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Web Tool for Creation, Management, and Use of a Database of Sports Poses
Křivánek, Tomáš ; Tesařová, Alena (referee) ; Herout, Adam (advisor)
This paper is focused on two searching methods and how they can be used in any searching and in any web application. Two most important qualities of any search are speed and accuracy. One of the best methods in terms of speed is so-called live search. This method provides results immediately when the user starts typing their search expression. That is why in many cases, the user does not even have to finish their expression, because when seeing the result, the user can immediately access it. Search accuracy is often achieved by using keywords or some part of text. Another common way to organize and fetch documents are tags: a short string which identifies a post or a photo. Multiple tags are then used similarly to plain keywords. This work proposes to use tags as a new searching logical language, where presence and/or absence of tags can be required. For this purpose I created a simple logical language "Queries", because they can be used very similarly to database queries. In my case, the language and the user interface is made very simple so that a normal user can specify the query himself. This search tool is showcased in a web application focused around yoga poses. Both methods are used there -- the user can search in the yoga poses database by name or by the queries language.
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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 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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Mobile Application for Management of IoT Devices
Colníková, Ivana ; Tesařová, Alena (referee) ; Hynek, Jiří (advisor)
The main goal of this thesis is the creation of Angular modules for the system of Logimic company. These modules represent the elements of the system's mobile user interface and aim to provide an improved user experience in terms of the system's interface and usability. The system provides an overview of sensor states with the ability to easily send service requests. In this thesis I have analyzed the system's current state and proposed suggestions for improvements. The implementation of these improvements were done by using Angular framework and PrimeNG library. The thesis also contains the testing and integration of these modules into the current system of Logimic company.
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Timetable Planning Support Software
Tesařová, Alena ; Veigend, Petr (referee) ; Dytrych, Jaroslav (advisor)
This thesis deals with the design and implementation of a schedule planning software for lectures and exams at FIT VUT. The final result will provide support for input data preparation, completing teacher's requirements and allowing the planning and subsequent data export in formats suitable for importing into the FIT information system and into the previously used application. The theoretical part deals with general issues of schedule planning and specifics of planning at FIT. The implementation part contains the system design and application implementation description. The result of the work is a software that is currently used to support timetable scheduling at FIT VUT.
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Mobile Chat for Communication between the Athlete and the Coach
Zaukolec, Jakub ; Hynek, Jiří (referee) ; Tesařová, Alena (advisor)
The aim of this thesis is to design and implement a mobile application for Android, that serves to facilitate work of coaches to communicate with their athletes and clients. It is a mobile chat with which coaches are able to provide adequate feedback to their athletes during training. Beginners in area of exercising are able to better understand how to perform each exercise and how they can minimize mistakes during exercising. The application also provides them to store data about their trainings, so they have all the necessary informations in one place, where they can be found very easily.
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Web Application for Organizing Sports Tournaments
Tuka, Samuel ; Tesařová, Alena (referee) ; Herout, Adam (advisor)
The main goal of this bachelor’s thesis was to create a web application for organizing sports tournaments. The application allows creating tournaments, managing tournaments, adding players, generating matches, recording results, and sending automatic notifications. The application consists of a server-side implemented using Node.js, Express.js framework and a client-side implemented in React. The data that the application uses are stored in a MySQL database. Match generation is based on a similar system to the Swiss system and the ELO values that express the performance of the players. The result of the work is a functional web application that is responsive and can be used on mobile devices. The contribution of the work is to facilitate the organization of a sports tournament called the University Badminton League. However, the application includes multiple sports and can be beneficial for other organizations that decide to use it. The testing of the application was conducted directly during the organization of the University Badminton League.
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Application for Support of Agility
Marková, Natália ; Tesařová, Alena (referee) ; Herout, Adam (advisor)
The goal of this bachelor thesis is to design, develop, and test a smartphone app that allows dog owners and trainers to track and analyze agility training for their dogs. The app uses the Firebase database to store its data and is developed using the cross-platform mobile app development framework Flutter. The dog agility training has been thoroughly analyzed for the development of the app. The design of the app is concentrated on providing a user-friendly interface for documenting training sessions, monitoring progress, and offering statistic evaluation. The evaluation’s results will demonstrate how popular the software is by dog trainers and owners as well as how beneĄcial it is in assisting them in enhancing their agility training methods. Also, the user-friendliness and level of user satisfaction of the app will be assessed. Ultimately, the purpose of this thesis is to demonstrate how mobile technology may improve dog agility training and how the developed app offers dog trainers and owners a useful tool for tracking and enhancing their dogs’ agility performance.
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iOS aplikace pro záznam krátkých sportovních videí
Nácar, Arthur ; Tesařová, Alena (referee) ; Herout, Adam (advisor)
The content of this work is a mobile application for the iOS platform. The application is aimed at athletes, whom it should help during their training, and serves as a tool for automatically recording short snippets of video. The implementation is in Swift using the AVFoundation framework. The application has implemented the human pose detector using the CoreML model and can recognize certain game moments which will be captured. The short video snippet recorded with this application then contains the few seconds that preceded the game moment and also the few seconds that followed.
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Smart Task Planner
Zimola, Jan ; Tesařová, Alena (referee) ; Hynek, Jiří (advisor)
Tato práce si klade za cíl vytvořit novou plánovací aplikaci, která kombinuje různé techniky správy času. Z hloubkového výzkumu správy času a průzkumu mezi potenciálními uživateli vyplynulo mnoho různých technik, které aplikace musí poskytnout, aby uspokojila různé potřeby uživatelů. Současné aplikace k tomuto účelu nestačí. Nová implementace kombinuje především seznam úkolů a kalendář, ale také podporuje návyky nebo Pomodoro techniku. Uživatel může přiřadit hodnoty projektům, značkám nebo úkolům, jako je priorita, termín nebo odhad. Tyto atributy jsou později použity v modelu strojového učení pro ohodnocení prvků, což umožňuje aplikaci navrhnout uživateli nejrelevantnější úkoly. Aplikace byla postavena pomocí multiplatformního rámce Flutter a uvolněna na App Store a Google Play. Vlastní synchronizační mechanismus pro data aplikace je využíván mezi databází Isar a serverem Appwrite. Uživatelem definované události mohou být také zobrazeny v lokálním kalendáři vybraném uživatelem pro synchronizaci.
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