Bakgrund:Företagens villkor utifrån ett konkurrensperspektiv ändras idag fortare än någonsin och möjligheterna att nå framgång bygger i högre grad på en förmåga att förutse, anpassa sig till och agera på omvärldens snabbt föränderliga krav. Flertalet forskare redogör för att företags lednings- och styrkoncept måste förändras för att tillgodose de behov som den moderna globala marknadens dynamik ställer. De senaste decennierna har Lean och Agile trätt fram som två lednings- och styrkoncept som vunnit i popularitet och anammats av många företag som önskar effektivisera sin verksamhet. Både Lean och Agile använts främst inom produktion och det finns relativt lite forskning kring hur dessa två lednings- och styrmodeller appliceras inom andra verksamhetsområden samt hur de kan kombineras.Syfte:Syftet med denna studie är att undersöka hur ledningsgrupper inom en global IT- organisation använder sig av och kombinerar Lean och Agile, samt hur ledningsgrupperna upplever att detta påverkar deras arbetssätt och leveransförmåga.Metod:Studien är genomförd i form av en kvalitativ fallstudie av företaget Volvo IT. Insamling av data har skett via intervjuer med representanter för olika ledningsgrupper inom Volvo IT samt genom att sitta med vid möten och föra anteckningar och via insamlad dokumentation från websidor och intern företagsinformation.Slutsats:Resultaten visar på att Lean och agila arbetssätt tycks fungera bra ihop och kompletterar varandra väl.

This is a report on the development and implementation of the web shop ?Urballa Ur?, a web application developed by nine students at Linköping university. The report illustrates the methodology and process with intention to answer the question ?How can an online watch store be implemented to increase sales??. During the process the agile method scrum has been used as a working method.

Modeling and simulation is growing ever more important in the development of new products. This thesis describes the use of Hopsan for hydraulic modeling and its use in conjunction with Simulink with the intent of using the model in a hardware-in-the-loop setup. A sensor layer has been created in Simulink to emulate all the internal sensors in a modern forklift. The details of using legacy C-code instead of a hardware MCU for a fully simulated environment, software-in-the-loop has been outlined. There are two major routes one can follow implementing software-in-the-loop, exporting the C-functions to CAPL via a export layer or creating an s-function in Simulink.

The purpose of this Master Thesis is to analyze what suitable hardware platforms there are on the market in order to build a low price control and information system for mobile applications, called small display module. The thesis will be underlying material for making a decision for further development. The result of the thesis consists mainly of a Windows CE kernel and a schematic for a CPU card, on which it would be suitable to build the display module. Another major part of the report is the introduction of different techniques that could be of interest when designing a processor based system. The processor architecture that was chosen is the x86.

In order to reduce the price for, and improve the performance of automatic control systems for magnetization of synchronus generators, the possibilities of using a PC based software PLC system, Programmable Logic Controller, has been investigated. The result is a system based on the CoDeSys software PLC with runtime environment from 3S-Software, communicating with external units via Modbus fieldbus. System price is reduced from ?5000 to ?2000 and system processing speed is reduced from 10 ms for a Siemens S7 PLC to 4 ms with the CoDeSys PLC system though unsolved problems with runtime seizure caused by improper settings in the PC BIOS..

 AbstractSystem methodology is in the very heart of system development, it is a crucial part of how you define your work, how you choose to approach the actual problem at hand and how to solve it. Researchers in the system development field has shown that not all methods in theory are in compliance with how it is practiced by the companies who use them. In our thesis we have studied a larger international IT- company and one of their local offices in Sweden, who some years back changed their system development method from a more traditional to an agile one. Our aim of this study has been to establish whether both of these methods has differed between theory and in actual use, and if so, why this has occurred and what the underlying rationality might have been to promote this change. Our questions that we sought to answer were; 1.

This paper is about the use of task boards in agile system development projects. The main focus is on how digitalized versions of the task board can be of assistance during the development process. Our investigation is based on qualitative studies, with system developers of various backgrounds and professional roles, along with studies of relevant literature. The main results are that a digitized version of the task board can increase awareness for the team and be of major importance if it is accessible through the web. On the other hand negative effects of the digitalization can emerge as well.

