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Mobile App for Precise Navigation of Agricultural Machinery
Košák, Václav ; Bambušek, Daniel (referee) ; Herout, Adam (advisor)
The aim of this thesis is to develop a field navigation and GNSS system for precise localization. In the field, it is advisable to drive precisely along the lines to avoid repeated crossings or, on the contrary, free spaces. Driving accurately can save seeds, sprays, fuel, and more. Field navigation manages fields, machines, etc. The goal of the application is to navigate along generated guidance lines. In addition to the mobile application, a GNSS system has been developed to receive precise signals with RTK correction. Test results show that with an accurate receiver, the application can be practically used for everyday tasks.
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Mobile Application for Decentralized Elections
Pastushenko, Vladislav ; Perešíni, Martin (referee) ; Tamaškovič, Marek (advisor)
Tato práce popisuje vývoj decentralizované mobilní aplikace pro operační systém Android, která využívá protokol hlasování v zasedací místnosti založený na blockchainu. Článek popisuje motivaci k napsání práce, obecné pojmy spojené s vývojem decentralizovaných aplikací, popisuje plán vývoje, popisuje zvolené technologie, implementace a testování aplikace, zvláštnosti při práci s Flutterem při interakci s chytrými kontrakty Solidity.
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Extension of Mobile Application Don't Panic
Snopek, Matúš ; Kapinus, Michal (referee) ; Chlubna, Tomáš (advisor)
The aim of the work is to create an extension to the mobile application \textit{Nepanikar}, which helps users suffering from various mental illnesses. The extension should includes extending the already existing functionality of recording users' moods, then visualizing them using graphs and heatmaps, displaying them in a register of mood records, as well as enhancing specific records. A dark mode is also to be added to give the app a more aesthetically pleasing appearance. The extensions are meant to give users better tools to manage mental health issues.
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Locating and counting people using radio networks
Varanai, Lukáš ; Zamazal, Michal (referee) ; Valach, Soběslav (advisor)
The aim of this bachelor thesis is the design and implementation of an application for locating people in indoor spaces. The thesis provides an overview of the available technologies, methods, user device hardware options and programming languages for the purpose of creating a mobile phone application. Subsequently, the design and implementation of an application for person localization and test measurements is discussed. The thesis concludes with a summary of the functionality of the implemented application and suggestions for future improvements.
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Training tracking using NFC technology
Blažík, Vojtěch ; Zachariášová, Marcela (referee) ; Strnadel, Josef (advisor)
This bachelor thesis describes the development of mobile application which uses NFC technology for training tracking and monitoring of gym equipment usage. The work summarizes the basic motivation and approaches to training and equipment tracking as well as NFC technology and mobile app development focused on the multiplatform framework Flutter. The resulting app is based on the client-server architecture with offline mode support and uses the identifiers of deployed NFC tags to identify the machine and exercises. The goal of this work is to show a functional system, which incorporates this technology in an unconventional way to achieve a higher user comfort.
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Game Development for Assessment of Human Memory, Attention and Reflexes
Petrovskyi, Denys ; Hussain, Yasir (referee) ; Malik, Aamir Saeed (advisor)
V této práci je podrobně popsán vývoj aplikace pro Android, která je určena k současnému hodnocení paměti, pozornosti a reflexů. Hlavním cílem bylo vytvořit interaktivní platformu, která uživatele nejen zapojí do kognitivních úkolů, ale také jim umožní sledovat jejich výkon v čase prostřednictvím statistické analýzy a grafů průběhu. Aplikace s využitím frameworku Flutter nabízí uživatelsky přívětivý a přehledný design a je integrována se službou Firebase pro efektivní správu uživatelských dat a ověřování. Projekt zahrnoval vývoj řady kognitivních modulů integrovaných do jediné hry, která se dynamicky přizpůsobuje výsledkům uživatele, čímž zajišťuje přesné hodnocení a zapojení uživatele. Uživatelské rozhraní bylo navrženo tak, aby bylo intuitivní a zajišťovalo snadné používání a přístupnost. Výsledky uživatelských testů ukazují, že aplikace úspěšně měří kognitivní schopnosti a poskytuje uživatelům cennou zpětnou vazbu, čímž podporuje neustálé zlepšování kognitivních schopností. Tato práce demonstruje potenciál herního hodnocení kognitivních schopností v mobilních aplikacích a přispívá k rozvoji oborů vzdělávacích technologií a kognitivní psychologie.
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System for Electricity Consumption Registration
Hockicko, Matej ; Zachariášová, Marcela (referee) ; Mrázek, Vojtěch (advisor)
The aim of this work is to design a system to record the consumed electricity. This system will consist of an embedded device that monitors the optical output of the meter and a mobile application, which will be able to download and display the measured data using bluetooth technology. The embedded system will consist of a microcontroller from Nordic Semiconductor. The mobile application will be programmed in the Flutter framework. Historically measured data will be stored on the cloud. The focus of the design will be on the battery life of the embedded device, which will be powered by a CR2032 battery. The main benefit of this work is the ability to monitor electricity consumption using the embedded device and mobile application without the need of owning a smart meter.
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Mobile App for Electronical Evidence of Medical Devices Documentation
Maťašová, Kristýna ; Sekora, Jiří (referee) ; Kašpar, Jakub (advisor)
The Diploma thesis introduces whole documentation of medical devices, laws and legislation related to this topic. It focuses specifically on the problematics of the registration of documents at the medical workplace. Diploma thesis also deals with the design and the implementation of a functional system for electronical evidence of documentation of medical devices, taking into account the practical requirements of employees of medical workplace. The output of the practical part of the thesis is a multiplatform application developed by Flutter toolkits in the development environment Android Studio.
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Comparison of FEM models using 1D and 2D elements used to flutter analysis
Zubaľ, Filip ; Navrátil, Jan (referee) ; Šplíchal, Jan (advisor)
The diploma thesis deals with flutter, which is one of the most dangerous dynamic aeroelastic phenomena in aviation. The work includes the creation process and subsequent flutter analysis of two FEM models of the wing of the BUT 051 Ray experimental aircraft. The goal of the work is to compare individual FEM models and determine the critical flutter speed, to evaluate the effectiveness and usability of FEM models created by 1D or 2D elements.
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Classroom student identification using passwordless authentication
Kamenská, Veronika ; Kurečka, Radomír (referee) ; Travěnec, Jiří (advisor)
This thesis deals with the passwordless authentication of a Masaryk University student within the Simulation Centre of the Faculty of Medicine. In the introduction the concepts of authentication, passwordless authentication, multifactor authentication are explained. Subsequently, these methods are compared with respect to security and the most optimal method suitable for implementation in teaching is selected. A mobile application was created in Flutter environment which will be used by the students for authentication. At the same time, an algorithm was designed to test the application in practice. A pilot testing was carried out focused on the real deployment of the application in the teaching of the Masaryk University Simulation Centre. The results of this testing were then statistically evaluated.
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