The aim of the work is to design and implement a basic interface of a web information system for the accounting management that corresponds to the Czech legislation. The project contains a brief introduction to the subject of accounting and the terms of proper evidence of receipts and expenditures, which are significant for basic income-tax computing. The results of the work are the requirements analysis, the system design considering the user options and needs and the description of the system implementation process with reference to used technology. In addition, the work includes a description and comparison of four commercial products from the user point of view, which became an initial point for requirements determination.

This thesis is concerning the creation of individual information system for small house-keeping business. The goal is to obtain a system that would meet the needs of the company. The paper focuses on information system design and development in its own by using Java.

Master of Science / Department of Computing and Information Sciences / Daniel A. Andresen / Locating a parking spot during peak hours in most populated areas like shopping malls, universities, exhibitions or convention centers is difficult for the drivers. The difficulty rises from not knowing where the available spots may be at that required time. Smart parking is a solution to metropolitan cities to reduce congestion, cut vehicle emission totals and save persons' time by helping them in finding a spot to park. Smart Parking is a parking system, usually a new one that is equipped with special structured devices (things) to detect the available parking slots at any parking area. This is an application based on Internet of Things (IoT) that in Real-Time environment have sensors and devices embedded into parking spaces, transmitting data on the occupancy status; and the vehicle drivers can search for parking availability using their mobile phones or any infotainment system that is attached to the vehicle. Hence the driver would know where there is an available spot to park his vehicle in less time, reducing the energy consumption and air pollution. The Client or the sensor posts the parking slot occupancy status to a web service URL. The Java based web service is built using Spring and Hibernate to connect to the backend system. The web service (.war) file is deployed on Apache Tomcat Server and the backend used is MySQL database.

Privacy is a topic of ever-increasing interest in the modern, connected world. With the advent of smart phones, the boundary between internet and the personal sphere has become less distinct. Most users of smart phones have very vague ideas of how various apps intrude on their privacy. At Karlstad University, one of the research groups at the Department of Computer Science is dedicated to research on privacy and protection thereof in general, and one research project is about increasing knowledge of how apps collect personal information about its users. This master thesis is about the development of a visualization tool that processes data collected from Android devices by a surveillance app developed within the aforementioned research project. The app keeps record of the usage of what in Android is termed Dangerous Permissions. The info collected is when such an event occurs, which app has requested the permission, the permission requested as well as the geographical location at the time of the event. Over time, more than 2 million such events has been recorded and collected in this manner. Previously, two student projects have developed different web based tools for visualizing the data collected. With this thesis work, a desktop application was developed; a visualization tool that imports the aforementioned data into a database connected to the tool. The graphical user interface of the visualization tool allows an analyst or scientific researcher to do detailed and fine-grained searches in that database and present the result in various charts, thereby visualizing how the apps ask for information that can be used for identifying and surveying individuals, thereby intruding on their privacy. The visualization tool is carefully designed with the aim for it to be scalable and extendable, through an architecture that allows for continuous development of further visualizations as well as other analysis functionality. / Frågan om personlig integritet får allt större betydelse den moderna, uppkopplade världen. Med smartmobilernas intåg har gränsen mellan internet och den privata sfären blivit allt mindre distinkt. Det stora flertalet användare av smartmobiler har mycket vaga begrepp om hur olika appar inkräktar på den personliga integriteten. Vid Karlstads Universitet och Avdelningen för Datavetenskap fokuserar forskningsgruppen PriSec – Privacy and Security – bl.a. på att förbättra den personliga integriteten. Ett av forskningsprojekten syftar till att öka medvetenheten om hur appar i smartmobiler och liknande, samlar in information om dess användare. Denna masteruppsats beskriver utvecklingen av ett verktyg för visualisering av data som insamlats från smartmobiler, läsplattor, etc., med operativsystemet Android. Detta har skett medelst en övervakningsapp som utvecklats inom det ovan nämnda forskningsprojektet. Appen i fråga håller reda på användningen av det som i Android kallas ”Dangerous Permissions” (eller på svenska: farliga privilegier). Den information som samlas in är vilka privilegier det gäller, vilka appar som använder dessa farliga privilegier, när detta sker och var mobilen befinner sig vid det aktuella tillfället. Mer än 2 miljoner sådana händelser har registrerats och samlats in. Tidigare har två studentprojekt utvecklat olika web-baserade verktyg för att visualisera det data som insamlats på detta sätt. I detta uppsatsarbete har en desktopapplikation utvecklats – ett verktyg för visualisering som importerar den nyss nämnda datan till en databas ansluten till verktyget. Via verktygets grafiska användargränssnitt kan analytiker och forskare göra precisionssökningar i databasen och presentera resultatet i olika diagram, på så sätt visualiserande hur apparna använder information som kan användas för att identifiera och kartlägga den person som använder smartmobilen i fråga, vilket inkräktar på deras personliga integritet. Visualiseringsverktyget är noggrant designat med målet att det skall vara skalbart och utbyggbart, genom en arkitektur som tillåter fortgående utveckling – såväl av ytterligare visualiseringar som annan funktionalitet för analys av innehållet i databasen.

