The objective of this study was to examine three common mobile phoneplatforms in relation to their network traffic features. The platforms to beexamined are Android, iOS 5 and Windows Phone. After the investigation wascompleted a prototype application was implemented in order to demonstratethese features in the most suitable platform. The application will function as atelephone call exchanger. In addition, the application must also send the userstatistic to a Web server, accept contacts from a Web server, as well as having aspecial administration part in which the userstatistc can be presented.

The purpose of this project was to investigate whether it was possible to develop a type of application, where users would solve chess problems. The main goal of the project was that there would exist an functional application after the study has ended with which users could solve chess problems on a computer. One subgoal of the project was to create corresponding application for mobile phones. The study was limited to require users to have at least Internet Explorer 9 +. For other browsers, there were no corresponding limitations.

In recent years seemingly everything has become digital. Some areas, like classical sports, have been slower to adapt to new technical development. Golf is an example of this. Usually when people play golf they bring their clubs, golf balls and a paper scorecard on to the golf course. The advantages of keeping score in a digital way areevident.

Mobile application demands a lot of attending to the program code. There are lots of different development platforms that can be used for development. Not only for the specific operating system there are also lots of different cross-platforms that should minimize the amount of program code. This report is comparing the way of creating an android application in the cross platform Xamarin versus in the platform Eclipse using the Android plugin. It contains a part about the architecture of Android and its functions.

The objective of this project was to develop an application for mobile phones using the Android operating system. The main goal was, with the help of GPS, to pinpoint locations, measure distance traveled and illustrate the progress on a map. Functionalities for just showing the map, fetching addresses and saving to a database was also implemented. The result of the work was a proper application, called MeasureApp, that fulfills the goals set in the planning stages of the project. MeasureApp can be used to measure distances where accuracy is not a main factor, i.e walks or runs.

In today's society it is important to easily and smoothly get accurate information. Withthe help of the application VasaSvahn it is possible to get expert help for Crosscountry ski waxing. The application VasaSvahn has been ported from an existingversion for iOS to a new version for Android. The application uses a third-party Webservices to obtain necessary information and support distribution of information. Theapplication is also connected to a database.

The development of applications for mobile devices has exploded in recent times. This has also led to the introduction of several new mobile operating systems. To streamline application development for multiple platforms, techniques have been developed to be able to reuse the same application regardless of the operating system. If the same application can be used on multiple platforms it will save both a lot of time and money. Today there are three types of techniques to develop an application; web, hybrid and native application, where the latter is specific to the operating system it has been developed to.

Detta projekt handlar om ett applikationsutvecklingsprojekt för Androidplattformen vilket innefattar Androids uppbyggnad, Javaprogrammering, design i XML miljö, grunder i Eclipse samt publicering på Google Play (före detta Android market). Projektet resulterar i en Androidapplikation i form av ett enkelt Pongspel med olika funktioner som highscorelista samt att uppsatsen beskriver det man behöver kunna för att utveckla applikationer för Android..

This project has created a web-application for the service technicians at the paper plant Gruvön. The project was outsourced to the IT-company Sogeti.The application visualizes information about reparation-work of the equipment at the paper plant. The displayed information is work-orders, the status of the work-orders and errors. It is also possible to see the costs and hours spent on reparation-work.. The work-orders and related information is stored in a relational database.The application is created mainly for web-browsers in mobile-phones and tablets.

Flera nya tjänster som Mina utgifter och Smartbudget vittnar om ett tilltagande intresse bland konsumenter att planera sin ekonomi. Matvaror utgör en stor del av det genomsnittliga hushållets budget och är därmed en kostnadspost som kan göra stor skillnad i hushållets ekonomi.Detta examensarbete ska undersöka möjligheten att jämföra matvarors pris på olika affärer med hjälp av en Android-applikation och genom att fotografera texten på kvitton. Texten kommer sen processas och sorteras för att få ut nödvändig data som sen kan sparas undan i en databas. Färdiga Algoritmer och OCR-motorer har utvärderats och implementerats i applikationen direkt genom så kallade C-Bibliotek. Dessa gör det möjligt att utan större problem vidareutveckla applikationen för iOS eller Windows Phone.Projektet och Android-applikationen visar på möjligheterna att använda färdiga C-bibliotek samt telefoners kamera för att enkelt sålla ut och spara undan den informationen som är relevant för konsumentens del..

This thesis deals with the problems you face as a new game developer for the mobile platform Android when developing a 3D game and presents solutions to these problems. It also explores which optimizations should be made to increase performance and how well suited for game development the Android platform is. A simple 3D game for version 2.2 of Android was developed to examine this. The conclusion was that a good game structure for Android separates logic and rendering by running these separately in different threads. Solutions to rendering and updating of game logic were presented and optimizations were implemented for performance, although fewer optimizations were needed than was anticipated.

In visual programming the developer specifies her code, using visual tools. Within the range of visual programming languages lay icon-based languages, form-based languages, and diagram languages.Mediator is a multimedia authoring tool that allows the user to create interactive CD-ROM presentations, dynamic HTML pages and Flash projects, without any coding or scripting. The user can create interactivity in her project, using event driven and icon-based visual programming, through a ?drag and drop? user interface. This report intends to determine some of the qualifications of a tool of this kind, as well as its limitations.The report is based on a case study, in which a smaller software application was to be updated using Mediator 9.

Android-applikationers användargränssnitt kan se annorlunda ut på olika Android-enheteroch det är svårt att anpassa en applikation efter alla enheter då det finns så många unikamodeller. Målet med arbetet var att framställa ett verktyg som kunde med hjälp av ett korrektdefinierat gränssnitt, upptäcka skillnader i gränssnittet mellan olika Android-enheter.Ett egenutvecklat verktyg framställdes och hade en hög precision. Verktyget kunde bådaupptäcka skillnader och rapportera hur stor skillnaden var mellan gränssnitten..

Microsoft launched a new operating system, Windows 8, during 2012. An interesting feature for Windows 8 is that applications can be developed using different programming languages but still provide the same functionality regardless of the language used. Two combinations of programming languages are: XAML with C# and HTML with JavaScript. This thesis examines if there are any advantages or disadvantages when choosing a specific combination of languages to develop Windows 8 applications with. An application has been developed and analyzed for the SwedishTransport Agency during the thesis project..

This essay serves to illustrate the main practical differences between the popular medium-level programming language C++ (C Plus Plus), and the newer high-level language C# (C Sharp). It will focus on the aspects that are readily apparent to the application programmer, such as differing syntax, constraints and capabilities.It will also feature a similar comparison between the open source OpenGL graphics library, and the proprietary Direct3D graphics library owned by Microsoft Corporation.It will not go into the differences in ?under the hood? mechanics that the application programmer seldom have to consider after having chosen his programming language or graphics API, such as C# being compiled into an intermediate language and is run on a virtual machine where C++ is compiled directly to machine code, or the differing principles of rendering in OpenGL and Direct3D.This is by no means comprehensive, many things have been left out or overlooked..