The goal of this thesis is to develop SCADA/HMI system for stations on leak test. The software will be able to communicate with the station via the OCP server, by which the control station and store measured data. For this purpose, it was used more fiber processing, as for the actual communication, as well as to run the program and work with databases to store the results. The resulting program will be placed on the personal computer, which is part of the station to check for leaks.

<p>The mission was to create a prototype of a menu system for the company</p><p>System Andersson AB. The instructions were that it has to be as interesting and</p><p>modern now as in 20 years. We had to look at technology from the cutting edge</p><p>of development to make our prototype survive in the future. Windows</p><p>Presentation Foundation (WPF) was the technique we focused on. There are</p><p>only a few applications that take advantage of WPF today, but it is predicted</p><p>that WPF will be the next generation method for developing applications to the</p><p>Windows platform.</p><p>To make our menu visually appealing, easy to use and at the same time</p><p>functional, we followed the clear path and guidelines that are available in</p><p>interaction design. Those guidelines tell us how the design process should be</p><p>executed. Through usage of the six basic ideas of interaction design and taken</p><p>the principles of richer user experience further, we were able to build a menu</p><p>system that will be as modern in 20 years as it is now. We took the thoughts of</p><p>physical design into account to make the menu understandable and easy to use.</p> / <p>Examensarbetets uppdrag var att skapa en prototyp av ett menysystem åt</p><p>System Andersson AB, som enligt instruktioner ska vara intressant och</p><p>modernt, även om 20 år. För att lyckas med detta tittade vi på "cutting edge" av</p><p>vad som används idag för att inte systemet skulle riskera att bli föråldrat i</p><p>framtiden. Tekniken som vi undersökte och använde oss av var Windows</p><p>Presentation Foundation (WPF). I dagsläget är det endast ett fåtal applikationer</p><p>som använder WPF men utvecklingsmetoden spås vara morgondagens sätt att</p><p>programmera windowsapplikationer.</p><p>För att vår meny skulle bli estetiskt tilltalande, enkel att använda och samtidigt</p><p>funktionell så finns det inom interaktionsdesign klara riktlinjer om hur</p><p>designutvecklingen bör gå till väga. Genom att nyttja de sex grundtankarna: att</p><p>ett system ska vara effektivt, ha hög verkningsgrad, säkert att använda, vara</p><p>användbart, enkelt att förstå samt okomplicerat; i designen och att bygga vidare</p><p>med principerna så anser vi att vi har kunnat åstadkomma ett menysystem som</p><p>kommer att se lika intressant och modern ut om 20 år som det gör nu. För att</p><p>menyn skulle uppfylla de sex grundtankarna, bland annat att vara klart</p><p>förståelig och enkel att använda så använde vi oss av de tankar och teorier som</p><p>framgår i fysisk design.</p>

Responsive design is a common expression at the web today. This thesis was about learning about responsive web design in order to apply it to Windows 8 applications created in C# and XAML. The purpose of this thesis was to learn if responsive design can be used in such applications. This was done by first learning about responsive design through a literature study about responsive web design and then specifying responsive application design. How responsive design can be used in applications was found through research and creation of an example application. No literature was found about responsive design for Windows 8 applications in C# and XAML and therefore most of the results came from own ideas and partly solutions found on different forums. The thesis was performed at Infor in Kista. The example application was a social application which was connected to a social web service developed by Infor. Responsive web design is a technique used for making webpages adapt to the size and resolution of the viewport. This is done by creating a structured, fluid layout by using a flexible grid and flexible images. Media queries are used to set up different states for presenting the page in different ways for different sizes and resolutions of the viewport. In the different states parts of the content can for example be hidden or styled. The number of columns of information can also be set to adapt to make the page easier to view. Responsive design for applications should make the layout of the application adapt to fit the application window of the device used depending on its resolution. One way to specify a responsive design for Windows 8 applications could be to create only one application which could be used on all different Windows 8 platforms, such as phones, tablets and computers. It is probably not possible today to create this one application for different Windows 8 platforms. Another way of specifying responsive design for application is to create a responsive user interface which could be shared and used in the different Windows 8 applications. The latter was the chosen definition for this thesis. The scope of this thesis was limited to only research for responsive design in Windows Store apps and Windows Phone 8 applications. Windows Phone 8 applications are applications used on smartphones with Windows Phone 8 as operating system while Windows Store applications are used on computers with Windows 8 as operating system. Other Windows 8 devices were not included in this thesis. The final conclusion of this thesis was that although it is complicated to use responsive application design it can be used for most of the user interface. A responsive user interface for the applications can be created separately, but some parts of the application pages cannot be shared between the different platforms. This results in a mostly responsive sharable user interface.

