Modern teknik som intelligenta personliga assistenter (IPA) som finns i smartphones kan förenkla människors vardagliga liv. De kan hjälpa personer med funktionshinder och människor som lever stressfulla liv. Genom tal, kan IPA:er enkelt hjälpa personer som ofta har händerna fulla att hitta vägbeskrivningar, information eller skicka meddelanden över hela världen. För att locka människor till att förlita sig på IPA:er i det dagliga livet räcker det inte att den är intelligent och tilltalande, den måste också vara tillförlitlig.Det finns många faktorer som är involverade i att bygga ett trovärdigt system. Denna uppsats fokuserar på att ta reda på vilka egenskaper som gör en IPA:s röst trovärdig och vilken typ av röster designers bör göra tillgängliga för sina användare.

The purpose of this thesis is to investigate how Digital Signage systems such as public info kiosks can be designed to better fulfill its main use; to enlighten, encourage and influence the public with information. The challenges presented from earlier studies shows that the public interests and goals, together with proper and relevant content displayed in info kiosks have impact on the attention the public have towards public displays. Qualitative methods such as interviews, usability testing and observations were conducted to further examine how a public info kiosk can be designed to draw attention and grow interest amongst students at K3, Malmo University. Usability testing were used on the digital prototypes that were developed to ensure that the gestural user interface meet the requirements of a proper interaction from the users. Important insights were made concerning; the attention and interest to relevant content, the aspects of the gestural user interface along with the placement of the info kiosk in terms of context.

The aim of this thesis is to examine user experience and engagements in interactive cinema.A great deal of the research that is conducted today involves creating interactive films, toexplore and examine film structures. In this study, we build on this research by comparingthree different interactive film structures. To carry out our study, we have categorized threedifferent interactive films after three different models to define their narrative structureand interface. To examine the experiences of those structures we have performed anexperiment where we have collected data from the three different sources; interviews,observations and surveys.It is difficult to draw conclusions about how an interactive film should be constructed asdifferent structures apply to different narratives. Based on our research the conclusion canbe made that the combination between the narrative structure, the narrative content, theaesthetics, the implementation of interactivity and how the film?s interface is constructed ismore important than building a specific structure for an interactive film.

Sammanfattning Magisteruppsats i företagsekonomi, Ekonomihögskolan vid Växjö universitet, System för redovisning, revision och ägarstyrning, FED 334, VT 2007  Författare: Therése Claeson, Henrik Green, Henrik NilssonHandledare: Karin JonnergårdBihandledare: Ulf Larsson Examinator: Karin Jonnergård Titel: Fond- och pensionsbolags ägarutövning ? i enlighet med ägarpolicy? Bakgrund: Institutionella investerare har fått utstå kritik för sin bristande ägar­utövning men en del tidigare forskning visar att de har utökat sin ägaraktivism. Enligt rekommendationer ska varje fond- och pensionsbolag upprätta en ägarpolicy för att be­skriva sin ägarutövning. Syfte: Att beskriva fond- och pensionsbolags ägarutövning i portfölj­bolagen för att kunna bidra till en vidareutveckling av teorin för ägaraktivitet samt att utvärdera hur ägarutövningen överensstämmer med ägarpolicy. Tillvägagångssätt: Nio svenska fond- och pensionsbolag har undersökts. Material har inhämtats från intervjuer med sex representanter från de undersökta fond- och pensionsbolagen samt fem andra aktörer med insyn i under­sökningsobjektens ägarutövning. Även bolagsstämmoprotokoll från 24 portföljbolags årsstämmor 2006 samt extrastämmor, artiklar i svensk affärspress samt fond- och pensionsbolagens ägar­styrnings­rapporter har använts.

The objective of this work was to evaluate and implement a number of energy saving functions for a specific embedded system. The functions were then grouped into a number of energy levels with known properties in terms of functionality, energy consumption, and transition time between the levels.The embedded system consisted of an AT91 ARM9 processor, GSM/GPRS modem, display, Ethernet and other peripheral units. Some energy saving methods that were considered were suspend to RAM, suspend to disk, frequency scaling, and methods for saving energy in the modem, Ethernet, USB and display backlight. The functions were grouped into levels and an interface was specified for controlling the energy level.It proved possible to get known properties within the defined energy levels, even though the paritioning of functions into these levels proved to be sub-optimal in a typical application usage scenario because it was designed for mainly energy consumption, not usage.The final result is a number of energy saving functions grouped into levels, which are controllable via an application interface. Each of the levels have a known energy consumption in both loaded and un-loaded mode..

The objective of this work was to evaluate and implement a number of energy saving functions for a specific embedded system. The functions were then grouped into a number of energy levels with known properties in terms of functionality, energy consumption, and transition time between the levels.The embedded system consisted of an AT91 ARM9 processor, GSM/GPRS modem, display, Ethernet and other peripheral units. Some energy saving methods that were considered were suspend to RAM, suspend to disk, frequency scaling, and methods for saving energy in the modem, Ethernet, USB and display backlight. The functions were grouped into levels and an interface was specified for controlling the energy level.It proved possible to get known properties within the defined energy levels, even though the paritioning of functions into these levels proved to be sub-optimal in a typical application usage scenario because it was designed for mainly energy consumption, not usage.The final result is a number of energy saving functions grouped into levels, which are controllable via an application interface. Each of the levels have a known energy consumption in both loaded and un-loaded mode..

