With increase of a web application popularity there was a necessity of simplification of their creation. In this paper ways of creation electronic data processing and opportunities of their simplification are investigated. Models of web application and tools for their creation are considered in the paper. Being based on this analysis the model which more all would approach for creation of the fast interface of data processing is offered. It is based on the user interface architecture separated from logic of activity. The offered model is realized by system of programs PHPForm on a platform Eclipse, the comparative analysis of the created and existing products is executed.

This thesis deals with the development of a gaming application for smartphones with Android operating system. This project also describes the situation on the mobile applications market and explains the basic principles of object-oriented programming, Java and Android development. The thesis includes a description of the publishment of the final application on the market and the important features of the Eclipse developing environment and of Android studio. As the next part follows methodology and detailed analysis of the application development, on which are demonstrated the possibilities of working with the mentioned instruments. Both, the theoretical and practical parts, are designed to describe the situations in which the developer of Android applications can get and what mistakes should he avoid. The game theme has been chosen to be original, easy to use and not too much graphically complicated. It is an expanded version of classical chess with special rules. Particular examples of the program development are chosen so that the reader gets enough information about how it works, and what steps were made during its creation.

Made available in DSpace on 2014-12-17T15:14:51Z (GMT). No. of bitstreams: 1 YeissonFM.pdf: 3340927 bytes, checksum: 98ed1e2a05c440dd174a83499e9a7f15 (MD5) Previous issue date: 2009-08-27 / Coordena??o de Aperfei?oamento de Pessoal de N?vel Superior / In this work is presented a new method for the determination of the orbital period (Porb) of eclipsing binary systems based on the wavelet technique. This method is applied on 18 eclipsing binary systems detected by the CoRoT (Convection Rotation and planetary transits) satellite. The periods obtained by wavelet were compared with those obtained by the conventional methods: box Fitting (EEBLS) for detached and semi-detached eclipsing binaries; and polynomial methods (ANOVA) for contact binary systems. Comparing the phase diagrams obtained by the different techniques the wavelet method determine better Porb compared with EEBLS. In the case of contact binary systems the wavelet method shows most of the times better results than the ANOVA method but when the number of data per orbital cicle is small ANOVA gives more accurate results. Thus, the wavelet technique seems to be a great tool for the analysis of data with the quality and precision given by CoRoT and the incoming photometric missions. / Neste trabalho ?e apresentado um novo m?etodo para determina?c ao do per?ıodo orbital (Porb) dos sistemas bin?arios eclipsantes baseado na t?ecnica wavelet. O m?etodo ?e aplicado em 18 sistemas bin?arios eclipsantes detectados pelo sat?elite CoRoT (Covection, Rotation and planetary Transits). Os per?ıodos obtidos por este m?etodo s ao comparados com os m?etodos convencionais para a determina?c ao deste per?ıodo: m?etodos de ajuste de caixa (EEBLS) para sistemas bin?arios de n ao contato e de semi contato; e os m?etodos polinomiais (ANOVA) para sistemas bin?arios de contato. Comparando os diagramas de fase dos diferentes m?etodos ?e not?avel a superiodidade do m?etodo wavelet sobre o EEBLS na determina?c ao do Porb. No caso dos sistemas bin?arios de contato o m?etodo mostra resultados melhores na maioria dos casos mas quando o n?umero de dados por ciclo orbital ?e reduzido o m?etodo ANOVA determina melhor estes per?ıodos. Assim, a t?ecnica wavelet mostra-se como uma ?otima ferramenta para a an?alise de dados com a qualidade e precis ao fornecidos pelo CoRoT, desde pontos de vista diferentes dos convencionais m?etodos de Fourier

The VizzAnalyzer Framework is a stand-alone tool for analyzing and visualizing the structures of large software systems. Today, it has its own limited Swing based GUI lacking a professional look & feel. Furthermore, the effort needed to extend the VizzAnalyzer with new features like automatic update, progress monitoring, help system, and integration of the Eclipse Java and C/C++ AST API is high. In order to improve current limitations and ease the future maintenance effort we refactored the VizzAnalyzer to be a plug-in to the Eclipse platform. We removed the burden of GUI development from the authors of the VizzAnalyzer replacing the Swing GUI with a SWT based GUI, which utilizes the rich feature set provided by the Eclipse Platform. Furthermore, the we did not only provide existing features of the VizzAnalyzer as loading and binding graphs, a complex system to load dynamic plug-ins functionalities for analysis, retrieval and visualization. We implemented an update and help manager, allowed for an easy use of third party plug-ins, which are available for Eclipse, and provided product branding. We propose that the newly created VizzAnalyzer 2.0 solved the aforementioned limitations and provides a good foundation for the future evolution of the VizzAnalyzer tool. This master thesis documents our how the VizzAnalyzer 2.0 has been developed and implemented for the Eclipse platform, and how developers shall use the new VizzAnalyzer version.

