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Framework for a Web Internet Service
Hájek, Filip ; Smrčka, Aleš (referee) ; Hrubý, Martin (advisor)
The goal of this thesis is to design and implement a containerized web service, which provides the ability to create and run users' tasks. The task is only an abstraction over some particular implementation of computation. The task runs as a Docker container. The thesis also implements user management and the method of running task charging. The system architecture consists of a REST API web server and a user web environment. Worker applications are an essential component of the system. They start user tasks assigned by the server. The system was implemented using the .NET 6 framework in programming language C#. The run of the service has been simulated in a Docker environment. The service integrates existing Auth0 and Google Cloud Storage services. The result is an internet service deployed on a public cloud server.
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Web Application for Graphical Description and Execution of Spark Tasks
Hmeľár, Jozef ; Burget, Radek (referee) ; Rychlý, Marek (advisor)
This master's thesis deals with Big data processing in distributed system Apache Spark using tools, which allow remotely entry and execution of Spark tasks through web inter- face. Author describes the environment of Spark in the first part, in the next he focuses on the Apache Livy project, which offers REST API to run Spark tasks. Contemporary solutions that allow interactive data analysis are presented. Author further describes his own application design for interactive entry and launch of Spark tasks using graph repre- sentation of them. Author further describes the web part of the application as well as the server part of the application. In next section author presents the implementation of both parts and, last but not least, the demonstration of the result achieved on a typical task. The created application provides an intuitive interface for comfortable working with the Apache Spark environment, creating custom components, and also a number of other options that are standard in today's web applications.
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Mobile App: SuperSimple Shared Shopping List
Krhovský, Patrik ; Bartl, Vojtěch (referee) ; Herout, Adam (advisor)
The aim of this thesis is to create a mobile application for sharing daily-needed stuff with your family or friends and let each other know if something runs out and buy it. For sharing this stuff between users in real time is used database Google Cloud Firestore. The application is implemented in React native and it is available for iOS and Android devices. REST API is implemented in Node.js where is saved data from the mobile application and sending push notifications to mobile devices. This work is focused on user interface design which was implemented and tested. The application is available in Apple App Store and Google Play. With this application, a user should never forget to buy what he really needs.
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Configuration and Reservation System for Concert Halls
Sikora, Vít ; Burget, Radek (referee) ; Zendulka, Jaroslav (advisor)
This paper describes the implementation of a web application that enables configuring events in concert halls and defining sections and seats in those halls. Furthermore, application can run in a mode for end users that enables placing reservations in previously defined halls. Certain emphasis is placed on customizability so that it would be easy to integrate this application into an existing system. Implementation is divided into server part (REST API) realized using PHP 7 with Restler framework and to client part built as a single page application using modern Javascript (ECMAScript 2016) with React framework and transpiled to common Javascript and HTML using Webpack and Babel.
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iOS Application for Festival Visitors
Menšík, Jan ; Polášek, Tomáš (referee) ; Bobák, Petr (advisor)
The aim of this thesis is to implement iOS application aggregating information about festivals to one place. Application should provide general overview about individual festival events and help users with time planning. Thesis is describing process of creation from user interface design and system architecture to implementation with final testing. The result is client-server application providing web interface to organizers for any kind of festival registration which is later available in the mobile application. Server is implemented in Django framework, client application in framework SwiftUI.
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Automation and Accounting of Coffee Machine
Víšek, Jakub ; Ryšavý, Ondřej (referee) ; Pluskal, Jan (advisor)
The goal of this thesis is to design and implement an embedded and information system for automatic accounting of coffee dispensed by a vending machine. Features of the created solution include reliability and portability. The system can be easily extended for use in point of sale applications different to coffee machines. The results enable easy deployment of electronic accounting of purchased products and demonstrate integration of a microcontroller which controls a coffee vending machine on the basis of identifying users by their RFID tags.
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iOS Client Interface for Production Scheduling System
Tomala, Tomáš ; Kočí, Radek (referee) ; Hrubý, Martin (advisor)
The aim of this bachelor thesis is to create mobile application for iOS operating system, which will serve as an interface to access PlannerLoop service. The PlannerLoop production scheduling system targets mainly smaller manufacturing companies that cannot afford to invest large sums in automated production scheduling tools. The client application of this service ensures the acquisition of the necessary user data, which it processes and sends to the computing server provided by the service. The user entered operations are scheduled by the service and placed by the client application on a timeline in the schedule, where it is possible to manipulate the operations.
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Client-server search engine for optimal public transport routes
Brát, Daniel ; Hošek, Jiří (referee) ; Myška, Vojtěch (advisor)
This bachelor thesis deals with the design and implementation of a client-server based program for finding the optimal path in public transport networks. Theoretical basics describe the Traveling salesman problem and mention some methods for finding its solution. This chapter is followed by a theoretical design of the application itself. Next chapter describes chosen technologies to be used. The last chapter describes the realization of the application itself. Reached goals are described in the conclusion.
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Analysis of local DNA structures
Kratochvíl, Jaromír ; Trenz, Oldřich (referee) ; Šťastný, Jiří (advisor)
This diploma thesis is focused on the description and implementation of the user interface for the analysis of local DNA structures as a web application in the Vue.js framework. The local structure can be described as an alternative DNA structure which arises in a specific DNA sequence that occurs in important regions of the genome. The first part of the thesis is theoretical and examines the field of DNA research and a description of selected technologies. The second part deals with the implementation and testing of the user interface on specific DNA sequences.
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Browser and User Fingerprinting for Practical Deployment
Vondráček, Tomáš ; Malinka, Kamil (referee) ; Polčák, Libor (advisor)
The aim of the diploma thesis is to map the information provided by web browsers, which can be used in practice to identify users on websites. The work focuses on obtaining and subsequent analysis of information about devices, browsers and side effects caused by web extensions that mask the identity of users. The acquisition of information is realized by a designed and implemented library in the TypeScript language, which was deployed on 4 commercial websites. The analysis of the obtained information is carried out after a month of operation of the library and focuses on the degree of information obtained, the speed of obtaining information and the stability of information. The dataset shows that up to 94 % of potentially different users have a unique combination of information. The main contribution of this work lies in the created library, design of new methods of obtaining information, optimization of existing methods and the determination of quality and poor quality information based on their level of information, speed of acquisition and stability over time.
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