Denna avhandling beskriver ett projekt för att skapa en prototypapplikation med syftet att förenkla vägmärkesinventering. Istället för att manuellt analysera en tagen bild och jämföra med en databas av vägmärken för inventing så kan man istället starta denna applikation, ladda in bilden och få ut ett svar på vad skylten har för identifieringskod. Idén är att vägmärkesinventerare ska spara in tiden det tar att gå igenom alla bilder tagna under en dag och istället få systemet att automatiskt lägga in vad vägmärket har för identifieringskod. Grundapplikationen är skriven som en WPF-applikation med hjälp av ramverket EmguCV som i sin tur nyttjar .NET ramverket. Den viktiga aspekten i detta projekt är att se ifall detta kan göras med rimlig beräkningskraft, kunna matcha skyltar på en rimlig tid, vilket gjordes möjligt med EmguCVs FLANN-algoritm. Projektet resulterade i en fungerande applikation där användare kan ladda upp cirkulära hastighetsvägmärken där applikationen detekterar och sedan matchar vägmärket mot en databas för att kunna identifiera det. / This dissertation describes a project for creating a prototype application for the purpose of simplifying road sign inventory. Instead of manually analyzing a captured image and comparing it to a database of inventory road signs, you can instead launch this application, load the image and get the identification code of that road sign. The idea is that road sign inventory takers will save the time it takes to review all the pictures taken during a day and instead, the system will automatically generate the identification code of that road sign. The basic application is written as a WPF application using the EmguCV framework, which in turn uses the .NET framework. The important aspect of this project is to see if matching road signs can can be done with reasonable computation and within reasonable time, this was made possible with EmguCVs FLANN-algorithm. The project resulted in a functional application in which users can upload circular velocity road signs and the application detects and identifies the road sign via a database of road signs.

The diploma thesis deals with creation of computer aplication that can be used for conversion of raster maps for orienteering into model. Aplication will use this model to calculate optimal track between two selected locations. The thesis describes the development of a module for speed analysis in different types of terrain and another module for detection of roads and impassable objects. Thesis builds on work of Ing. Pavol Kršák and describes new features that were implemented to simplify user's control.

This diploma thesis deals with the study of leakage problems in industry and the use of Agilent weight detectors for its detection. Based on the studies conducted, a hardware and software solution has been proposed for connecting the measuring elements to a helium detector at a simple configurable station. Additionally, a C# application was created. This application allows the leak detector to be controlled and data collected from the detector and its surroundings. The created application was tested in a real environment. The conclusion of this work is devoted to the possibilities of using the created application.

Intrusion alarm systems (IAS) make inseparable part of our personal and work life which helps us with protection of important work data or personal property. This paper looks into the theory of IAS design and analysis which are two important factors influencing final system effectiveness. Furthermore, general procedure of IAS design, a number of analysis methods and IAS components are discussed. This theoretical knowledge is used to design and implement an aplication called IASPlanner, which allows users to draw a layout of IAS and subsequently analyse designed systems. The aplication can be used not only for the design itself, but also for educational purposes.

This thesis deals with the creation of HMI in the C # programming language for BECKHOFF TWINCAT 3. In the theoretical part, the thesis focuses on description of .NET framework, WPF, MVVM, Prism and software tools used in the thesis. The following chapter focuses on creating a development environment and a runtime. All functionalities and capabilities of the created application are described. The created development environment and runtime are used and demonstrated on the sample solution.

This master thesis describes development of Photography Geotagging Application from an introduction to the issues, through the analysis and design to the resulting implementation. The reader should be able understand to issues of time in geotagging using the GPS tracks records. He will also understand where and how metadata are stored. The big part of thesis is dedicated to the implementation of application which leads the reader through building the application architecture, the photography representation and loading their metadata with program ExifTool. Gradually will be explained the convertors of coordinates and GPS track parsers, which are used to synchronization. The final application allows the user synchronize photography with GPS track and display them on the map.

The diploma thesis is focused on Silverlight technology, possibilities of running and application developments. Next Windows Presentation Foundation is introduced, which Silverlight technology results from, and the principal of creation user interface in XAML. Data bindings are used for the information presentation gained from web services. Concept called Windows Communication Foundation enables relatively easy application development gaining data from different resources through web services. Principals of communication with web services based on SOAP and REST architecture are described. An application for observing current stock exchanges information was developed on the base of previous studies. The application consists of server and client side. The server side obtains data from resources which are free available. These data are published through web services. Silverlight client gets data from web services and presents them to users. User settings are stored on server in database. ADO.NET Entity Framework and Domain Service are used for the access to the database.

This work is focused on cipher algorithm AES, his selection method and description of cipher blocks, possibilities of .NET framework and current implementation of AES algorithm in C#. The book also contain complete application for teaching and explanation of AES cipher.

This Master thesis describes the design and implementation of particle system and a user interface of tool for fireworks design and simulation. The engine uses an XNA framework and an HLSL shading language. The thesis also compares applications focused on designing and simulation of fireworks. Applicability and demandings of applications for designing and simulation of fireworks  among Czech and Slovak companies  dealing professionally with firework  are  analysed as well.

This work deals with description and design of application for generating 3D building models from floor plans and their publication on the Internet. First chapter describes methods used for floor plans creation. Next part describes how are foor plans transformed into three-dimensional model. Following chapters describes implementation details concerning application used for creation of building floor plan and three-dimensional model generation. Work also covers implementation of web based application for viewing models in web browser. Final chapters sums up results and limitations of described solution. There are also discussed possible extensions of current project.