Projektets syfte var att undersöka om en handdator kan stödja distriktssköterskans arbete. I rapporten beskrivs hur vi tillsammans med distriktssköterskor har iakttagit i vilka situationer handdatorn kan vara ett hjälpmedel. Om patientjournalen är tillgänglig via handdatorn vid hembesök skulle det styrka de av oss utvalda nyckelorden som representerar distriktssköterskans yrkeskunnande; "seende", lyhördhet, kommunikation, flexibilitet, prioritering, beslutsfattande, dokumentation, framförhållning samt utveckla ett minne och självständighet. I rapporten skriver vi också om hur distriktssköterskorna tillsammans med oss har påverkat utvecklingen av det grafiska gränssnittet i designprocessen. Vi visar med mock-upbilder hur denna process har framskridit och vi pekar på hur viktig användarmedverkan är.

När man utvecklar en ny produkt eller tjänst står man ofta inför valet av dataformat. De mest använda idag är JSON och XML. Formaten ser väldigt olika ut, erbjuder olika funktioner, men används inte sällan till samma sak. Vilket som egentligen är snabbast finns det mycket åsikter om, men inte lika mycket testresultat. Den luckan skall detta arbete täcka. Programmeringsspråken som används är Python och JavaScript, vilka båda är populära på webben. Genom experiment testas hur snabbt JSON och XML kan kodas och avkodas.

The purpose of this paper is to contribute to a deeper understanding about the acceptance of wind power. Our basic assumption is that local conditions are important and can explain how the acceptance of change at different stages of establishment. The main purpose is to see if there are differences in the acceptance of wind power in different stages, and examine the factors that influence acceptance. That includes how people in three different areas of study estimates that they value their environment and how it is affected by wind turbines. The project was conducted interdisciplinary geo-targeted and consists of three parts.

Radio frequency identification (RFID) is a versatile wireless technology usedworldwide. The fields of applications are many and its popularity constantlygrows due to smaller in size, better and less expensive components. RFID isused to identify, track or share information about an object using radio waves.This master thesis describes the process of designing and implementing ahandheld UHF RFID reader. The goal was to, based on a UHF RFID-chipdesign a fully functional, small in size and power efficient device. Amicrocontroller provides the user interface and is also used to control theRFID-chip and a Bluetooth device.

There are several ways of conducting Software testing where some may include users and others may include personnel whose work task is to execute test on systems. Although most developers and project managers understand the point of testing the system, it is not always being done and the most common reason is that there is no time for it. However, this is a false assumption as it may instead cause some bugs in the system that would not have been there in the first place if tests had been there to prevent bugs in the code.My purpose for this thesis was to find suggestions for changes in the development process in an ongoing project used by Acino and Svenska Försäkringsfabriken in order to increase the quality of the system used. In this thesis, I have approached the purpose by pursuing a case study of the two companies through observation and interviews. By doing this I acquired the relevant information to make suggestions for change.

This thesis presents the results of the implementation and evaluation of two machine learning algorithms [Baz98, GB97]based on notions from Rough Set theory [Paw82]. Both algorithms were implemented and tested using the Weka [WF00]Software framework. The main purpose for doing this was to investigate whether the experimental results obtained in [Baz98]could be reproduced, by implementing both algorithms in a framework that provided common functionalities needed by both. As a result of this thesis, a Rough Set framework accompanying the Weka system was designed and implemented, as well as three methods for discretization and three classi cation methods. The results of the evaluation did not match those obtained by the original authors.