The Software Management Organizer (SMO) application is used by telecom operators for remote software and hardware handling of telecommunication equipment. The graphical user interface (GUI) provided by SMO is called SMO GUI and is costly to maintain, extend and test.The Eclipse Rich Client Platform (RCP) provides a platform for building component based GUIs with rich functionality. This thesis is to evaluate how the Eclipse RCP can be used for building a new SMO GUI. The evaluation will be performed by building a prototype for a new SMO GUI based on the Eclipse RCP. The thesis shall investigate the difficultness of integrating the prototype in the existing SMO architecture and evaluate how problems that exist in the current SMO GUI can be solved by using the Eclipse RCP.It was possible to implement a prototype based on the Eclipse RCP that integrates with the existing SMO architecture. The Eclipse RCP provides good support for creating a flexible, extensible and testable application. The drawback of using the Eclipse RCP is the lack of support for detecting configuration errors and the lack of documentation of new features.The Eclipse Rich Client Platform can be used as a base for building a new SMO GUI. An Eclipse RCP application can be integrated in the existing SMO architecture. The Eclipse RCP provides support for creating an application without the architectural, extendable, testable and quality problems that exists in the current SMO GUI.

This is a plug-in project using GEF and JDT in Eclipse. The purpose for this thesis is to solve the orientation for a existing project. We can get a overview of a project such as display the class diagram of the project with the help of Orientation Viewer.

BRP Systems utvecklar och säljer affärssystem till mindre och medelstora tjänsteföretag. Huvudsystemet är en Java Swing-applikation och för att få bättre struktur på programmet önskar man vid utvecklingen använda ett lämpligt ramverk om något sådant går att identifiera. Denna rapport undersöker två sådana ramverk. Ett ramverk kan användas som hjälp vid utvecklingen av komplexa applikationer. De fungerar som en grund till applikationen som utvecklas och kan erbjuda olika hjälpfunktioner som ofta behövs i vanliga program. Ramverk kan även få källkoden att bli mer strukturerad och lättunderhållen. Skriver man själv ett stort program från grunden är det lätt att programmet innehåller buggar och blir svårt att underhålla om man inte har tänkt igenom strukturen noga från början. Två ramverk valdes ut som intressanta att utvärdera: Spring RCP och Eclipse RCP. Ramverken utvärderades utifrån fyra punkter; språkstöd, formulärhantering, menyhantering och actionhantering. Vid utvärderingen av ramverken implementerades dessa genom att skriva ett enklare program i respektive ramverk. Jag läste först in mig på Spring RCP för att se vad det erbjöd och implementerade sedan programmet i ramverket. Därefter gjorde jag likadant med Eclipse RCP. Spring RCP visade sig vara det bättre ramverket på två av punkterna: språk- och formulärstödet. Vad gäller meny- och actionhantering hade ramverken ganska lika funktionalitet. Sammantaget var således Spring RCP bättre med utgång från dessa fyra punkter. Ytterligare aspekter som exempelvis dokumentation bör dock även beaktas innan man väljer ramverk.

Since the mindstorm kit is widely used by students and beginners, demand of a commercial-free integrated embedded working environment turns up. With its help the limitation on working place and complexity of programming can be reduced.  The aim of this project is to use a combination of commercial-free softwares as an embedded working environment. The environment can deal with the mindstorm kit applications directly. In order to show the successful generation of the commercial-freesoftware's project an inverted pendulum is set up. Open source firmware of NXT-G is used to provide basic interface for invoking the functions in NXT master brick. Accelerometer is working as the sensor. The main dynamic controller falls on the PD controller to keep inverted pendulum in vertical and static state. As a result the inverted pendulum programmed in this working environment can keep balance for a couple of seconds.

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.

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 report will show the aspects of why Eclipse feels like the more technical and economic platform. The company SysPartner in Mjärdevi has recently started to develop some mobile applications that uses the mobile phone like a scanner. In order for the phone to read text from a picture it needs to be in high quality and sharp. Sometimes it can be hard to take a good picture and therefore this work involves looking into the possibilities to support the user to capture a better picture. / Mobil applikationsutveckling kräver mycket underhåll av programkod och det finns många olika korsplattformar som kan användas för att försöka minimera mängden kod. I detta arbete jämförs sättet att utveckla i korsplattformen Xamarin med ramverket Eclipse. Fokus ligger på operativsystemet Andorid och teorier kring hur Android är uppbyggt och fungerar. Eclipse känns både ur ett tekniskt och ekonomiskt perspektiv mer tilltalande att använda än Xamarin. Alla de aspekter som gör Eclipse bättre kommer att redovisas. Företaget SysPartner i Mjärdevi har börjat med applikationsutveckling vilken fokuserar på att använda mobiltelefonens kamera likt arbetssättet med en skanner. För att det ska vara möjligt att läsa av text mm krävs en viss kvalité på bilderna. Att ta bra fotografier med en mobilkamera kan ibland vara svårt speciellt om användaren inte är så bra på att fotografera. Rapporten kommer därför innehålla en undersökning kring hur mobiltelefonens kamera fungerar och vilka möjligheter det finns att hjälpa användaren att ta en relativt bra bild.