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User Interface for the bee hive management system
Torbin, Evgeny ; Rozman, Jaroslav (referee) ; Veigend, Petr (advisor)
The aim of this thesis is to create a user interface for the bee hive management system and its implementation as a multiplatform application. The user will be able to view statistics about their hives, apiaries and manage them. This information is provided by the server and received from special sensors installed directly in the hives. To solve this problem, Ionic framework written in JavaScript language and web technologies HTML and CSS were used. Communication with the server is done using REST API. The final application provides an interactive and user-friendly interface for managing bee hives, and is available on different platforms. The main result of this work is to prove that it is currently possible to create a full-fledged application without knowledge of platform-specific technologies. This approach makes the development of similar projects cheaper, more efficient and much faster.
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Analysis and Visualization of Beekeeping Big Data
Čásar, Jozef ; John, Petr (referee) ; Hynek, Jiří (advisor)
The aim of this master's thesis is to design and create a web application for beekeepers and the general public using a dashboard tool. The application analyses large datasets from the system ApiVčelař 4.0, originating from modern beekeeping devices such as scales, temperature sensors, humidity sensors, and others. The analysed data are linked with other open source data, which are then visualized for the user. The web application is implemented using the Ionic framework with the utilization of the React framework for the user interface. The chosen database system for data storage is PostgreSQL, and the data are processed using Django technology. The selection of technologies is based on the existing application to ensure compatibility with the system ApiVčelař 4.0. The result is an application that provides new insights and information derived from large datasets for users.
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Motivational Cross Platform Mobile Application for e-Health
Pohner, Pavel ; Hynek, Jiří (referee) ; Pastushenko, Olena (advisor)
This bachelor's thesis focuses on design and implementation of cross-platform application, which will support and extend user's physical activities and capabilities with usage of gamification. In the beginning of this work some of the existing applications were analyzed. Subsequently analysis of gamifiaction elements and tools for implementing cross-platform applications and user interfaces was performed. Based on acquired informations the application was designed. The result of this thesis is cross-platform application running on platforms Android, iOS and web, which is implemented in HTML, CSS and JavaScript with usage of Cordova framework for deploying application on target platform and Ionic framework for application's native appearance. The application with usage of gamifiaction elements motivates user to fulfill given physical tasks and trainings, which should result in improved physical abilities and better physical condition.
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Detection, Localization and Determination of Chronic Wounds
Gulán, Filip ; Dvořák, Michal (referee) ; Drahanský, Martin (advisor)
The aim of this diploma thesis is to design and implement a multiplatform application for detection, localization and determination of the extent of chronic wounds. The application is intended to assist nurses, doctors and healthcare assistants to monitor and evaluate chronic wounds in the course of treatment. The application is based on the Typescript programming language, on the Ionic hybrid application framework and on the Electron desktop application framework. Chronic wound assessment runs on the server-side where the Python programming language is used. The Flask application framework is used for the RESTful application interface and the OpenCV library is used for image processing.
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The university and its campuses – information and navigation (mobile application)
Cupák, Michal ; Roupec, Jan (referee) ; Heriban, Pavel (advisor)
This thesis deals with development of multiplatform mobile applications. Part of the thesis is the design and implementation of a mobile application to facilitate the orientation of people in a large university environment. The application is designed for Android and iOS mobile operating systems and is implemented in the Ionic development environment. The application provides basic information about individual buildings of the university, displays buildings on the map and allows the user to navigate these buildings.
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Development of i-CT Framework and Application for Communication of YES/NO Type
Kalina, Jan ; Kočí, Radek (referee) ; Fiala, Jiří (advisor)
This master thesis deals with issues of development of applications for augmentative and alternative communication (AAC) in environment of special education for mentally challenged pupils with communication disorders. Thesis presents issues of development contemporary applications and follows on design principles of Computer therapy project, which compliance during the design and implementation should prevent the current issues. The aim of the thesis is creation of application for AAC of YES/NO type and i-CT framework - framework simplifying creation of similar apps for described environment. Both apps works on iOS and Android systems and were tested in an environment of people with mental disabilities.
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Mobile Application for Management of Smart City Service Requests
Formánková, Klára ; Burget, Radek (referee) ; Hynek, Jiří (advisor)
The aim of this thesis is to develop a mobile application for managing service requests in smart cities and it is done in collaboration with Logimic company. Service requests represent activities that need to be performed in a city, where managers are responsible for managing them and technicians are responsible for executing them. This thesis intends to analyze the current state of support for service request management on a smart city platform and to design and implement a solution for effective service request management in the form of a mobile application for both Android and iOS platforms. The result of the work is a multiplatform application developed using Ionic and Capacitor frameworks, which allows more efficient work with service requests by organizing them into a graph structure, merging duplicate requests and introducing some typical mobile elements. The resulting application is also integrated as a module of the smart city platform. An important contribution of this thesis is the verification that using frameworks Ionic and Capacitor, a web application can be easily transformed into a multiplatform one.
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