Usage of smart phones has become more common nowadays. Timelog system is a user friendly and web based application which systemizes the business of a company with the focus on time tracking. Following the Timelog system from small screen of smart phones is not user-friendly because the Timelog application and its features have not been designed to be accessed from these devices. The solution is creating a smart phone client for the Timelog system which can connect to the database of the system. An appropriate approach is to design a Web Service as an intermediate layer to communicate between the client side and the database.The result is a smart phone client that can be used by users of Timelog system to manage their business when they use their mobiles instead of personal computers. The Web Service can also be used for other smart phone platforms. As a result it can be considered as a generic protocol for the mobile-user of Timelog system.

The topic of this thesis is schedule planning for Faculty of Information Technology (FIT) BUT. Thesis describes the process of creating a schedule at FIT and the information concerning study at FIT that are pertinent to this process. It presents the design and implementation of an application designed to support schedule planning at FIT. The primary focus of this thesis is to simplify and expedite the process of checking, if the schedule being planned is correct. The product of this thesis is a functional application used for schedule planning at FIT, in conjunction with one other application.

The aim of my thesis is to analyze, propose and implement the application of IPTV Manager.The analysis probes the requirements for the application and its results are displayed in UML diagrams. The proposal is mainly focused on application's architecture and on the choice of modern technologies that faciliate its realisation.The security of the application is highly emphasized in the proposal and in the implementation itself.

The aim of this work is to design and create an application that will allow monitoring of wireless sensor networks. The basis of the project is to design a database that is capable of storing data acquired from wireless sensor networks. The main requirement for the design is versatility, which flows from the requirement to use the database for broad range of applications implementing wireless sensor networks. The application itself is designed to be the most versatile and modular, which means that modules provide specific monitoring services. The application is able to monitor the real wireless sensor network through designed and implemented connector. For implementation J2EE (server side) and Adobe Flex/Air (client side) technologies are used.

This master's thesis is based on automated web applications testing with freeware instrument utilization developed under Google code project. It is called Selenium webdriver and become very popular during last years. Selenium webdriver is frequently used for web pages automation. Indisputable advantages of this solution are low entry cost, selenium is broadly used and also live community around that instrument with many useful informations. Main goal of this thesis is creation of automation framework created by Java programming language. This final framework will integrate Selenium webdriver and guarantee easy creation of testing scenarios. Because of this goal is placed mainly on separation of web page programmatic description and description of testing scenario.

This thesis is focused on the subjective measurement of the quality of experience on streaming video through a mobile application. After wide analysis of possibilities how to realize subjective measurement of quality of experience, the mobile and web application were created. These tools enable to obtain user ratings of streaming videos and then evaluate them. The user ratings are stored to the central database via secured REST API.