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Implementation of a Computational Module into the Web Application
Niedoba, Marek ; Dobrovský, Ladislav (referee) ; Šomplák, Radovan (advisor)
This master's thesis focuses on the implementation of a computational module, developed at the Institute of Process Engineering at the Brno University of Technology, into the existing web application Popelka. This module will serve as a tool for evaluating the degree of municipal waste separation in basic territorial units in the Czech Republic. The theoretical part introduces the issue of waste management and other concepts important in the context of this thesis. It also describes the Popelka web application project, the course of its development, the technologies used, and its functionality. The practical part focuses on the specific implementation, appearance, and functionality of the new module.
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Information System for Workflow Process Management
Augustín, Dominik ; Hynek, Jiří (referee) ; John, Petr (advisor)
The aim of this thesis is to design and implement an information system for a specific company where the existing solution needs to be replaced. This information system focuses on the execution of business processes, otherwise known as workflows that are defined in the BPMN standard. The new system is divided into a client part in the form of a web application and a server part running in the Node.js runtime environment. The implementation language of both parts is TypeScript. Communication between the system parts as well as with other systems used in the company is done through REST API. The new information system allows the company to leave the rigid and cumbersome form of the executed processes behind, replacing them with visually configurable diagrams run by the Camunda platform.
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Web Application Development for a Start-up Business
Deminger, Dominik ; Kindlová, Dita (referee) ; Luhan, Jan (advisor)
The bachelor thesis deals with the design of a prototype web application using Node.js and other technologies and procedures commonly used for development and implementation. The main goal of the thesis is to create a functional prototype of an online store for the company Joynda s.r.o., which will meet the owner's requirements. The text provides detailed descriptions of the technologies and procedures used in the project, the source code, implementation and a detailed description of the structure of the pages and their functionality
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Podpora pěstování ve městech pomocí webové aplikace
Čelakovský, Alexandr ; Vaško, Marek (referee) ; Bažout, David (advisor)
The goal of this bachelor thesis is design and implementation of a web application for a smart greenhouse with elements of gamification. The main parts of the system include rental of flowerbeds in individual greenhouses and a smart marketplace that is fully automated. The backend is implemented in the Django framework and the frontend is written in React. Emphasis was placed on the greatest possible automation and simplicity of the user interface. The result of the work is a web application that meets the requirements. Tests have shown that the final solution is functional and user-friendly.
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Web application for automated network design
Grenčík, Dominik ; Dvořák, Jan (referee) ; Kubánková, Anna (advisor)
This master thesis focuses on creating a web application for the automated design of computer networks in the context of the rapid development of information technologies and their crucial role in the business environment. The work consists of theoretical and practical parts, with the theoretical part addressing the development of web applications, necessary programming languages, and tools, as well as the theory of computer networks and their design. The practical section includes the design and implementation of the backend with a relational database and the frontend with a description of components and functionality. The developed web application demonstrates how automated network design contributes to efficient planning and implementation of computer networks.
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Interactive graphical environment for visualization of penetration testing
Klampár, Roman ; Martinásek, Zdeněk (referee) ; Lieskovan, Tomáš (advisor)
This thesis deals with the design, development and implementation of an interactive graphical environment to support penetration testing. The theoretical part describes the basic concepts of penetration testing, introduces the Penterep platform and the technologies used in the development, such as Vue 3, TypeScript and D3.js. The practical part focuses on the design of the data structure and architecture, as well as the implementation of the network graph with interactivity including drag and drop, zoom and pan. The implemented solution allows manipulation of the graph and its data, making it possible to change the graph structure. The thesis resulted in a package designed for flexible integration into existing projects such as the Penterep platform, into which the solution was also integrated. The thesis also analyses the performance of graph rendering using HTML5 Canvas and SVG. Rendering time, FPS and memory usage for different sizes of graphs were monitored during testing. The results show that HTML5 Canvas achieves better performance for larger amount of data. The aim of this work is to increase the efficiency of penetration testing, reduce the time consumption and simplify the necessary processes compared to the currently available tools.
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Application for Communication between Volunteers and Seniors
Pomkla, František ; Hynek, Jiří (referee) ; Bartík, Vladimír (advisor)
The Moudrá Síť app provides a platform for seniors and volunteer assistants to communicate and help seniors solve digital technology problems. The main goal of this project is to educate seniors and to increase their digital literacy. This thesis focuses also on technologies for web application development, the use of CRM systems for database development, Vercel web hosting, and web accessibility. Next, the basic principles and technologies for creating chatbots are presented. The result of the thesis is a functional web application already tested by seniors as well as a comparison of two chatbot solutions based on the GPT model and the Dialogflow platform using its knowledge base.
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Single-Page Application Generator for Improving Maintainabilty
Ďurčanský, Norbert ; Burget, Radek (referee) ; Polčák, Libor (advisor)
This diploma thesis deals with developing generator for single-page applications. Before developing the application it was necessary to identify problem areas that prevent the development and describe tools that make it easy to create, test, maintain, and deploy single-page applications. Based on the obtained information, the generator Create Sbspa is designed and implemented to efficiently create single-page applications and help to eliminate development problems. It generates configuration and code from semantic templates. The generator is available through a user interface that splits the templates into the groups by applicability. The generator was designed with the need for simplicity and clarity to enable efficient integration with new features. This work also includes design and implementation of the example app which shows features and benefits of the generator.
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Implementation of Simple Speech Recognizer in a Web Browser
Crkoň, Jakub ; Glembek, Ondřej (referee) ; Szőke, Igor (advisor)
The goal of this project is to implement simple speech recognizer for web browser. This paper describes fundamental components required for implementing speech recognizer and techniques which are used for optimization process of speech recognition in web browser. At first, the paper focuses on introduction of speech recognition theory. It describes individual parts and principles of speech recognizer. In next section, thesis describes design, implementation and principles of acceleration of speech recognizer with limited computing resources of web browser. The implementation is divided into modules making up the library for usage in web browser. The library is easily extendable and usable in various web applications. Finally, it discusses potential directions of development and usability of this project.
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