The purpose of this study is to look into if the pedagogues who participate in this study treat children differently depending on their sex. The purpose was then divided in three research questions which were: Attention: How much verbal attention and eye contact with the pedagogue are girls/boys getting? Choice of words: Are there any differences in the choice of words the pedagogues are using against girls/boys? Address: How does the pedagogue address girls/boys, are there any differences? The tone of the voice and how the pedagogue address girls/boys belongs in this category. The study was observed with video camera in four different circle time situations, two circle times for each preschool. Data were then analyzed with an observation schedule based on the three research questions.

Scania provides a fleet management system for hauliers who want to control their fleets in anefficient way. The system includes an onboard computer with touch screen called ScaniaInteractor where the driver can access GPS navigation, order support, message service and otherfunctionalities. The purpose of this thesis is to develop a concept for logging the user interactionon the Interactor and analyze the result which enables further development and optimization ofthe interface.A demonstration application is designed, implemented and tested for the purpose of showing thepossibilities and difficulties with logging of interaction. The result shows that logging is quiteeasy to implement and that the amount of produced data is small and therefore not expensive totransfer via GPRS to a central server where searching and analysis can be done. On the otherhand, the biggest challenge lies in the analysis and interpretation of the logged data and to applyit to the development of the interface.

Children?s use of mobile devices is constantly increasing and has become very popular withchildren as young as toddlers. Schools in Sweden have made large investments to expand theuse of information technology (IT), and the use of mobile devices in preschools is already acommon support tool for learning. Children?s use of IT is a relatively new phenomenon,which means that is it also a relatively new area of research.

The most common types of smartphones in Sweden are iPhone and Android. Development in the IT feld is constantly changing and Windows Phone is a new operating system that has been introduced on the Swedish market in 2010. However, Windows Phone user interface is quite different from iPhone and Android.The numbers of applications for smartphones are increasing, and users are making greater demands on better  usability. Users want the application to be easy to understand and fast to bring into play.  If the application contains a bug or has other user problems, it can ruin the entire experience. If the user does not have a good experience of the application, the user will quickly stop using the application.Companies that do not have any mobile applications would probably begin with an iPhone application.

Vertical hydropower units has a rotating mass of up to 1000 tons. For the generator and turbine to work well the rotating system is required to be centered in relation to the surrounding structure. This is achieved by means of radial bearings. The dynamic characteristics of these bearings have a strong impact on the overall rotational dynamics of the total system and thus influence the vibrations in the unit. At Vattenfall Research & Development in Älvkarleby ongoing research is taking place on how the bearing parameters should be represented in the rotor dynamic calculations.

IKEA HaparandaTornio employ some two-hundred people in its furniture retail store.Keeping track of staff statistics and employee information has previously been achievedthrough the use of a basic Microsoft Office Excel spreadsheet. The store?s human resourcesdepartment requested an upgrade to this system with the hope of speeding up andsimplifying the administrative process, as well as to make it easier to monitor HR-relatedtarget statistics. The following report documents the development process of that upgrade ascarried out by the author. The project draws on research in usability design and cognitivepsychology to develop a user-friendly interface.

This master thesis is made of two parts. The first part concerns the method and results ofdesigning a motion control system for a piece of research-equipment called BIRGIT. Theequipment is made to be used for research on eyemovements. In the second part, a computermodel of a part of the balance organ in the inner-ear is developed. The work has been done atthe Bernadotte laboratory at S:t Erik Eye Hospital.The equipment the control system is made for is a so-called rotationchair.

This report contains a programming improvement work in a LabVIEW? fire testing furnace control system for SP Fire Technology in Borås. Here materials and products behaviour are tested and evaluated, being exposed to fire. For this task, UGNET is being used for control and surveillance of the testing furnace system. System hardware has been updated gradually through the years, while the software has been neglected.

The objective of this work was to evaluate and implement a number of energy saving functions for a specific embedded system. The functions were then grouped into a number of energy levels with known properties in terms of functionality, energy consumption, and transition time between the levels.The embedded system consisted of an AT91 ARM9 processor, GSM/GPRS modem, display, Ethernet and other peripheral units. Some energy saving methods that were considered were suspend to RAM, suspend to disk, frequency scaling, and methods for saving energy in the modem, Ethernet, USB and display backlight. The functions were grouped into levels and an interface was specified for controlling the energy level.It proved possible to get known properties within the defined energy levels, even though the paritioning of functions into these levels proved to be sub-optimal in a typical application usage scenario because it was designed for mainly energy consumption, not usage.The final result is a number of energy saving functions grouped into levels, which are controllable via an application interface. Each of the levels have a known energy consumption in both loaded and un-loaded mode..