This is a report founded on a project by Atlas Copco called NYSTAB.  The application Nystab is a calculation program that can calculate the stability of the rockdrill-rigs made by Atlas Copco. The original version of Nystab is stored in a database from 1997 and the code is made in an old version of Visual Basic. My assignment was to develop the application in to a newer programming environment and make it last better in the upcoming years. The Software I decided to use to accomplish this project is C# .NET in Visual Studio and Microsoft Access 2010. All the code is written in C# with some insertions from ADO.NET which helped me to easier connect the code with the database.The coding part was split into two pieces; the first was to develop the application scale done with Windows Forms, the second was to write the code for calculations in the application.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how Software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

When different type of programs are developed one wants to make these adjustable to future changes and requirements. It must be done a good design of the program from the beginning to make it possible to continue development of it without having to redo big parts of it to high costs. In the area of object orientation there are design pattern, which can be used to design systems that can be adjusted to new changes in an easier way. I have in this thesis chosen to take a closer look at how to design a program that sends SMS to cell phones through a system of an operator. One requirement on the program is that it has to be possible to change what operator to send though in an easy way.

The aim with this report was to exam and surveys the internal logistics of Proton Finishing?s production. The basic data should give the company suggestions of more efficient and improved internal logistics. We will also give from our perspective suggestions of improvement, which the company will be able to evaluate.To evaluate these problems we used different kinds of methods. A frequency study was made on the internal forklift.

Due to a growing interest in communication in today?s society the demand for equipment that is used in communication networks increases while the competition between companies that produce this equipment grows. To meet the increasing demand and at the same time having a competitive product development many companies use some effective product design, such as the modular product design. When a modular product design is used it?s good to compare different module configurations for a certain product and to simplify these comparisons some tool can be used.

This report is introduced with a presentation of fundamental electromagnetic theories, which have helped a lot in the achievement of methods for calculation and design of microstrip transmission lines and circulators. The used Software for the work is also based on these theories. General considerations when designing microstrip solutions, such as different types of transmission lines and circulators, are then presented. Especially the design steps for microstrip lines, which have been used in this project, are described. Discontinuities, like bends of microstrip lines, are treated and simulated.

Det huvudsakliga syftet med denna rapport är att genomföra och testa en implementationsteknik för ragdolls ämnade användas i spelsammanhang. Implementationen sker genom en kombination av en verletimplementering tillsammans med en fördefinierad bone-hierarki i meshen som skall användas. Verletimplementeringen programmerades som en grund till en enklare fysikmotor och parsningen och struktureringen av meshen sköttes parallellt utanför fysikmotorn. Rotationsmatriser för samtliga större kroppsdelar, såsom över- och underarmar, överkropp, huvud etc. beräknas sedan i fysikmotorn och används för att vrida mesh-kroppen rätt.

I den här rapporten presenterar vi vår argumentation angående datoriseringen av två arbetsuppgifter på Habiliteringen, Karlskrona har inneburit ett understöd av det direkta arbetet med patienter eller av det administrativa arbetet. De anställda anser att den direkta kontakten med patienten är det viktiga, medan dokumentering och det administrativa arbetet är det ?oviktiga?, aspekt som också framgår från vår empiriska undersökning. Det finns en ambivalens med datoriseringen av dessa arbetsuppgifter som vi beskriver i vår uppsats. Å ena sidan stödjer datoriseringen dokumenteringen och det administrativa arbetet, det oviktiga, medan å andra sidan användningen av dataprogrammen har en stor potential i att indirekt understödja huvudarbetet, det direkta arbetet med patienter, vilket är det viktiga. För att belysa de här aspekterna skildrar vi i vilket syfte de anställda använder dataprogrammen, på vilket sätt de använder datorn och dataprogram, och de olika problemen som har uppstått sedan datorn har införts. Vi föreslår ett antal förslag/förbättringar som kan leda till effektivisering av huvudarbetet (arbetet med patienter) och kollateralt av arbetssättet..

This thesis deals with numerical simulation of earth pressure against tubular bridges in the Software Plaxis. Plaxis is a FEM (Finite Element Method) Software based on numerical calculations for which approximate solutions are developed through an iterative process. The program is specifically designed for soil and rock mechanical tests, such as voltage and deformation calculations in soil.The Royal Institute of Technology conducted in 2005, field tests on tubular bridges of corrugated steel, which was part of Ersa Bayoglu Fleners PhD (Bayoglu Flener, 2009). She studied how two different tubular bridges deformed during installation and filling. Tests and measurements were made during filling.