This report is a bachelor thesis presented at the department of Computer Science andEngineering at Chalmers University of Technology. The aim for the project is to find a simplemethod to measure and display physical quantities in a three dimensional room.The report describes a method to construct a system for measuring differentphysical quantities via sensors. The system must be built in a modular and expandable way tobe adaptable to different tasks.The system explained in the report consists of two parts;A physical scanner with moveable probes for carrying sensors and a microcontroller forcontrolling the probes and communicating with the next part.An application written in Java for storing the measured values and presenting them in a lucidperspective.It is possible to construct the scanner with different designs and circuitry, with multiplexers andflip-flops, to ensure that an unspecified number of probes can be added to the system and thatthey can be operated simultaneously.The Java application is written in a modular way, using a design pattern that separates eachindividual part of the application. It contains exceptions and interfaces that ensure a safe andexpandable application..

This report is a bachelor thesis presented at the department of Computer Science andEngineering at Chalmers University of Technology. The aim for the project is to find a simplemethod to measure and display physical quantities in a three dimensional room.The report describes a method to construct a system for measuring differentphysical quantities via sensors. The system must be built in a modular and expandable way tobe adaptable to different tasks.The system explained in the report consists of two parts;A physical scanner with moveable probes for carrying sensors and a microcontroller forcontrolling the probes and communicating with the next part.An application written in Java for storing the measured values and presenting them in a lucidperspective.It is possible to construct the scanner with different designs and circuitry, with multiplexers andflip-flops, to ensure that an unspecified number of probes can be added to the system and thatthey can be operated simultaneously.The Java application is written in a modular way, using a design pattern that separates eachindividual part of the application. It contains exceptions and interfaces that ensure a safe andexpandable application..

Most often when developing a new system there is a need get a functioning testtool up and running. Including time, cost and resources the solution isn?t always obvious, developing your own or buy one ?of the shelf?. The purpose of this thesis is to study how a general testtool for executing functional tests should be designed to be reusable, be based on recognized knowledge and be able to fast and simple be customized for different types of systems. Key functions from the litterature is presented and used in the design of a testtool prototype.

This project practise methods used in the interaction design discipline to develop a concept related to the Swedish Guinness World Records Magazine. This project is a challenge to accommodate both the users? and client?s needs. We focus on interaction and the experience, which is acquired through the use itself, and how to connect it to a theme from a client. The aim of this project is to create a meeting place for children where they can interact with technology.

Under examensarbetet utfördes en undersökning och testning mot en nyutvecklad backend server för ett ärendehanteringssystem hos företaget Navigate Consulting. Syftet med testen är att utvärdera funktionaliteten som är nödvändigt för att skapa systemet, hitta eventuella flaskhalsar som kan uppstå vid utvecklingen samt utvärdera hur kommunikationen mot back-end servern fungerade i praktik.Kravet av testningen mot ärendehanteringssystemet var att det skulle vara i form av en prototyp som grafiskt kunde demonstrera hur funktionaliteten kunde implementeras samt att det var ett webbaserat gränssnitt som kunde köras på en Tomcat 7.0 server. Det beslutades att det grafiska gränssnittet och kommunikationen mot back-end servern skulle ske med Java EE.Kommunikationen mot back-end gjordes via JSON-RPC som är ett lättviktigt RPC som kommunicerar via http. Utvecklat speciellt för JavaScript kunde det dock anpassas för att användas med Java på servern.Examensarbetet genomfördes med nära kontakt med utvecklaren av back-end systemet. Regelbundna möten möjliggjorde att all funktionalitet som behövdes från prototypen fanns samt eventuella uppgraderingar på back-end servern kunde utföras..

Mindre företag i Sverige använder även i dag äldre DOS-baserade (Disk Operating System) program för att hantera sina administrationsbehov. I takt med övergången till fönsterbaserade applikationer har även behovet av hanteringen av övergången ökat. I detta examensarbete har företaget ifråga haft behov av en uppdatering av dess befintliga DOS-baserade administrationsprogram. Uppgiften har varit att ta fram ett motsvarande Windows-baserat administrationsprogram med stöd för alla de funktioner som det ursprungliga programmet hade men med utökad funktionalitet. För att lösa denna uppgift har första steget i samråd med företagets representant varit att analysera hur användarna använder det befintliga systemet för att ta reda på de funktioner som behövdes för att skapa ett väl fungerande program.

The present study investigated free narratives in 72 children between 3;11 and 9;0 years. Participants were recruited from a multilingual environment in eastern Gothenburg. The children were instructed to make up their own stories after being provided with openings, ?Story stems?. The stories were then transcribed and analyzed on micro- and macro level and narrative evaluation.

Uppsatsen behandlar systemutvecklingsprocessen med fokusering på utvecklingsarbete och utvärdering. Syftet med uppsatsen har varit att genomföra ett systemutvecklingsarbete. För att uppnå det har två förstaversioner av en Java-applikation utvecklats. De två applikationerna jämförs och utvärderas sedan för att ge ett svar på vilken som bäst lämpar sig för vidareutveckling.Ett annat syfte med arbetet har varit att utveckla mig själv och av den anledningen har jag valt att göra två applikationer på olika sätt. Då applikationerna hanterar sökning av böcker skrivna av Astrid Lindgren har ett delsyfte inneburit att sprida information om författarens böcker och göra det enklare att få information om dem.Uppsatsen kan användas som ett praktiskt exempel på hur ett systemutvecklingsarbete kan gå till.

