentandrási, István (referee) ; Herout, Adam (advisor)
E-Sports, also known as progaming (professional gaming) has grown a lot in the last few years. Professional gamers are regularly attending tournaments watched by hundreds of thousands of fans and with prize pools of millions of dollars. There are many video broadcasts of those events and recently betting on e-Sports has also become available. The main goal of this thesis was to create a mobile app for OS Android, which aims to utilize this growth and create a service of providing predictions of results of the e-Sports matches, similar to that existing in regular sports. The application in its current form receives the predictions via Google Cloud Messaging service and shows an Android notification on their arrival. The predictions are then stored on the device into SQLite database so they are available for further view and filtering. After the matches are finished, their results are shown in comparison to the predictions and balance of the predictions is calculated. Users can display information about their subscriptions and predictions under that subscriptions. The app was created in Android Studio IDE with appearance based on the material design guidelines. The app was tested on several devices of different brand and Android version, then it was placed on Google Play for open beta testing. In the future the app will be offered to the users of the service of providing predictions of results of the e-Sports matches.
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Design of Data Warehouse
Szkuta, David ; Neuwirth, Bernard (referee) ; Dydowicz, Petr (advisor)
This diploma thesis deals with the design of a data warehouse that stores events created in the mobile app. The goal was to design an alternative to the current solution. The thesis explains concepts, mainly data warehouse terminology, which are used in subsequent chapters. An analysis of the current solution is conducted, and as well as research of available data warehouse and ETL services. Based on the results of the analysis, a suitable new solution is chosen, implemented, and tested.
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Cooking Advisor for iOS
Vaďura, Martin ; Rozman, Jaroslav (referee) ; Hrubý, Martin (advisor)
The bachelor thesis deals with the design and implementation of a mobile application for iOS devices that allows easy sharing of recipes. The design was developed in diagrams or Figma tool. The implementation is in swift language using CoreData, CloudKit, VisonKit, SwiftUI frameworks. The focus in the design and implementation was on usability, extensibility and synchronization with cloud storage in sync with persistent storage. The thesis discusses iOS application development tools, analysis of each technology, design and implementation of the application and finally testing of the application.
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Application for Searching for Fitness Buddies (Android)
Kalous, Filip ; Behúň, Kamil (referee) ; Herout, Adam (advisor)
This thesis is concerned with the development of a application for smartphones. It's purpose will be to help find sports partners, no matter the sport activity, although it is aimed mainly on weight lifting activities in fitness centres. The development of the application for Android operation system and implementation of the server part made with the help of Ruby on Rails framework is analyzed in the thesis. In practice the application should enable its users to find a suitable sports partner anywhere and anytime.
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Business Plan to Create a System for Data Collection
Hlavoň, Jan ; Vik, Martin (referee) ; Heralecký, Tomáš (advisor)
The purpose of this Masters thesis is to develop and present a business plan for a platform, used to collect data about a baby’s development. The thesis proposes the development of web and mobile applications based on this platform for use by parents. This business plan is also consisted of sections focused on project financing and a comprehensive economic evaluation.
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Mobile App for Notifying about Reaching a Location
Ungrová, Klára ; Szőke, Igor (referee) ; Herout, Adam (advisor)
The aim of this bachelor thesis is to create a simple Android application which will be able to send notifications when entering or exiting a zone of user's interest and will overall ease the process of informing other people. Detection of entering/exiting zone is based on the principles of geofencing. SQLite database is used to save user's zones of interest (and details about them) persistently. When crossing the boundaries of a zone of interest, a user receives a notification - by clicking on it a user has the opportunity to send the message to other person. The message to be sent can be preset for every zone (both for entering and exiting). It is possible to activate/deactivate the monitoring of any zone any time. A user can display zones on the map. There is a possibility to send a trial explanatory notification for user to better understand its functionality. The foreground service which takes care of retrieving up-to-date location is running even if the app is swiped away from running applications. To kill the application, the switch off button in the app needs to be pressed. The main focus of this work is design, implementation and testing of the mobile application. The final version has been published to Google Play store.
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Compact Bluetooth multimetr
Kolář, Ondřej ; Kufa, Jan (referee) ; Rozum, Stanislav (advisor)
The first part of bachelor's thesis Compact Bluetooth multimeter discusses Bluetooth Low Energy technology. It describes individual layers and protocols of its communication chain. There are also described some of the electronic ciruits and methods used for measuring in electronics. The second part of the bachelor's thesis describes practical design and implementation procedures of the compact multimeter which communicates with a smartphone application via Bluetooth Low Energy.
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