Mobila system som används professionellt tas ofta fram för yrkesgrupper som jobbar utanför kontoret. Kartpresentation är ofta en viktig komponent som används som underlag för att visa applikationsspecifik data eller som underlag för inmatning av information i fält. Kartinformation eller geodata hanteras ofta i två vitt skilda format. Dels rasterinformation som är bilddata och dels vektorinformation. Vektordata består av ytor, linjer och punkter som har matematiska definitioner. Vektordata har fördelen av att vara upplösningsoberoende, mycket precist och inte sällan utrymmessnålt jämfört med rasterdata.Till skillnad från rasterdata så saknar vektordata information om hur den ska presenteras visuellt. Presentationen går att implementera i källkod, men ett betydligt mer produktivt sätt är att använda ett beskrivningspråk för att visa hur det ska presenteras på skärmen. Det liknar hur CSS beskriver hur HTML ska presenteras. Det finns en flora av olika styles-språk som är tillämpbara för kartor. Gemensamt för dom är att de körs på serversidan eller i desktop-klienter. Examensarbetet djupdyker i de befintliga metoder som finns för att på olika sätt kunna presentera kartmaterialet på skärmen samt nya alternativa lösningar. En prototyp-applikation skapas därefter för att kunna realisera de valda lösningarna.Slutligen kommer de studerade teknikerna även att implementeras i en befintlig GIS-applikation skapad av IT-bolaget Per&Per. / Mobile systems which are used professionally are often developed for professions whom work outside of the office. Map presentation is an important component which is used as a foundation to show application specific data or to handle input of information out in the field.Map information or geodata is often handled in two separated formats. First raster information which is picture data and second vector information. Vector data consists of areas, lines and points which have mathematical definitions. Vector data have the advantage by being resolution independent, very accurate and more space efficient than raster data. Unlike raster data vector data does not store information about how it should be presented visually. The presentation can be implemented using source code but it is much more productive to use a style language. In the same way CSS works with HTML. There are a variety of style languages which are applicable on vector maps. Within this thesis we dives deeper into the existing methods of styling vector maps but also look at alternative solutions. A prototype application is to be constructed to implement the chosen solutions.Finally are we going to apply the tested solutions on the existing GIS-application created by IT-bolaget Per&Per.

This Master thesis focuses on responsive web design. The main objective is to provide comprehensive view of the website created in so-called responsive realization, and impart awareness to readers not only about idea of responsive web design itself, but also about other ways of creating mobile webs. Furthermore, thesis deals with constructing of overview and comparison of selected technologies and frameworks with support of creating responsive websites. Every group of technologies or procedures is discussed in single chapter, to let reader simple and clearly return to particular concepts. After reading this thesis the reader should acquire not only detailed knowledge about responsive web design, but also suggestions and manuals for creating websites and for decisions in choosing the type of technology, which is possible to use to creating websites.

Thesis is focused on design and implementation of web application called Obecní fórum. The goal is to create a business case for this project, application design and to implement the entire application and place it on a public webhosting with on-site configuration for life publishing. Application design is based on a structure of MMDIS methodology, created by the Department of Information Technologies at the University of Economics, Prague. Implementation is based on web technologies, such as PHP, HTML, CSS, JavaScript and Ajax.

The motivation for this work has been to develop a web platform for a game concept where the underlying code acts to enable users to customize their game markers and place orders for them. This report deals with the creation of this website that in itself is not a webstore in classical terms but rather offers a process of it’s own for users to pick the looks of a product, place it in a cart and pay for it. The website communicates with an external payment processor that has been implemented. The process also includes prepatory work and the handeling of graphics and both client and server-side coding. The report covers the programming of the website and speculates in its application of usability standards from evaluating of user tests. / Motivationen för detta arbete har varit att ta fram en webbplattform för ett spelkoncept där kodningen ligger till grund för användare att personanpassa sina spelmarkörer och beställa dem. Denna rapport avhandlar skapandet av denna webbsida som i sig skiljer sig från en webbutik i klassisk bemärkelse och istället erbjuder en egen process för att välja utseende på varor, placera dem i en kundkorg och betala för dem. Webbsidan kommunicerar med en extern betalningslösning som är implementerad på sidan. I arbetet ingår förutom förarbete även hanterandet av bildmaterial och både klient- och serverbaserad kodning. Rapporten täcker framtagandet av tekniken för webbsidan och spekulerar i dess anpassning till användarriktlinjer och olika användartyper efter utvärderingar baserade på genomförda tester.

The diploma thesis deals with the development of a tool for automated generation of load testing reports, which is implemented in the form of a plug-in into the load tester JMeter as one of its components. The theoretical part contains an analysis of load testing and DDoS parameters, which are the output of a web report. The thesis includes an analysis of available template processors. Based on the analysis of processor’s properties, the most appropriate one was chosen. This processor was then used in a tool that, using the web technologies, generates a report in a form of interactive web page. The thesis also mentions the installation and operation of the created JMeter software plug-in. The diploma thesis describes the whole process of the development of the plug-in.

The diploma thesis deals with the issue of designing a part of the information system for passenger. The proposed system is aimed at providing clear information about driving a recreational-tourist train. The outcome is a web portal that processes data about the train ride and then presents it to potential customers.

The thesis deals with the design and development of a tool for easy search of flight connections for Pelikantravel.com s.r.o. The aim of this work is to develop a tool that will allow operation in a limited Internet connection and will support user feedback. The first part of the thesis describes the analysis of suitable technologies and platforms for the resulting tool. The practical part deals with the issue of user experience and with the related user interface design. In this section, the basic functionality of the tool is described according to the use case analysis. Furthermore, the work describes in detail the implementation of the whole tool and in the end is devoted to testing the resulting tool.

The main goal of this thesis is design and implement information system Dropohs into business environment, that will create and manage eshops, which will automatically communicate with online service Dropshipping for autonomous solution of orders and their distribution. Next goal will be to analyze this system after running it in real environment. This system was made with MVC based PHP framework.

This thesis deals with the design and implementation of mobile application, which will be designed for iOS and Android operating systems by using tools for mobile application development. For implementation was chosen tool Xamarin, which is is adapted for software development of hybrid mobile application

The goal of this thesis is to explore the CSSBox experimental rendering engine, to study new ways of layout the content of web pages, which are Grid layout and Flexbox layout, using CSS language and to design appropriate modifications for their integration into CSSBox library. At first, the CSS language is described, including detailed descriptions of the new layouts, followed by a proposal for the solution itself. The thesis also deals with a detailed description of the implementation part, which is then tested on a test set. The conclusion of the thesis evaluates the results, including the reported shortcomings and other possibilities for development.