The Mission at ÅF Industry in Norrkoping was about optimizing bulk data handling while importing process tag types from their construction database into the Process Controlled System of type Siemens PCS7.I found three different methods to solve the task. Two of them were using different software from Siemens under the premise that the report from the database was corrected as needed. The third variant was manually creating the circuits. All methods worked out fine but there were times when one was better than another.To solve this task I had access to all software presented in chapter 2 ?Programvara? (=Software).

During the last years the need for real-time database services has increased due to the growing number of data-intensive applications needing to enforce real-time constraints. The COMponent-based Embedded real-Time database (COMET) is a real-time database developed to meet these demands. COMET is developed using the AspeCtual COmponent-based Real-time system Development (ACCORD) design method, and consists of a number of components and aspects, which can be composed into a number of different configurations depending on system demands, e.g., Quality of Service (QoS) management can be used in unpredictable environments. In embedded systems with requirementson high up-time it may not be possible to temporarily shut down the system for reconfiguration. Instead it is desirable to enable dynamic reconfiguration of the system, exchanging components during run-time.

This paper is about the importance of engagement, cohesion and clarity in offshore outsourcing projects. The focus is on how the communication is handled between co-workers in different countries. My research is based on qualitative studies of literature on the subject, along with interviews with leaders in various companies in Sweden that utilize offshoring to countries in Asia. This study shows that the companies interviewed who utilize offshoring are all taking care to create engagement, cohesion and clarity in their offshore offices. It also shows that companies can succeed with their offshore strategy without using agile development methods, contrary to what literature on the subject recommends.

ABSTRACT System development has become more and more concentrated on development for the Web and this has resulted in larger target groups. It will most surely continue to be so considering that the Web will be the infrastructure of business and services in the future. A big target group involves that the owner of a system can earn a lot of money from the paying users, but that assumes that the system can meet user needs. If a system on the Web does not satisfy the user?s demands then they will use the competitor?s system instead because it is only a mouse-click away.

This piece of work develops a solution that automates protection against software keystroke loggers. Keystroke loggers can be used illegally to register a user's keystrokes and in that way acquire sensitive information. The solution was tested on two different networks and the efficiency was measured. The network represents an enterprise network that uses the operating system Windows along with the directory service Active Directory. A script was developed to solve the automation matter.

The Uppsala based company Q-linea develops procedures, instruments and systems for protein and nucleic acid analysis. The components in such an instrument are controlled by microcontrollers. Microcontrollers are computers in one singular chip that can be used in a wide range of applications such as cars, toys or in this case an analysis instrument. When developing a new instrument for biochemical analysis, Q-linea needed new software for controlling and communicating between the components in the instrument. The process of developing this software is the subject of this thesis.The project included research of microcontrollers and the components in the instrument.

Many research reports mention the fact that a huge number of all system development projects never reach a successful ending; with other words never fulfil formulated goals. By identifying and forming success factors (and in some aspect risk factors) that the project manager in practice can use, this study may be seen as a step in the direction towards minimising the high number of failed system development projects. The purpose of this research report is to investigate how a system development project, where the development process is based on a specific development or process model (in this case the Waterfall model), can and should be driven. I aim to clarify what is demanded of a project leader for the specific development process and give an account for which eventual leadership qualities that can be well suited for given situation in relation to the need for technical competence. Among other things the project manager should inspire confidence, drive, be a decision maker, engage and own some form of basic knowledge in the field of system development.

The computer consultant company Create in Lund AB wishes to facilitate their invoice routines, as it at present is required that the administration finds and compares information from two different systems.The purpose of this thesis is to develop an invoice management system that simplifies the invoice management process for the administration at Create. During the development of the system, I have chosen to follow the software development process Unified Process and also tried to find design patterns that can be applied to the integration.The result of my project is a self-contained application developed using the Java programming language that communicates with the databases of the other two systems and presents relevant information to the user as a set of invoices. Of the 23 design patterns I studied, I used four of them in the invoice management system. However I couldn?t find any connection between any design pattern and the integration of systems.