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Interaktivní nástroj pro bike fitting využívající počítačové vidění
Kocman, Matej ; Hradiš, Michal (referee) ; Beran, Vítězslav (advisor)
Bike fitting is the adjustment of a cyclist’s pose on the bike often with the help of video analysis with the aim of increasing comfort, preventing injury and performance optimisation. The goal of this thesis was to create a prototype application for bike fitting, which would follow up on existing applications of its kind and would offer a working solution for chosen problems. The application offers functionality for increased keypoint detection accuracy, lowering the number of position iterations needed for optimal bike setup and optimal pose setup for a bike with limited setup options. The application was tested on users and contributed towards reaching an ideal position after a few iterations already. The application is a useful tool for bike fitting at home and the thesis propositions ways of improving it further.
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Audio files analysis application
Dřevojánek, Dalibor ; Schimmel, Jiří (referee) ; Přinosil, Jiří (advisor)
This bacherol thesis focuses on RIFF format files, their structure, processing, usage and creating an application, which is able to show the structure of these files and their simple editing. Application is developed using the C# programming language and .NET framework. It can show the structure of a file in a tree view, plot a waveform sotred in an audio file, edit values in some chunks, extract a chunk of a RIFF file, save it to another file and add or remove a chunk from a RIFF file. Application also contains a console version which can be used in evironments without graphical interface. It is developed using integrated development environment Rider from the company JetBrains s.r.o and git repository stored in cloud service GitHub was used for source code storage and preservation.
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Application for Aiding Solar Panel Positioning
Mudroň, Marek ; Bambušek, Daniel (referee) ; Herout, Adam (advisor)
Táto práca podrobne popisuje vývoj a iteratívne testovanie webovej aplikácie určenej na odhad solárneho výkonu fotovoltaických systémov. Hlavným cieľom bolo vytvoriť používateľské rozhranie (UI) a poskytnúť intuitívnu používateľskú skúsenosť (UX), cielenú pre amatérskych používateľov zaujímajúcich sa o fotovoltaické riešenia. Aplikácia umožňuje používateľom vybrať si geografickú polohu stavby, použiť textúru mapy pre jej namodelovanie a umiestniť solárne panely na strechu v zapojení podľa vlastného výberu. Používatelia môžu do systému pridať aj svoje vlastné modely panelov. Aplikácia využíva simulačný model na odhad výkonu navrhnutého systému. Nakoniec prezentuje výsledky predstavujúce očakávaný výťažok elektrickej energie.
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Support Tools for Verifying Human Ability to Detect Deepfakes
Potančok, Patrik ; Malinka, Kamil (referee) ; Firc, Anton (advisor)
Cieľom tejto práce je vytvoriť webovú aplikáciu s použitím PHP a MySQL, ktorá bude testovať schopnosť ľudí rozpoznať deepfake nahrávky a pritom zbierať ich údaje ako dátum narodenia, rodný jazyk, znalosti ďalších jazykov, koľkokrát a ako dlho počúvali nahrávku a počet správnych odpovedí. Aplikácia zahŕňa správu nahrávok a používateľov, a možnosť exportu údajov používateľov vo formáte CSV. Aplikácia bola implementovaná s použitím Laravel, Vue.js a MySQL.
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Online video annotation tool
Moiseev, Nikita ; Bařina, David (referee) ; Klíma, Ondřej (advisor)
Cílem bakalářské práce bylo vyvinout webový nástroj pro anotaci objektů ve videích. Nástroj je navržen tak, aby poskytoval rozhraní pro anotaci objektů za účelem dalšího využití dat anotace v jiných aplikacích. Nástroj využívá moderní frameworky a knihovny pro vytváření uživatelsky přívětivých webových aplikací. Tato práce obsahuje informace o existujících nástrojích, knihovnách a nástrojích použitých v procesu vývoje, o procesu vývoje uživatelského rozhraní a podrobnosti o implementaci. Implementovaný nástroj obsahuje funkce pro správu videa, editaci anotací a import či export dat. Díky aplikaci má uživatel možnost anotovat svá videa pro další využití v různých oblastech.
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Interaktivní manuál v rozšířené realitě
Přichystal, Filip ; Beran, Vítězslav (referee) ; Kapinus, Michal (advisor)
The goal of this thesis is to create mobile application, that provides interactive manuals in augmented reality. Users can create manuals by placing interactive objects in the space. These can further move, rotate and edit their information. The manual thus created is saved and user is able to view it in the application. The application was implemented in the Unity game engine. The thesis includes a description of the design of the application, the implementation procedure and its testing. Based on the testing, a possible direction for future development was made.
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Adding a Program Module for Implementing Physical Tests to the GeoLab X Application
Knoteková, Hana ; Sedlák, Petr (referee) ; Kříž, Jiří (advisor)
This master's thesis focuses on extending the functionality of an existing web application by creating separate web pages for each examination. The aim of the thesis is to develop individual web pages for each exam within the current web application framework. This approach will allow users to better organize and manage information about each examination. The work involves requirements analysis, design, and implementation of new features with an emphasis on user-friendliness and efficiency. The proposed solution aims to enhance the overall user experience and provide a stable environment for managing and monitoring exams within the existing web application.
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Design and developement of control unit for material testing machine
Kališ, Miroslav ; Appel, Martin (referee) ; Krejčí, Petr (advisor)
This bachelor's thesis is focused on the creation of the software and hardware part of a small benchtop mechanical testing machine available at UMTMB and will serve as a mechanical testing demonstrator enabling material tensile testing. The goal is to create a control program in the LabVIEW environment that communicates with control and measurement components. Another goal is to verify and test the functionality of the proposed solution on real test specimens.
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Web for Transcribing of Genealogical Sources
Susík, Josef ; Kočí, Radek (referee) ; Rozman, Jaroslav (advisor)
This bachelor thesis deals with the creation of a new web environment for transcribing genealogical sources using modern technologies. The existing web application used for transcribing genealogical records http://radegast.fit.vutbr.cz/ is functional, but has shortcomings in the user interface. Therefore, the aim of this work is to improve the current application and implement it using new technologies, for possible future maintenance. The first part of the thesis focuses on analyzing the current state of the application and identifying problem areas. Subsequently, the architecture and design of the new web environment is proposed. The next phase of the work focuses on the implementation of the proposed architecture and problem solving. In the final part of the work, testing is performed. The conclusion of the thesis summarizes the achieved results and suggests possible next steps for the development of the application.
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Research and Development of UI/UX for Commenting Sports Poses
Barborík, Martin ; Tesařová, Alena (referee) ; Herout, Adam (advisor)
The goal of this bachelor’s thesis is the research and iterative development of a user interface for the visual commentary of yoga positions. This process heavily relied on research with potential users and involved collecting sets of annotated photographs on paper. From these, interesting and repeated elements were applied to the developed interface. Qualitative tests were repeatedly conducted throughout the process; I identified shortcomings from these observations, applied changes, and tested again. The result of the work is a demonstrative user interface implemented as a progressive web application.
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