With the Culture Survey 2009, the Cultural policy in Sweden has got a new direction. The new direction emphasises the importance of broadening the non-public funding for the cultural sector. The new direction opens up new phenomenon to establish themselves in Sweden. Crowdfunding is such a phenomenon. Crowdfunding is an online-method "by which the individual becomes financiers of projects and activities they have passion for" (Jakten pa? medborgarfinansiering, 11).

SharePoint is a web based platform designed to provide internal communications and file sharing for businesses and organizations.In this project, we created a system consisting of multiple applications to be used together with SharePoint. These applications are meant to simplify the workflow for internal orders of products. The system is targeted towards companies that do not have a flexible approach to digital orders or companies that want to integrate this functionality into their SharePoint platform. The project includes, in addition to the creation of the system, installation of the software and the servers needed to run a SharePoint environment and their configurations.The system consists of four applications where one of these, the store application, is required for the system to be used at all. The other applications are an order management application, a purchase application and an incoming delivery application. Of these four, we have implemented the store application and the order management application. Our hope is that users will find the system easy to use and graphically appealing..

Examensarbetet har genomförts på Campus Norrköping, Linköpings Universitet. Nätkursen och nätduggorna är ett samarbete mellan Linköpings Universitet (LiU), Kungliga Tekniska Högskolan (KTH) och portalen MATH.SE.Målet med samarbetet är att skapa och underhålla en webbsida (http://webcourses.itn.liu.se) i kursen Linjär algebra. Detta samarbete har skapats för att öka studenters intresse och öka deras inlärning i detta ämne. Anledningen till att dessa program behövs inom Linjär algebra är att det är svårt att förklara begrepp i tre dimensioner eller mer på en tvådimensionell tavla.Syfte med examensarbetet var att skapa en webbsida, som ökar förståelsen hos studenter som läser Linjär algebra. Med webbsidan skulle studenterna själva kunna interaktivt visualisera de moment i kursen som kan vara svåra att undervisa i ett klassrum.

The goal of this Bachelor project was to develop the Sundsvall42 website,whose name originates from the conference held in week 42 and during whichall the IT-companies in Sundsvall gather and hold a number of different lectures.The website has been designed to accommodate both speakers and partipicants.All partipicants and lecturers will receive a personalized page inwhich there are a number of functions which are available for use, including ablog for each workshop and a calendar. The program used to create this isLiferay and the operating system is Linux. The entire website is encoded usingLiferay and Java, but the website is not adapted for use with the smaller screensize of the Smartphone. However, because of the Responsive Design technology,the website is able to adapt to various devices such as the Ipad and Smartphonesand the website will be able to adapt to the screen sizes of these devices.As it has all been processed using open-source, everyone has the right to accessthe source code. It is also possible for anyone to make changes to the code ifsuch changes are required.

This report is a bachelor thesis presented at the department of Computer Science andEngineering at Chalmers University of Technology. The aim for the project is to find a simplemethod to measure and display physical quantities in a three dimensional room.The report describes a method to construct a system for measuring differentphysical quantities via sensors. The system must be built in a modular and expandable way tobe adaptable to different tasks.The system explained in the report consists of two parts;A physical scanner with moveable probes for carrying sensors and a microcontroller forcontrolling the probes and communicating with the next part.An application written in Java for storing the measured values and presenting them in a lucidperspective.It is possible to construct the scanner with different designs and circuitry, with multiplexers andflip-flops, to ensure that an unspecified number of probes can be added to the system and thatthey can be operated simultaneously.The Java application is written in a modular way, using a design pattern that separates eachindividual part of the application. It contains exceptions and interfaces that ensure a safe andexpandable application..

As the speed and complexity of computers have increased so have software and the expectations of users. Software development follows a straightforward evolution where complicated tasks are made easier by better tools; this repeats itself as those tasks in turn are automated.Software mechanics that were seen as revolutionary a decade ago are seen as obvious requirements that no multimedia application can be without.dotNet is the next step in line and makes it easier and faster to build software.This report focuses on the development of a multimedia platform developed in dotNet. It does this by developing the tools and framework from which a complete game can be built.A game is selected because it combines the most aspects of multimedia development, such as interaction, graphics, sound & music. The report goes further by describing why the game looks like it does as well as the mechanics of the game and the benefits of the dotNet platform..

Denna uppsats beskriver arbetet med att utveckla ett inkassohanteringsprogram. Arbetet är utfört åt inkassobyrån Exactor International Debt Collection från Mariestad. Bakgrunden till projektet är att Exactor behöver en programvara för att hålla ordning på de inkassoärenden som de har. En programvara som passar deras sätt att arbeta.I programmet finns det möjlighet för användaren att registrera ärenden som var och en innehåller en klient, en eller flera betalningsskyldiga (gäldenärer) och en eller flera fakturor. Vidare finns det möjlighet att söka och redigera de olika delarna i ett ärende.Uppsatsen beskriver hur programmet är konstruerat och hur det fungerar.