The mission was to create a prototype of a menu system for the company System Andersson AB. The instructions were that it has to be as interesting and modern now as in 20 years. We had to look at technology from the cutting edge of development to make our prototype survive in the future. Windows Presentation Foundation (WPF) was the technique we focused on. There are only a few applications that take advantage of WPF today, but it is predicted that WPF will be the next generation method for developing applications to the Windows platform. To make our menu visually appealing, easy to use and at the same time functional, we followed the clear path and guidelines that are available in interaction design. Those guidelines tell us how the design process should be executed. Through usage of the six basic ideas of interaction design and taken the principles of richer user experience further, we were able to build a menu system that will be as modern in 20 years as it is now. We took the thoughts of physical design into account to make the menu understandable and easy to use. / Examensarbetets uppdrag var att skapa en prototyp av ett menysystem åt System Andersson AB, som enligt instruktioner ska vara intressant och modernt, även om 20 år. För att lyckas med detta tittade vi på "cutting edge" av vad som används idag för att inte systemet skulle riskera att bli föråldrat i framtiden. Tekniken som vi undersökte och använde oss av var Windows Presentation Foundation (WPF). I dagsläget är det endast ett fåtal applikationer som använder WPF men utvecklingsmetoden spås vara morgondagens sätt att programmera windowsapplikationer. För att vår meny skulle bli estetiskt tilltalande, enkel att använda och samtidigt funktionell så finns det inom interaktionsdesign klara riktlinjer om hur designutvecklingen bör gå till väga. Genom att nyttja de sex grundtankarna: att ett system ska vara effektivt, ha hög verkningsgrad, säkert att använda, vara användbart, enkelt att förstå samt okomplicerat; i designen och att bygga vidare med principerna så anser vi att vi har kunnat åstadkomma ett menysystem som kommer att se lika intressant och modern ut om 20 år som det gör nu. För att menyn skulle uppfylla de sex grundtankarna, bland annat att vara klart förståelig och enkel att använda så använde vi oss av de tankar och teorier som framgår i fysisk design.

The master's thesis describes the designing and developing mobile application for remote management of Kentico CMS/EMS system via REST interface. The thesis emphasized agile approaches to development, especially Test-Driven Development and automated testing.

This diploma thesis deals with the design and implementation of a desktop application designed to determine the dimensional changes of concrete mixtures during solidification. The work includes implementation of the server portal for real-time data evaluation. The introductory part deals with the analysis of the measurement task and the original solution, as well as the specification of the new application and its deployment in real operation. The next part of the thesis describes current software technologies used in the development of desktop and server applications. The design and implementation of both parts of the solution is a major part of the work. In the last part, the real-time functionality test of the application is presented.

The aim of this project is to design an application for mobile platform which can insert virtual objects to camera shots without disturbing the scene. The application is implemented on Windows 8.1 and Windows Phone 8.1 platforms. The scene rendering is done in DirectX with C++ programming language and the user interface is created in XAML. This text describes the relevant fundamentals of augmented reality and the selected platform and it describes advanced programming techniques such as asynchronous resources loading or advanced post processing rendering techniques. The result of this project is a mobile application for inserting a virtual object with its shadow to camera shot. It is possible to set some aspects of the light and take a picture with the virtual object in high resolution.

This thesis deals with design and creation of user-friendly computer application, which is in the simple and intuitive way capable of creating animation scripts for animated features of headlamps and tail lamps used in automotive industry. Part of this solution is visualization of these scripts using miniature computer Raspberry PI and suitable diplay device.